Podcasts about LPWAN

www.iotusecase.com#mioty #DataTransmission #WirelessCommunicationNetwork congestion, data loss, and unstable connections threaten critical applications. In the 160th episode of the IoT Use Case Podcast, Annalena Zottmann, Business Development Manager at Diehl Metering, and Peter Hedberg, General Manager of the mioty alliance, explore how the LPWAN technology mioty addresses these challenges and discuss real-world use cases that have already been implemented.Podcast episode summaryEfficient and secure wireless communication remains one of the biggest challenges in IoT. Diehl Metering and the mioty alliance rely on mioty, an LPWAN technology developed by Fraunhofer IIS, which stands out for its robustness and scalability through Telegram Splitting.This method splits data packets into smaller sub-packets and transmits them with a time delay. As a result, network load remains low, and even if up to 50% of the packets were lost, the message could still be fully reconstructed.Application areas & practical examples:Smart Metering: A Diehl Metering field test in Prague demonstrated that mioty can transmit data from underground pits over 2 km, whereas LoRa failed after just 200 m.Industry & Smart Cities: Ford uses mioty for secure data transmission in production, while Olympus applies the technology to transmit data from shielded operating rooms.Future-Proofing: mioty is already being tested for satellite IoT and indoor positioning, achieving an accuracy of up to 10 meters.-----Relevant links from this episode:Madeleine (https://www.linkedin.com/in/madeleine-mickeleit/)Peter (https://www.linkedin.com/in/peter-hedberg-20752110/) Annalena (https://www.linkedin.com/in/annalena-zottmann/)setting up mioty (https://developers.mioty-alliance.com/build/)Jetzt IoT Use Case auf LinkedIn folgen

In this episode of the IoT For All Podcast, Alper Yegin, President and CEO of the LoRa Alliance, joins Ryan Chacon to discuss the state of LoRaWAN in 2025. The conversation covers LoRaWAN adoption, LoRaWAN use cases, the role of satellite IoT, edge, and AI, LoRaWAN certification and interoperability, misconceptions about LoRaWAN, and the future of LoRaWAN.Alper Yegin is the President and CEO of the LoRa Alliance. He oversees the organization's strategic direction and supports the development and global adoption of LoRaWAN, a key standard for low-power wide-area networks (LPWAN) in the Internet of Things (IoT). Before becoming CEO, he chaired the LoRa Alliance Technical Committee for eight years and served as Vice-Chair of the board for seven years.With over 25 years of experience in the IoT, mobile, and wireless communication industries, Yegin has held senior roles, including CTO at Actility, and various positions at Samsung Electronics, DoCoMo, and Sun Microsystems. He has contributed to global standards development in organizations such as IETF, 3GPP, ETSI, Zigbee Alliance, WiMAX Forum, and IPv6 Forum. Yegin holds 16 patents and has authored numerous technical standards and papers.The LoRa Alliance is an open, non-profit association that has grown into one of the largest and fastest-growing alliances in the technology industry since its inception in 2015. Its members work closely together and share knowledge to develop and disseminate the LoRaWAN standard, the de facto global standard for secure, quality IoT LPWAN bearer connectivity.Discover more about IoT at https://www.iotforall.comFind IoT solutions: https://marketplace.iotforall.comMore about LoRa Alliance: https://lora-alliance.orgConnect with Alper: https://www.linkedin.com/in/alperyegin/(00:00) Intro(00:18) Alper Yegin and LoRa Alliance(02:58) Current state of LoRaWAN adoption(04:17) The role of LoRaWan in the IoT ecosystem(07:19) Certification and interoperability(09:48) LoRaWAN use cases(15:03) Impact of AI and edge computing(18:09) Misconceptions about LoRaWAN(21:14) Future of LoRaWAN and challenges(24:14) Upcoming initiatives and eventsSubscribe to the Channel: https://bit.ly/2NlcEwmJoin Our Newsletter: https://newsletter.iotforall.comFollow Us on Social: https://linktr.ee/iot4all

In this episode of the IoT For All Podcast, Matt Hatton, Founding Partner at Transforma Insights, joins Ryan Chacon to discuss IoT trends and predictions for 2025. The conversation covers the integration of AI into IoT, the role and future of AIoT, eSIM orchestration, monetizing 5G for IoT, the viability of public LPWAN, the evolving landscape of satellite IoT, the impact of regulatory changes, vertical IoT solutions, and optimizing sales strategies. 10 IoT Predictions for 2025: https://www.rcrwireless.com/20241211/fundamentals/iot-transforma-2025 Matt Hatton is a Founding Partner at Transforma Insights. He is a well-respected commentator and technology industry expert with 25 years of experience at the cutting edge of technology research and consulting. Previously, he was Founder and CEO of Machina Research, which was acquired by Gartner in 2016. Prior to Machina Research, Matt was a technology industry analyst, working at firms such as Analysys Mason and Yankee Group. Matt holds an MSc in Telecoms from University College London. Transforma Insights is a leading research firm focused on the world of IoT, AI, and Digital Transformation. Led by seasoned technology industry analysts, they provide advice, recommendations, and decision support tools for organizations seeking to understand how new technologies will change the markets in which they operate. Discover more about IoT at https://www.iotforall.com Find IoT solutions: https://marketplace.iotforall.com More about Transforma Insights: https://transformainsights.com Connect with Matt: https://www.linkedin.com/in/matthatton/ (00:00) Intro (00:12) Matt Hatton and Transforma Insights (00:54) IoT trends and predictions (03:06) Integration of AI into IoT (13:51) Connectivity: eSIM, LPWAN, 5G, and satellite IoT (30:44) Regulations and geopolitics in IoT (34:15) Verticalization in IoT (38:12) Optimizing sales (40:50) Additional topics Subscribe on YouTube: https://bit.ly/2NlcEwm Join Our Newsletter: https://newsletter.iotforall.com Follow Us on Social: https://linktr.ee/iot4all

#MEASUREMENT #CONDITIONMONITORING #ANOMALIES www.iotusecase.comIn the 143rd episode of the IoT Use Case Podcast, Madeleine Mickeleit speaks with Julian Studer, CEO and founder of LORIOT, and Philipp Lausberger, IIoT application specialist at WIKA. The focus is on the use of innovative LoRaWAN technologies in the oil and gas industry, which contribute to remote monitoring and process optimization. Together, they discuss specific use cases and highlight the synergies between the hardware and software solutions of both companies, providing an almost complete IoT solution for their customers.Podcast episode summaryThis podcast episode explores the diverse applications of LPWAN technologies, particularly in the oil and gas industry. The guests explain how these technologies contribute to increased efficiency in process monitoring, such as monitoring valve positions and vibrations. Through the digitization and remote monitoring of equipment in challenging environments like desert regions, companies can not only achieve significant cost savings but also enhance safety. LORIOT provides the communication infrastructure, while WIKA supplies the appropriate sensors to enable a comprehensive IoT solution.A key topic of discussion is the challenge of integrating various sensors, APIs, and communication protocols like LoRaWAN and mioty. Additionally, they discuss how these technologies are scalable to efficiently manage large industrial networks. A particular use case is the monitoring of pressure values at oil wells to ensure equipment integrity and avoid costly failures.Furthermore, they explain how these technologies can be applied to other industries, such as geothermal energy, food, and pharmaceuticals. Finally, the guests provide a preview of upcoming trade shows, such as the SPS in Nuremberg and ADIPEC in the Middle East, where interested parties can gain further insights into their work.-----Relevant links from this episode:Madeleine (https://www.linkedin.com/in/madeleine-mickeleit/)Philipp (https://www.linkedin.com/in/philipp-lausberger-5a16291a5/)Julian (https://www.linkedin.com/in/julian-studer-1183998a/)IoT-Meet-Up (https://iotusecase.com/en/events/sps-2024/)Jetzt IoT Use Case auf LinkedIn folgen

In this episode of The Digital Executive, host Brian Thomas interviews Pavel Hübner, co-founder of Hardwario and an expert with over 20 years of experience in electronics development, embedded software, and project management. Pavel shares his journey, from growing up in an electronics-focused family to co-founding Hardwario, a company that is transforming industrial IoT with innovative LPWAN (Low Power Wide Area Network) technologies and non-invasive deployments.Pavel discusses how LPWAN technologies, such as LoRaWAN and Cellular IoT, are enabling long-range communication with low power consumption, making them ideal for industrial settings. He also highlights Hardwario's focus on seamless integration and how their solutions help businesses digitize without costly retrofitting. Pavel shares insights on fostering innovation within his team of engineers and the leadership principles that drive the company's success.Looking to the future, Pavel identifies key trends in industrial IoT, including the rise of edge computing, sustainability, and the demand for interoperability. He explains how Hardwario is positioning itself to lead in this evolving industry by staying ahead of technological advancements and offering groundbreaking solutions. Tune in to learn how Pavel and his team are shaping the future of industrial IoT.

In this episode of the IoT For All Podcast, Wienke Giezeman, co-founder and CEO of The Things Industries, joins Ryan Chacon to discuss LPWAN and the IoT market, specifically focusing on LoRaWAN. The conversation covers the benefits of LoRaWAN in enterprise IoT solutions, the IoT industry's journey from high expectations for LoRaWAN to the current stage of practical adoption, the integration of LoRaWAN with other technologies like cellular, the total cost of ownership of IoT, and The Things Conference, an event bringing together the global LoRaWAN ecosystem. Wienke Giezeman is the co-founder and CEO of The Things Industries. He founded The Things Industries in 2015 with Johan Stokking. The company has since become the global leader in LoRaWAN network and solution management software, overseeing more than 2.5 million LoRaWAN devices across the globe and routing 2.5 billion messages a month. The Things Industries is a well-established LoRaWAN connectivity and services provider. With a global installed base of over 50,000 gateways, 1.5 million connected devices, and 500+ enterprise customers, they assume a leading role in the global IoT ecosystem. Discover more about IoT at https://www.iotforall.com More about The Things Industries: https://www.thethingsindustries.com/ The Things Conference: https://www.thethingsconference.com/ Connect with Wienke: https://www.linkedin.com/in/wienke/ Our sponsor: https://www.wildernesslabs.co/ (00:00) Sponsor (00:21) Intro (00:31) Wienke Giezeman and The Things Industries (01:34) LPWAN and the IoT market (04:47) Integrating LoRaWAN with other technologies (07:00) LoRaWAN challenges and successes (12:32) What is the total cost of ownership of IoT? (18:01) Skepticism and evolution of IoT (25:16) The Things Conference 2024 Subscribe on YouTube: https://bit.ly/2NlcEwm​ Join Our Newsletter: https://www.iotforall.com/iot-newsletter Follow Us on Social: https://linktr.ee/iot4all Check out the IoT For All Media Network: https://www.iotforall.com/podcast-overview

In this episode of the IoT For All Podcast, Staffan Eriksson, Head of IoT Connectivity at Telia Company, joins Ryan Chacon to discuss the current state of 5G in IoT. The conversation covers how 5G empowers IoT use cases, the benefits and challenges of 5G in IoT, the fate of 4G and LTE, how 5G and IoT will develop together, building the 5G ecosystem, real-world examples of 5G, advice for IoT companies considering 5G, hybrid connectivity and satellite, and the future of 5G. Staffan Eriksson is the Head of IoT Connectivity at Telia Company. With more than a decade of experience in the IoT and telecom industries, Staffan has worked across business, technology, strategy, and execution. While managing the IoT connectivity portfolio at Telia, he abides by the principle that scalability needs simplicity. Telia Company is a technology pioneer that has been digitalizing society for the past 170 years. Today, their 19,000 employees help to serve 25 million customers across the Nordic and Baltic regions with essential digital infrastructure and services that are fundamental enablers of the modern world. Within IoT, they have a focus on IoT for the real world. They digitalize businesses, products, and operations by delivering proven IoT solutions and connectivity for a broad range of companies and industries. Whether you need reliable LPWAN or fast and performant connectivity, locally or globally, Telia has you covered. Discover more about 5G and IoT at https://www.iotforall.com More about Telia Company: https://www.teliacompany.com/en Telia IoT: https://business.teliacompany.com/internet-of-things Connect with Staffan: https://www.linkedin.com/in/erikssonstaffan/ (00:00) Intro (00:09) Staffan Eriksson and Telia Company (00:57) The state of 5G in IoT (03:20) 5G use cases in IoT (04:35) Benefits and drawbacks of 5G in IoT (06:23) What will happen to 4G and LTE? (07:39) What's next for 5G and IoT? (08:12) Building the 5G ecosystem (09:54) Real-world applications and testing of 5G in IoT (13:52) Advice for IoT companies considering 5G (16:40) Hybrid connectivity and the role of satellite (18:05) The future of 5G (19:26) Learn more and follow up Subscribe on YouTube: https://bit.ly/2NlcEwm​ Join Our Newsletter: https://www.iotforall.com/iot-newsletter Follow Us on Social: https://linktr.ee/iot4all Check out the IoT For All Media Network: https://www.iotforall.com/podcast-overview

Craig Herrett, Group Sales Director at Alliot Technologies, joins Ryan Chacon on the IoT For All Podcast to discuss cellular IoT and NB-IoT (narrowband IoT). They talk about things to avoid in cellular IoT, the component shortage, enterprise vs SMB adoption of IoT, and what is needed for continued IoT growth. Craig Herrett is a self-confessed radio fanatic. Early on in his career, Craig began working with Wi-Fi. This fuelled his passion for point-to-point and multipoint links and his appreciation for the low latency and speed in which data could be delivered. Over the years, this passion grew, leading Craig and other founding members of Alliot Technologies to LPWAN. With over 10 years of experience in the technology sector, Craig has played a pivotal role in growing and developing Alliot's offerings for the IoT market. Alliot Technologies is the UK and Europe's leading distributor of IoT solutions. They work with a variety of key partners across the globe to offer the very best LoRaWAN and cellular LPWAN solutions. Discover more about IoT at https://www.iotforall.com More about Alliot Technologies: https://www.alliot.co.uk Connect with Craig: https://www.linkedin.com/in/craigherrett/ Key Questions and Topics from this Episode: (00:00) Intro (00:09) Craig Herrett and Alliot (00:43) What is happening in the cellular IoT space? (03:56) Things to avoid in cellular IoT (07:05) Component shortage (09:27) Enterprise vs SMB adoption of IoT (13:32) What is needed for continued IoT growth? (16:27) What is NB-IoT (narrowband IoT)? (20:32) Learn more and follow up Subscribe on YouTube: https://bit.ly/2NlcEwm​ Join Our Newsletter: https://www.iotforall.com/iot-newsletter Follow Us on Social: https://linktr.ee/iot4all Check out the IoT For All Media Network: https://www.iotforall.com/podcast-overview

Dave Smith is the Vice President of IoT Solutions at GetWireless. He is responsible for technical advisement and thought leadership around products, solutions, and services. Dave is a tenured information technology professional skilled in LPWAN, IoT, wireless technologies, telecommunications, software development, testing, and embedded systems. David began his career at NASA's Jet Propulsion Laboratory and prior to joining GetWireless, served as CTO and Director for two innovative IT and IoT hardware manufacturers in the Twin Cities area.GetWireless is a leading Value-Added Distributor of cellular solutions that connect the Internet of Things. By supporting a strong portfolio of embedded modules, end-device modems, intelligent gateways, and signal boosters, GetWireless is able to supply the most advantageous cellular solution for each new IoT application.

Donna Moore is CEO & Chairwoman of the LoRa Alliance. In this role, she oversees the organization, its strategy and direction to drive the global adoption of the LoRaWAN standard. Moore has nearly two decades of experience launching new companies and growing businesses across a variety of industries and competitive environments. Donna is an IoT thought leader with an extensive background of successfully advancing IoT globally. This year, Donna received IoT Breakthrough Award's “IoT Company CEO of the Year,” and she was named a 2021 Connected World “Women in Technology” winner. Additionally, the LoRa Alliance won the 2021 “Wireless Technology Innovation Award” from the IoT Breakthrough Awards program. Published extensively, Donna has been featured in Authority Magazine and Telecom Drive (India) for her business leadership. Most recently, she was CEO of SpireSpark International, a company that provides highly skilled technical and operational expertise to design and build certification, compliance, and conformance programs. Prior to that, she served as the executive director of the Digital Living Network Alliance (DLNA), as it became the de facto IoT standard for streaming video, audio, and picture files to each other over a LAN. She holds a Bachelor of Science degree from San Diego State University.The LoRa Alliance is an open, nonprofit association that has become one of the largest and fastest-growing alliances in the technology sector since its inception in 2015. Its members closely collaborate and share experiences to promote and drive the success of the LoRaWAN standard as the leading open global standard for secure, carrier-grade IoT LPWAN connectivity. With the technical flexibility to address a broad range of IoT applications, both static and mobile, and a certification program to guarantee interoperability, LoRaWAN has already been deployed by major mobile network operators globally, with continuing wide expansion into 2022 and beyond.Vision: Empowering sustainable IoT to maximize efficiency, improve quality of life, and protect the planet's resources.Mission: To achieve Massive IoT through the global adoption of LoRaWAN technology.

In unserer heutigen Podcast Episode dreht sich alles um LPWAN Technologien. LP-was? Low Power Wide Area Network – was genau das bedeutet und wann solche Technologien zum Einsatz kommen, erklären Elisabeth Schloten und Moritz Süß von ECBM. Außerdem vergleichen sie verschiedene LPWAN Technologien hinsichtlich verschiedener Aspekte wie Sicherheit, Preismodell oder Zukunftsfähigkeit.   Und Anhören lohnt sich heute doppelt, denn euch erwartet eine Überraschung im Podcast! Hier geht's zur Anmeldung: ecbm.me/karneval (Die ersten 5 Anmeldungen werden berücksichtigt. Alle weiteren Anmeldungen sind vom Gewinn ausgeschlossen. Der Aktionszeitraum endet am 16.03.2023. Diese Aktion steht ausschließlich Mitarbeitenden von gewerblichen Unternehmen zur Verfügung und ist nicht für Privatpersonen gültig.) Weiterer interessanter Content zum Thema Übertragungstechnologien: Podcast: https://open.spotify.com/episode/3UYZbli6kqd8bubHaKCagM?si=fCABwDjmShqWtCaebZ0JZw https://open.spotify.com/episode/6iI9OrhKpYweqMUgRI0fPL?si=plj67ERFTxKSHh7xRe7poA https://open.spotify.com/episode/7boXwj8BfwIMWu0RvRKzGw?si=fFJ2wZ_GQGimiou3BudIjg YouTube: https://youtu.be/X2dVSoF_wi0 https://youtu.be/Q6CUMN3G6D8  

The Internet of Things promises to bring us amazing efficiencies. It's projected to have billions of connected devices helping us monitor environmental conditions, enhance public safety, automate industrial processes, and fulfill the vision of self-driving cars. But have the outcomes justified the hype? Do enterprises have clarity on the most viable connectivity option for their IoT applications? Should they use Wi-Fi, BLE, Zigbee, LoRA, cellular LPWAN solutions, or the new kid in the block – 5G? There are many things to consider, so how can enterprises converge their network infrastructure to support diverse digital application needs? Let's find out.Our guest for this podcast is Daniel Quant, Vice President of Strategic Development at Multi-Tech Systems. Daniel is a wireless industry veteran. Prior to this, he worked at Setcom and Telit and Chaired committees at the ENTELEC Association and the LoRA Alliance.  In our discussion, we will uncover a few things, such as: -        How different technologies compare to enable IoT connectivity-        The evolving role of cellular IoT and LoRaWAN in enterprises-        How practical are 5G massive IoT claims-        Do private cellular networks add new dynamics for enterprise IoT; and-        Is convergence a reality for different types of radios?So, let us welcome Daniel Quant. 

Welcome to IoT Coffee Talk #73 where we have a chat about all things IoT over a cup of coffee or two with some of the industry's leading business minds, thought leaders and technologists in a totally unscripted, organic format. Thanks for joining us. Sit back with a cup of Joe and enjoy the morning banter. In this installment, we discuss NB-IoT. Why is it only making it in China and why are device makers in the West complaining that there is no profit in the 3GPP standard for LPWAN? We also discuss the challenges of getting connectivity outside our city centers.  Thanks for listening to us! Watch episodes at http://iotcoffeetalk.com/. Your hosts include Leonard Lee, Stephanie Atkinson, Marc Pous, David Vasquez, Rob Tiffany, Bill Pugh, Rick Bullotta and special guests. We support Elevate Our Kids to bridge the digital divide by bringing K-12 computing devices and connectivity to support kids' education in under-resourced communities. Please donate.

Reti Low Power Wide Area. Vengono utilizzate per dispositivi a basso consumo energetico che devono comunicare - con la stessa batteria - per anni. Ma di quali protocolli stiamo parlando? E come vengono utilizzate in Italia? Ne parliamo con Antonio Capone, docente di telecomunicazione al Politecnico di Milano.

Reti Low Power Wide Area. Vengono utilizzate per dispositivi a basso consumo energetico che devono comunicare - con la stessa batteria - per anni. Ma di quali protocolli stiamo parlando? E come vengono utilizzate in Italia? Ne parliamo con Antonio Capone, docente di telecomunicazione al Politecnico di Milano.

Aaron begins by introducing himself, MXC Foundation, and giving the background of how the company was founded. He then talks about where IoT is heading and how decentralized networks are needed in IoT. The conversation then moves to a discussion around how the metaverse and NFTs relate to IoT. To wrap up this episode, Ryan and Aaron discuss how companies can make IoT be more attractive, the conversation with partners around LPWAN, and how IoT is currently perceived in the market.Aaron Wagener is the COO and Co-Founder of the MXC Foundation. Having worked in a variety of International markets (Australia, Brazil, Germany, the Middle East, and the US), Aaron's goal is to grow the MXC Foundation Data Network, ensuring LPWAN becomes the network of choice for IoT device operators. Social Networks connect the people of the world, and MXC is connecting the world's devices.MXC is all about inspiring fast, efficient, decentralized data connectivity using LPWAN with Blockchain technology. Via the M2 Pro Miner, we are creating the world's largest decentralized data network, powered by the people, for the people. MXC focuses on connecting the world via IoT, building the world's largest decentralized network, and the role of NFTs in IoT.

LoRa viene del término Long Range o de largo alcance. De esta manera, LoRaWAN es un protocolo de radiofrecuencia de largo alcance y baja potencia que permite que los dispositivos se conecten a Internet a través de grandes distancias. Algo destacable en las redes tipo LPWAN como esta. Al presentar docenas de nuevos casos de uso y gracias a la larga duración de su batería (hasta 5 años), los bajos costes de mantenimiento de esta red han llegado para resolver efectivamente varios problemas en el ecosistema de redes del Internet de las cosas. Un aspecto para destacar es su estándar abierto, ya que opera en una banda de radio ISM sin licencia. Lo cual facilita que cualquiera configure y administre su propia red. En consecuencia, numerosos operadores de telecomunicaciones están adoptando este protocolo como tecnología y están brindando conectividad junto con el servicio. ¿Cuál es la diferencia entre LoRa y LoRaWAN? Básicamente son dos tecnologías complementarias. LoRa es una tecnología inalámbrica similar a WiFi, Bluetooth o LTE, que se usa comúnmente. Sin embargo, tiene un gran talón de Aquiles: su deficiencia para entregar datos con un gran ancho de banda. A pesar de ello, podemos usar LoRa para conectar sensores y dispositivos de monitoreo de forma inalámbrica a la nube. Por su parte, LoRaWAN es un protocolo de red de punto a multipunto. Es decir, es un protocolo de capa de control de acceso medio (MAC) con algunos componentes de capa de red. Este es completamente bidireccional y aprovecha las características de LoRa para mejorar la duración de la batería y la calidad del servicio para los nodos de LoRa. En esencia, LoRa es considerado una parte de LoRaWAN. Sin embargo, existe la posibilidad de usar el primero sin este. ¿Cómo funciona LoRaWAN? En el nivel más fundamental, los protocolos de radio como LoRaWAN son simples. La forma en que conversan las redes estelares funciona igual que un profesor y sus estudiantes en clase. En efecto, la puerta de enlace o “profesor” habla con los nodos finales, denominados, “la clase” y viceversa. Esta comunicación es una relación asimétrica en términos de comunicación. Los estudiantes en clase podrían tratar de comunicarse con el profesor simultáneamente. Pero el profesor no podría escucharlos ni entenderlos a la vez. Es así como este protocolo de largo alcance utiliza una arquitectura donde los diferentes nodos se comunican con el Gateway. A su vez, éste traduce los datos cifrados a un formato convencional o los envía al gestor de la red permitiendo la interconexión. Principales beneficios Estas son algunas ventajas bajo el desarrollo de tecnologías IoT administradas bajo este protocolo: Largo alcance y cobertura: puede llegar hasta 15 kilómetros como ningún otro protocolo de comunicación. Bajo consumo: ofrece radios de consumo ultrabajo, por lo cual es ideal para dispositivos que necesitan sobrevivir diez años o más con una sola carga. https://www.aprendiendoarduino.com/2018/03/07/arduino-y-lorawan/ https://netmoregroup.com/iot-network/?gclid=CjwKCAjwtp2bBhAGEiwAOZZTuFJ-C9FEaf1jORE1fT_zaxi-vofy0Oz_n4mxed6F1wBnRZbmA_p6FRoCuNoQAvD_BwE

A new form of IoT network technology emerged in recent years, to help support the explosive growth in the number of connected IoT sensors. The growth fueled mainly by our need to control everything from our smart homes, to smart watches, to commercial sensors. In this episode we compare the different types of Low Power Wide Area Network technologies (LPWAN), including Nb-IoT and CAT-M.

Julian begins by introducing himself and LORIOT before discussing the IoT market as a whole. He also talks about what is contributing to the growth of IoT and the improvement being made in the connectivity space. At the end of the episode, Julian discusses challenges he's seen in the market and the approach LORIOT is taking.Julian Studer is the Co-founder and CEO of LORIOT, the Enterprise-grade LoRaWAN Network Server Provider, operating globally in over 150 countries plus supporting 11 nationwide rollouts and more than 35 smart cities worldwide. Julian has a financial background with a Master's Degree in Economics and more than 10 years of experience in the Swiss and international Banking and Finance industry. Riding his motorbike through the Swiss Alps and freediving in the most remote corners of the globe are his greatest passions and a way to discover the world from different perspectives.LORIOT is a global IoT company founded in Switzerland in 2015 with the mission to enable long-range IoT solution deployments in every corner of the globe (and even space!). The Internet of Things (IoT) is a game-changer, disrupting every industry sector. They provide a growing distributed LoRaWAN® and mioty® infrastructure and an easy-to-use software platform that enables users to build, operate, and scale a secure IoT network. Due to a unique positioning in the LPWAN ecosystem as both software provider and network operator, their Hybrid Network Management System is one of the market's most powerful, complete, and secure solutions. It ensures their clients, who are Telecos, Utilities Companies, System Integrators, Local/City Governments, Bluechip Companies, and Multinational Organisations, have the highest standards for their enterprise-grade deployments. Their vision is a future where IoT is accessible to everyone, to transform lives, improve services and protect the health of our planet.

Cows and intelligent mobile data might not seem like they mix but everything is possible in the world of IoT.With valuable assets on the line and a unique connectivity need, we had to ensure we could deliver one simple solution for our partner.Using LPWAN technology to create an IoT network of sensors, we supported our partner in giving their customer all the livestock data they needed.Our Sales Director Bernie McPhillips and our Operations Director Chris Romeika talk through what LPWAN is and how it helped our team deliver the partner exactly what they needed in a way that no other tech could.

Three Ireland has launched two Low Power Wide Area Networks (LPWAN) to the Irish market. This specialised category of wireless networks is designed to maximise coverage, lower costs and reduce power consumption for IoT (Internet of Things) devices. The addition of these networks to Three Ireland's offering demonstrates the company's evolution as an IoT leader, as it now holds 66.6% of the IoT market in Ireland. Three's new IoT networks will support IoT into the future enabling end device cost reduction, enhanced coverage for IoT devices located underground or harder to reach places, and extended battery life lasting upwards of 10 years. In addition, LPWAN uses Three's licensed spectrum, which offers an additional layer of security and protection when creating your IoT solution. The two types of LPWAN networks being launched – NB-IoT or Narrow-Band IoT and LTE-M – offer a range of unique features to the Irish market. Both networks will improve power consumption on devices utilising a technology called PSM (Power Saving Mode) that enables devices to sleep when not in use, and eDRX (Enhanced Discontinuous Reception) that allows it to extend the timeframe when devices send updates. Both of these features enable extended battery life in IoT devices. Three has been working with a range of companies who are utilising these networks to offer new customer solutions to the marketplace including 8 West Consulting in partnership with Sony Network Communications Europe as well as Navigil, both of which offer smart watches utilising the LTE-M network to boost signal and battery life. Trimble, which use battery based IoT for measuring critical parameters of the water network in difficult to reach or underground locations. Cyberlok, which utilises the NB-IoT network to authenticate and unlock devices while extending the battery life by years, and Binary Tech, which utilise the LPWAN networks to track mobile assets from beer kegs to pathology samples, optimising their supply chains and protecting sensitive goods in transit. These LPWAN networks will continue to enhance IoT connectivity into the future and enable the creation and growth of new IoT solutions in the Irish and global marketplace. See more stories here. More about Irish Tech News Irish Tech News are Ireland's No. 1 Online Tech Publication and often Ireland's No.1 Tech Podcast too. You can find hundreds of fantastic previous episodes and subscribe using whatever platform you like via our Anchor.fm page here: If you'd like to be featured in an upcoming Podcast email us at Simon@IrishTechNews.ie now to discuss. Irish Tech News have a range of services available to help promote your business. Why not drop us a line at Info@IrishTechNews.ie now to find out more about how we can help you reach our audience. You can also find and follow us on Twitter, LinkedIn, Facebook, Instagram, TikTok and Snapchat.

Pavel and Ryan begin the podcast by discussing HARDWARIO's key verticals and role in IoT before analyzing the customer's journey in developing a solution. Pavel then gives insight into the different connectivity technologies in IoT and why his company focuses on LPWAN. To wrap up the podcast, Ryan and Pavel have a high-level conversation around challenges in hardware, including the ongoing chip shortage.Pavel has over 20 years of experience with electronics development, embedded software, product management, production, and sourcing. He has coordinated several significant hardware projects in China. Pavel was the head of the R&D department at JABLOTRON ALARMS for 12 years. He started his entrepreneurship journey together with his friend Alan Fabik in 2016. Together they founded the company HARDWARIO.

The podcast opens up with Dan talking about his background and what eleven-x does before getting into deeper conversations around specific verticals of eleven-x. Dan and Ryan also discuss how accepting cities are to IoT, advice for cities looking to adopt it, and important aspects of smart city solutions. They wrap up the podcast with a high-level conversation regarding challenges in the IoT industry.As President and CEO of eleven-x, Dan is responsible for the vision and growth of the company, which is the leader in providing complete, high-performance, wireless IoT and Smart City solutions for intelligent cities, campuses, buildings, and industry. He has a proven executive management track record and more than 35 years of experience driving the development of various technology ventures, ranging from start-ups to multinationals, creating more than $1 billion in shareholder value. Dan is also an active member of the innovation ecosystem as General Partner in Stand-up Ventures, a Toronto-based, seed-stage venture capital fund focused on investing in high-growth technology ventures. Dan started his career at IBM, where he held various positions during a ten-year career, including being part of the founding leadership team at Celestica Inc, a Canadian multinational electronics manufacturing services (EMS) company previously part of IBM. He earned an MBA from York University's Schulich School of Business, a B.S in Electrical Engineering from McMaster University, and holds a professional engineering license from the Professional Engineers Ontario.

UnaBiz became the new owner of Sigfox in April 2022. The deal marks a significant change in how Sigfox operates and collaborates with other LPWAN players. In this podcast, Ibraheem Kasujee (Analyst) and Tom Rebbeck (Partner) assess the next steps for Sigfox and the implications for the LPWAN market. The associated article can be accessed here. 

A couple of days ago, we published an article on Planetwatch. In it, I toyed with the idea of a crypto mining super box that could mine different cryptocurrencies. Well, a few hours after it went live, I received an email from a reader informing me that there was indeed such a device. It is called the Match X M2 Pro and costs a whopping $2,900. Initially, I was skeptical. The email was from a total stranger on the internet who was, for all intents and purposes, shilling a token in which he had invested. However, after I dug a little deeper, I found something to be explored. Proof of Participation The description of the miner states that it uses a “Proof of Participation” model for mining; Proof of Participation (POP) model, M2 Pro offers a new type of mining in which the amount of tokens mined is determined by the value of the miner's participation in the network itself. With POP mining, as opposed to the more common POS or POW, a miner proves his participation in the network by mining “data blocks,” which use next to no power. In fact, the power consumption for the M2 Pro is minuscule, 4-6W. It looks very similar to a home WiFi router because internally, it is very similar and has similarities to Helium miners. The difference is that MXC claims to be compatible with large machines, not just small IoT devices. Oh, and you can mine Bitcoin with it too! Proof of Participation is the principle behind the MXC token created by The MXC Foundation, a Berlin-based non-profit organization. MXC is an open-source Machine Xchange Protocol that connects Low Power Wide Area Network (LPWAN) technology with the blockchain. What to mine So how on earth does a 4W device mine Bitcoin in any real sense? Consumers own the gateway devices that receive rewards based on the POW protocol. Above them are supernodes run by staking partners who also receive MXC rewards. The infographic below details how the protocol works. Sensor owners connect to the gateway owners via LPWAN. These then connect to supernodes which are created through token staking. The supernodes are, in turn, connected to full nodes, which are operated by parachains and link directly to the data buyers. The MXC protocol reviews each node based on its participation in the network and removes any that are no longer active. Miners are then rated based on their participation. Rewards are then distributed based on this rating. The system promotes decentralization and for more users to join the network, making the network more secure. Multi-token mining The M2 Pro can mine DHX and MXC tokens by design. It can identify itself on the network to mine both tokens. However, this is the juicy bit. The MXC Foundation is about to announce the results of their pilot program to mine Bitcoin using an LPWAN device such as the M2 PRO. The project was called the Das Kaiser Projekt III and was available to the entire M2 Pro network towards the end of last year. To be a part of the project, you need an M2 Pro miner, miner health of 90%+, and 6,000 MXC tokens locked into staking. How does it mine Bitcoin without hashing? It doesn't. The device uses the POP protocol to measure participation in the network just as it does with its native token. Miners can then ‘mine' Bitcoin through their devices and receive their BTC rewards in their wallets. Whether we should call this mining is now up for debate. Squirreled away on their website, they explain the process in more detail. When ‘mining‘ Bitcoin, the network leverages the collective network strength and reliability into a cloud mining unit that acts as a unified bidder to request for a swap for BTC in a predictive AMM market. So they are not mining Bitcoin, then? DKP II utilizes a powerful scraping tool to scan transactions and liquidity orderbook to set a forward-oriented valuation of BTC to ensure maximum bidded swap between POP mining rewards and BTC's POW mining rewards. The short answer is, unsurprisingly, no. A 4W device is not capable of hashing at th...

Bruce first talks about the differences between public, private, and hybrid LoRaWAN networks and shares insights on their new partnership with Helium, which will allow users to use both the Senet and Helium networks for connectivity. They then discuss what has allowed LoRaWAN to become the most popular LPWAN connectivity option before getting into high-level advice for companies looking to adopt IoT.Bruce Chatterley is an experienced business leader and entrepreneur. He brings more than 25 years of experience building successful high-growth technology businesses. Before Senet, Bruce was an Independent Growth Consultant and acting CMO to a global fiber optic telecommunications provider in London, UK. He also served as CEO for Layered Technologies, a provider of secure cloud hosting services for Government, Financial Services, and Healthcare applications. Chatterley is an experienced telecom leader, serving as CEO of cloud-based VOIP firms Broadvox and Speakeasy. In addition, he is a former senior executive at Ameritech and US West. Chatterley has also been an early leader in developing the Software-as-a-Service industry, having served as CEO of ViAir and President of eServices for Concur Technologies. Earlier in his career, Chatterley held Senior Sales and Marketing positions at GE and IBM. He earned his BSBA from Central Michigan University and his MBA from the Kogod College of Business Administration at American University.

The episode begins with Jonas talking about the background and structure of the company, and how they are building a horizontal IoT platform that can be used over a wide array of use cases. The podcast continues to cover various topics regarding low-code platforms, including tradeoffs of low-code versus fully customized solutions, challenges to implementing, and how it will change the IoT consulting business. To wrap up the podcast, Jonas and Ryan talk about what they're looking forward to seeing from IoT in the remainder of 2022.Jonas Schmid has an MBA from the University of Geneva and experience in international project management for different companies, such as Siemens and ABB. With his knowledge in business, project management, and previous entrepreneurship experience, Jonas Schmid defines and leads the vision of Akenza with Co-CEO Simon Rieser. Akenza is a low-code IoT application enablement platform, making IoT more accessible for corporations globally. The self-service features of Akenza and support for numerous low-power connectivity technologies & network providers significantly accelerate the launch of new LPWAN projects while mitigating the risks of PoC failure.

Jaap Groot, CEO of Ignion and LPWAN industry specialist, addresses the current state of the LPWAN market, developments, trends, and the recent news that Sigfox has filed for bankruptcy. Watch our webinar on LPWAN ---> https://www.momenta.one/lpwan-technologies-top-criteria

In this episode of The Tech Between Us we're talking with Jason Tollefson, Worldwide Wireless Marketing Manager at Microchip Technology, about what makes LoRa technology ideal for the Internet of Things.Discover more Empowering Innovation Together content at http://mouser.com/empowering-innovation.Learn more about Microchip at https://www.mouser.com/new/microchip/microchip-lora-solutions/.

Thomas Lorbach, Product Manager for Sub-GHz RF Solutions at NXP and Tom Pannell, Senior Director of Marketing for Edge Processing at NXP talk with Microwave Journal editorial director about the various types of LPWANs, their applications and the hot markets developing on this technology.

LoRaWAN wants to invade your home. Its backers think that it's perfect for many smart home applications. However, don't we already have one — or two or three —wireless networks that are “perfect” for the home, namely Bluetooth and WiFi?That's how the conversation started with Remi Lorrain, Semtech's LoRaWAN Network Director, in this week's Embedded Executives podcast.

Learn more about mioty, a new LPWAN standard, from MIOTY Alliance member Radiocrafts. On this episode of Connect, Nicholas Nytun dives deeper into the MIOTY protocol and showcases the Radiocrafts module based on the TI SimpleLink CC1312R wireless MCU. www.ti.com/mioty

IoT, EMS, PLC, LPWAN, LoRa,... We verbreken het record van meeste afkortingen in een aflevering! Gelukkig helpt Klaas De Proost ons met deskundige uitleg en tips om zelf aan de slag te gaan met IoT. Vermeld in de podast: Raspberry Pi: https://www.raspberrypi.org/ Home Assistant: https://www.home-assistant.io/ Shelly (slimme relais): https://shelly.cloud/ Tado (slimme verwarming): https://www.tado.com/ Hoe IoT soms (grappig) fout gaat: https://twitter.com/internetofshit Controleren of je data gelekt is: https://haveibeenpwned.com/ Signal. Gratis, veilig en opensource berichten sturen: https://www.signal.org/ The Ministry of Privacy: https://ministryofprivacy.eu/ Exposure Music Awards Belgium: https://www.exposuremusicawards.be/ Vingerafdrukken op eID heeft "vele tekortkomingen": https://www.esat.kuleuven.be/cosic/publications/article-3004.pdf Maar, volgens het Grondwettelijk Hof geen privacyschending: https://www.standaard.be/cnt/dmf20210114_95199082 MusicBrainz: https://musicbrainz.org/ Devs gezocht met interesse in muziek: muziek@zinvolgezever.be. Wijntip van Klaas: https://colruyt.collectandgo.be/cogo/nl/artikeldetail/10498/The-Original-Dark-Horse--Rode-wijn-Zinfandel-California-75cl Jif vs Gif, een vurig debat: http://howtoreallypronouncegif.com/(Gif) vs http://www.olsenhome.com/gif/(Jif) Spelletjes zaten vroeger in grote dozen: https://www.youtube.com/watch?v=sWLMbmAv0tg Dara O'Briain over videogames: https://www.youtube.com/watch?v=HeFPIDTkWyA Zwift: https://www.zwift.com/eu Vragen, aanvullingen of opmerkingen: huiswerk@zinvolgezever.be. Je vindt ons ook op YouTube: https://www.youtube.com/channel/UCZ2QfheiZ-sVUVrBPSgPw8g --- Send in a voice message: https://anchor.fm/zinvol-gezever/message

Electronic Specifier Insights speaks to Alistair Fulton, General Manager & VP, Wireless (IoT/LoRa) & Sensing Business at Semtech

In episode 96 of the IoT For All Podcast, Matt Hatton of Transforma Insights joins us to talk about the IoT landscape of 2020 and 2021. Matt shares some forecasts for the IoT space for early 2021, including the role of hyperscalers on the landscape, and some of the biggest challenges coming for companies looking to start their IoT journeys.Matt Hatton is a respected commentator and technology industry expert with more than 20 years’ experience at the cutting edge of technology research and consulting. He is a thought-leader in Digital Transformation and the Internet of Things. He is widely quoted in trade publications and a frequent speaker at conferences. His podcast, The Wireless Noodle is a weekly guide to the impact of disruptive technologies on business. In 2020 Matt co-wrote a book 'The Internet of Things Myth'.Interested in connecting with Matt? Reach out to him on Linkedin!About Transforma Insights: Transforma Insights is a research firm focused on the world of IoT, AI and Digital Transformation (DX). Led by seasoned technology industry analysts we provide advice, recommendations and decision support tools for organizations seeking to understand how new technologies will change the markets in which they operate.Key Questions and Topics from this Episode:(01:28) Intro to Matt(02:18) Intro to Transforma Insights(07:16) How do you view the IoT market opportunity, currently?(10:31) How do you see hyperscalers having an impact on IoT?(11:38) How would you describe the connectivity landscape?(17:20) How do you view the current landscape for hardware?(19:12) What do you see as the biggest challenges facing companies starting their IoT journey?(21:44) Do you have any best practices or advice you can share with companies getting started in IoT?(27:21) How have you seen COVID affect things in the IoT space?(30:05) What are your predictions for next year?

Scott and Iain return to the studio with an extended rant about mergers and acquisitions, which encompasses Brexit, dodgy French accents and US media bias. They move onto IoT and its competing LPWAN technologies, having both attended a Zoom discussion on the matter, before concluding with the inevitable Huawei round-up.

Jacob Silzer, Trusted Security Director at Heroku, is co-hosting this episode with Trey Ford, VP of Platform, Trust, and Strategy at Salesforce. They're sitting down with Tim Panagos, CTO of Microshare. Microshare began as a platform to aggregate wireless sensor data from IoT devices. Much of their use cases were for smart offices; for example, seeing how occupied a conference room was, whether a hot desk was open, and when a particular area had been cleaned. For hospitals, their platform monitored physical equipment, such as patient beds and medicine carts. These devices ran on a LoRaWAN network, which doesn't communicate through Wi-Fi, making it ideal for secure locations. Then, COVID hit. Suddenly, information from these devices, where were useful from a logistic and compliance standpoint, became extraordinarily important. By tracking the amount of people in a room, the amount of times an area was cleaned, or the movements of an unknown carrier, whole industries can monitor their overall health efficacy, comparing their performance not only with their past, but also, with other similar businesses. Tim gives the example of an airport here: one could potentially see how their cleaning efficiency is compared to other airports around the world. Part of the success of their platform is their reliance on the blockchain. Businesses can monitor not only how their data has changed over time, but they can look back on any block and identify what factors may have contributed to a decreased in performance. Tim notes that the platform is not bulletproof. For starters, tracking equipment requires people to remember to add trackers; a simple error, to be sure, but one which is frequently forgotten as new crash carts are added to quickly meet increased demands. But more urgently, no one really knows how the future will change in response to the knowledge we only currently have. Microshare was only able to pivot because they were wise enough to recognize that their business and their software needed to be flexible. They essentially threw out their 2020 roadmap in order to focus on tracking clean air and open spaces. The best way to move forward is not just to collect more data, but to also add context to it, which will create meaningful value. Links from this episode Microshare is a data leverage platform utilizing IoT devices LoRA Alliance is a non-for-profit group consisting of companies committed to LPWAN

In this episode of the IoT For All Podcast, Totum Labs CEO and Founder, Ted Meyers, shares his expertise on the LPWAN landscape and how satellite networks enable new use cases and applications. Ted shares some of the considerations for companies interested in utilizing satellite networks, as well as his own approach to the connectivity landscape and what a typical partnership or customer interaction looks like for Totum.Ted Meyers is a recognized expert in wireless communication with 52 issued US patents. Ted’s the CEO and Co-Founder of Totum Labs, where he and his team of experts are working on a disruptive satellite waveform to revolutionize LPWA connectivity.Interested in connecting with Ted? Reach out to him on Linkedin!About Totum Labs: Totum manages everything from the modem inside the DMSS SOC (System-on-Chip) to the constellation of Low Earth Orbit satellites, and back down to a network of ground stations around the world.This episode of the IoT For All Podcast is brought to you by SoftwareAG. Learn more about them here, or check out next week's podcast featuring SoftwareAG Vice President Jonathan Weiss.Key Questions and Topics from this Episode:(01:02) Intro to Ted(02:09) How do you view the current LPWAN connectivity landscape and how does satellite factor into that?(04:28) How would you explain LPWAN and the use cases it’s best for?(06:39) How does satellite come into that? What are the benefits of using satellite technology for IoT?(09:19) What are the downsides of using satellites?(13:57) What is DMSS?(15:28) How would you describe Totum’s connectivity approach? (18:04) Could you speak to some use cases that satellite connectivity is the best option for?(20:54) Where is Totum in the process of commercializing this network and product?(21:58) What does an ideal customer or partner look like for Totum?(24:59) When you talk about this technology, what kind of feedback do you usually get?

This week’s Pipeliners Podcast episode features first-time guest Robert Ward and host Russel Treat discussing the latest information and trends around communication systems at the network edge. In this episode, you will learn about the latest industrial communication trends around LTE, PrivateLTE/CBRS, LPWAN’s, and more, how SCADA, LPWAN, LoRaWAN, CBRS, LTE, Edge, and Wireless Sensors are evolving with the introduction of new sensor and controller connectivity technology capabilities, and what the future of the pipeline industry looks like when factoring in new approaches to connectivity. - Access show notes, terminology and definitions, and the full episode transcript at PipelinersPodcast.com.

#108 podcast. Conversation with Jaap Groot - CEO of Fractus Antennas

MIOTY technology is the new LPWAN standard for massive IoT deployment. Join Edvard Pettersen, applications engineer from our TI Oslo office, as he explains the new standard and how TI has been involved in the creation of the MIOTY Alliance. www.ti.com/mioty

In dieser IIoT Use Case Podcast Folge spricht Eric Scheithauer, Senior Manager IoT bei Sierra Wireless darüber, wie IoT Assets (also Geräte, Sensoren, Steuerungen, Gateways) sicher und einfach mit der Cloud verbunden werden. Dabei erklärt Eric uns verschiedene Kommunikationsprotokolle, die für den Austausch von Daten zwischen Prozessen zuständig sind. Beispielsweise spricht er dabei über das LPWAN: Das low-power wide-area network. Ein Beispiel dafür die Datenübertragung von batteriebetriebenen Sensoren. Wir gehen dazu auf unterschiedliche Use Cases ein, um zu verstehen wie diese Übertragung genau funktioniert. Low Power Wide Area Network (LPWAN oder LPN, deutsch: Niedrig Energie Weitverkehrnetzwerk) beschreibt eine Klasse von Netzwerkprotokollen zur Verbindung von Niedrigenergiegeräten wie batteriebetriebene Sensoren mit einem Netzwerkserver. Das Protokoll ist so ausgelegt, dass eine große Reichweite und ein niedriger Energieverbrauch der Endgeräte bei niedrigen Betriebskosten erreicht werden können Um das Thema einzuordnen: Das LPWAN wurde für M2M- (Machine-to-Machine) und IoT-Netzwerke (Internet of Things) erschaffen. Verglichen mit herkömmlichen, mobilen Netzwerken sind die Betriebskosten geringer und die Energieeffizienz ist höher. Es lässt sich auch eine größere Anzahl an verbundenen Geräten in umfangreicheren Gebieten betreiben. Dazu erzählt uns Eric aus der Praxis mehr- auch wie LTE-M und NB-IoT im 5G Rahmen einzuordnen sind.  Eric stellt uns zunächst Sierra Wireless vor und wie einfach und sicher die Datenübertragung von Kommunikationsgeräten in die Cloud funktioniert. Dabei geht es um das Thema der Konnektivität, der Datenübertragung über Mobilfunk und auch die Anbindung an die Cloud über sog. Rest API-Schnittstellen. Er erklärt anhand unterschiedlicher Use Cases auch wie beispielsweise globale SIM Karten zur Verfügung gestellt werden und welche Regulatorien es in diesem Zusammenhang einzuhalten gilt. Wichtig ist vor allem auch das Thema Standards im Mobilfunk (NBIOT, LoRa, LPWAN etc.) auch im Zusammenhang mit 5G. Eric erklärt welche Institutionen an welchen Standards arbeiten und welche auch in Zukunft immer wichtiger im IoT Umfeld werden. Die Use Cases sind aus unterschiedlichen Bereichen aus der Praxis ausgewählt: Ventilatorenbau, privater Netzwerkausbau der BASF im Rahmen von 5G, Kompressoren-Hersteller der Verbrauchsbasiert abrechnet, Energiespeicher und Luftreinhaltung im Chemie-Umfeld. Die Folge schließt mit einer Diskussion über die zukünftigen Entwicklungen, wie sich das Ökosystem von Unternehmen gestalten sollte, die Skalierbarkeit und Netzwerk Standards in der Industrie. Infos zu den Use Cases | iotusecase.comKontakt zu Sierra Wireless  https://www.sierrawireless.com/ Kontakt zu Eric | https://www.linkedin.com/in/eric-scheithauer-mba-iot-edge-to-cloud-solutions-for-industrial-assets/

IoT decoded #7, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page or search for IoT Decoded on Apple Podcast application. This month the … Continue reading → The post IoT Decoded Podcast EP#7 appeared first on disk91.com - technology blog.

IoT decoded #7, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page or search for IoT Decoded on Apple Podcast application. This month the … Continue reading → The post IoT Decoded Podcast EP#7 appeared first on disk91.com - technology blog.

Welcome to another episode of the Modern Markets Podcast! Episode review: In this episode, Siwon Kim head of Business Development at MXCFoundation joins Tytan as they discuss the following topics: What is LPWAN tech and how is MXC foundation using this with the blockchain? What do Cryptocurrency scams look like. Siwon's journey back to Germany with the coronavirus lockdown ensuing. Global Market Update: North America The chairman of the new Pandemic Response Accountability Committee has been replaced after less than two weeks on the job. Glenn A. Fine, a former acting inspector general, has been replaced by Sean O'Donnell, the EPA's inspector general to oversee the $2.2 trillion stimulus bill. This move has been criticized by Democrats who have applauded Mr. Fine's reputation as being a tough and independent investigator. There has been no official reason from the White House for the change in leadership. South America Latin American countries are banding together to purchase the increasingly diminished supply of PPE, or personal protective equipment. Bolivia, Chile, Colombia, Ecuador, and Paraguay have joined the international bidding war to acquire equipment that would protect medical workers and the general public from contracting the coronavirus. European Union Boris Johnson has been moved out of an ICU after being previously admitted for COVID-19. The UK's Prime Minister spent three days in intensive care unit before being released and is reportedly able to go on small walks. The Prime Minister previously downplayed the severity of the pandemic and continued to shake hands as other world leaders advocated social distancing. Africa French doctors have proposed testing a coronavirus vaccine in Africa, sparking outrage from the international community. Dr. Jean-Paul Mira of Cochin Hospital in Paris suggested that experimental treatments be carried out in African territories where “there are no masks, no treatments and no ICUs.” Mira later apologized in a statement released by his hospital after several advocate groups quickly raised alarms, comparing this mindset to colonial behaviors of the past. Asia China has taken the first steps in lifting its quarantine. The city of Wuhan, where the coronavirus was first discovered, reported on Tuesday that it had zero new reported cases of COVID-19. The city of 11 million people is slowly coming back to life after being under lockdown since late January. Data brought to you by FomoHunt's lead analyst Kaltoro, and your host Tytan Inc. Make sure to check out the Modern Markets Newsletter at substack every week!

We explore the world of Low Power Wireless Communications and IOT with the founder and CEO of The Things Network: Wienke Giezeman. LinksdevX Challenge DublinMedium: devX Challenge DublinThe Things NetworkGartner Cool Vendor in IoT

Bu bölümümüzde nesnelerin interneti alanında uzun zamandır çalışmalar yapan NetOP firmasının kurucusu Olcay Taysı'yı ağırladık. Kendisiyle:

Melanie Rieback, founder of Radically Open Security, breaks down why cyber security is limited in practice and the factors that can influence it's limitations.

LEARN HOW TO NETWORK THOUSANDS OF IOT DEVICES There are billions of IoT devices that need to be monitored, managed and secured. And that job falls to professional IT staff or IoTMSP’s. Connecting a few home-type devices with minor interference can be done with WiFi. But, when you start scaling to hundreds of IoT devices in smart buildings, smart cities or industrial IoT, you need to look to solutions like LoraWAN or LPWAN. In this episode, IoT Playbook interviews Albert Behr from BehrTech. BehrTech is the creator of MYTHINGS, which uses LPWAN or Low-Powered WAN to connect hundreds of IoT devices through an LPWAN gateway. Click the link below to get the IoT Playbook for connecting low-powered IoT devices over long distances with lots of interference. What You Will Learn: Albert Behr’s journey into IoT Different types of wireless IoT technology BehrTech includes in their offering Why the IoT devices market has the best opportunities in tech How BehrTech is using IoT to provide moisture detection, air quality measurement and more An IoT Playbook for connecting low-powered IoT devices over long distances with lots of interference How BehrTech is networking thousands of IoT Devices IoT Devices | Moisture Detection in Commercial Real Estate After spending over thirty years in the tech industry, Albert Behr is highly qualified when it comes to judging new technology. And whether it pertains to the enterprise level or the consumer space, IoT devices, platforms, and managed services account for the largest market tech has ever seen. In the latest episode of IoT Playbook, Albert Behr of BehrTech joins us to talk about the process of networking thousands of IoT devices. BehrTech is the creator of MYTHINGS, which uses LPWAN or Low-Powered WAN to connect hundreds of IoT devices through an LPWAN gateway. Capitalize on an Underserved Market Any time there is a transition from analog to digital, the market experiences explosive growth. That is where we are currently at with IoT and it is the reason Albert Behr decided to build a business around IoT over any other type of emerging opportunities in the tech space. BehrTech has been in business for two years now and Albert and his team have finally sealed the certifications so they can go after the wireless IoT devices market. The wireless IoT market is critical to artificial intelligence and machine learning, so it is an enormous market that remained completely unserved until BehrTech entered the arena. Moisture Detection Case Study One area where these types of IoT devices are being utilized is the commercial real estate space. BehrTech has pioneered a moisture sensing system for one of downtown Toronto’s most well-known towers, because the building was constructed in the seventies, making water leaks inevitable. The building management has to keep a team on-call to respond to these sporadic leaks, but BehrTech’s IoT technology places sensors on every floor to detect moisture before any leaks form that are visible to the human eye. They are cheap, battery-operated, and durable, creating an opportunity for BehrTech to install thousands of them throughout the building and manage them moving forward. To learn about some of the other IoT opportunities BehrTech is pursuing, listen to the latest episode of IoT Playbook. About Albert Behr Albert Behr is an innovator and leader focused on technology commercialization. Born in Winnipeg, Behr has been in the technology industry for more than three decades. His experience spans high-level marketing, operational, and financing roles across leading technology companies and startups around the globe. While based in the U.S. and Asia, Behr held executive leadership roles with technology giants such as AT&T, Fujitsu, and Symantec. While in Canada, he served as chief strategy officer for BorderWare Technologies, COO of NRG Group, and senior VP for Platform Computing. For the past 20 years, Behr has been at the helm of the technology commercialization consultancy he founded, advising more than 1,100 tech companies. How to contact Albert Behr: Website: https://behrtech.com/ LinkedIn: https://www.linkedin.com/company/behr-technologies/ https://www.linkedin.com/in/albert-behr-3ab460/ Twitter: @BehrTech More IoT Playbook Resources: Learn How to Get Started With This Free Online Class: www.freeiotclass.com myDevice webinar replay

IoT decoded #6, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page. Or search for IoT Decoded on Apple Podcast. This month is mainly … Continue reading → The post IoT Decoded Podcast EP#6 appeared first on disk91.com - technology blog.

IoT decoded #6, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page. Or search for IoT Decoded on Apple Podcast. This month is mainly … Continue reading → The post IoT Decoded Podcast EP#6 appeared first on disk91.com - technology blog.

In Episode 55 of the IoT For All Podcast, Hardy Schmidbauer, Senior Director of IoT Cloud and Services at Semtech, joins us to discuss LoRa’s role in the IoT space and his predictions for the future of both LoRA, LPWAN, and the IoT industry on the whole.Hardy’s career has been highly focused in the wireless technology space, from designing some of the first Bluetooth transceivers to helping to define some of the first LoRa products at Semtech.To start the conversation, Hardy shares some background on the origins of LoRa, including its emergence as an early standard to meet the need for networks operating at a long-range. He speaks to some of the use cases where LoRa and LPWAN technology really shine, smart water meters and inventory tracking at auction dealerships, for example.Looking at the industry on the whole, Hardy discusses the challenges companies undertake when building an IoT solution meant to scale. He shares that solutions don’t stand a chance if ROI isn’t at the forefront of their design. According to Hardy, hardware is another major obstacle to successful adoption, as, across the market, there’s a reluctance to invest the sensors and hardware necessary to scale and implement large-scale solutions.As the hardware market continues to mature, Hardy shares that the easiest way to avoid common pitfalls is to rely on standardized hardware and solutions – avoiding new or novel technology until you’re certain that it’ll stick around. On the software side, Hardy says, the ability to update and adjust is key as testing and customer feedback sheds more light on new requirements and challenges.Turning the conversation toward the future, we ask Hardy a few questions on “what’s next” for both LoRa and the larger IoT space, including the increasing trend toward standardization and open-source initiatives. Hardy said that he believes that the asset tracking space, in particular, is ripe for growth – evolving and growing to better fit a variety of market needs as new technologies emerge and mature.To close out this episode, Hardy shared with us a couple of predictions about the market – including the future role of satellite LPWAN technology, implementation of edge vs. cloud computing, and some of the coming updates from the LoRa Alliance in the coming year.Interested in connecting with Hardy? Reach out to him on Linkedin!About Semtech: Semtech has contributed greatly to standardization in the IoT ecosystem, with a focus on simplifying development and creating scalable systems with a high level of interoperability. Semtech helped create LoRaWAN to achieve an architecture that can support networks with hundreds of millions of nodes and started an industry association to manage certification and the evolution of the specification.Key Questions and Topics from this Episode:(01:31) Introduction to Hardy Schmidbauer.(03:18) Introduction to Semtech.(04:37) What are the origins of LoRa and LoRaWAN?(07:22) Where do you see LoRa used the most?(09:44) What is LoRa’s current role in the consumer space, for example, in smart homes?(13:40) What can companies new to the IoT space do to avoid common pitfalls in regards to hardware?(15:44) Where should a company’s focus be when developing a solution in order to maximize ROI?(16:38) How much should companies focus on SLA?(17:20) As an industry, what should be our next step toward growing and scaling?(18:58) What are your 2020 predictions for the IoT industry?(20:27) In what use cases do you expect the greatest growth?(21:23) Do you anticipate edge or cloud computing taking precedence in enterprise adoption this year?(23:15) Do you think satellite LPWAN technology will have a large impact on the IoT industry?(25:03) Will major cloud providers get involved in LPWAN? If so, how will that play out?(26:28) What is the LoRa alliance and what does it do?(28:37) Is there any news we should be on the lookout for from LoRa Alliance this year?

In today’s podcast, we discuss one of the technologies that underpins the Internet of Things -  Low Power Wide Area Network, or LPWANS for short. And more specifically, we are going to take a look at LoRa - one of the leading LPWAN technologies.  I’m pleased to be joined by one of the global leaders in the space - Wienke Giezeman - the Co-Founder & CEO of The Things Industries - and the Initiator of The Things Network.  01:20 What is The Things Network?  05:25 What has led to your impressive growth - to the point where you are now in 151 countries, have a community of over 100k developers and have deployed 18k LoRaWAN gateways worldwide? 08:10 The Things Network has grown into a global LoRaWAN network - wouldn’t it have been easier to leverage existing mobile networks than trying to build your own?  The “Moving Forward, Looking Backward” paradigm 11:00 What are some of the top LoRa use cases that are driving adoption? 16:40 How creating a collaborative LoRaWAN network led to the creation of The Things Conference - the world’s largest LPWAN conference.  1500 attendees, 61 countries Sponsors included AWS, Microsoft, Semtech & ST Micro All the videos from the event can be found here 20:00 What’s next? The Things ________? 25:00 IoT has not lived up to the hype. What has held the industry back from reaching its potential? 28:00 Narrowband IoT, or NB-IoT, has exploded in China, but had sluggish growth elsewhere. What has hindered it’s growth outside of China? 32:55 What’s the best IoT solution you have ever seen? 34:00 Final question - about What is FEBO - and do you still eat there? Spoiler alert - he’s a fan of “bamischijf”! Find out more Connect with Wienke: https://www.linkedin.com/in/wienke/ The Things Network: www.thethingsnetwork.org  The Things Industries: https://www.thethingsindustries.com  The Things Conference: https://www.thethingsnetwork.org/conference/  YouTube Channel: https://www.youtube.com/channel/UCv85CXnZUXEKnlZpQapTAwQ

In this episode of the IoT For All Podcast, Chief Product Officer of BehrTech, Wolfgang Thieme, joins us to talk about BehrTech’s MYTHINGS connectivity platform and LPWAN’s greater role in the industrial IoT space. To kick off the episode, Wolfgang introduces himself and provides an update on what BehrTech has been up to since we last spoke to their CEO, Albert Behr. Wolfgang shares the latest progress on the launch of the MYTHINGS platform and talks about the process of refining and executing a go-to-market strategy. He also discusses the process BehrTech uses to gather feedback and lessons learned as the team adjusted to best serve customers in the industrial space.We talk about the role LPWAN plays in the IoT space and how it enables companies to roll out massive deployments with hundreds or thousands of devices at a relatively low cost. Wolfgang shares with us some of the key considerations when building a network meant to scale and how companies launching new IoT deployments must consider scalability upfront.To close out the conversation, Wolfgang shares his advice for companies looking to get into the IoT space, saying that speed to market and flexibility are key. He also shares some of his excitement for the rest of 2020, speaking to some of the advances in connectivity, in particular, that he believes will propel IoT capabilities forward.Interested in connecting with Wolfgang? Reach out to him on Linkedin!About BehrTech: BehrTech offers a disruptive wireless connectivity software platform that is purpose-built for massive-scale Industrial Internet of Things (IIoT) networks. At the core of the platform is MIOTY, a new communication technology standardized by ETSI that provides reliable, robust, and scalable connectivity unlike any other technology on the market. With its approach to interoperability, BehrTech makes it easy for end-users to retrofit its MYTHINGS platform in any environment and enables partners, system integrators, and VARs to deliver fully-integrated IIoT solutions that enable data-driven decisions to be made.Key Questions and Topics from this Episode:(01:40) Introduction to Wolfgang Thieme(02:35) Introduction to Behrtech(03:36) Are there any new initiatives happening at Behrtech?(05:52) What’s the difference between LoRA and Behrtech’s platform MYTHINGS?(07:42) What are some ideal use cases for LPWAN technologies?(09:07) In developing the MYTHINGS platform, how did you approach your go-to-market strategy?(11:35) What has the market response been like since launching MYTHINGS?(13:56) How important are partnerships in IoT development and deployment?(15:45) What role does LPWAN play in launching massive and scalable networks of devices?(20:33) What are some of the challenges in implementing existing LPWAN technologies in industrial IoT deployments?(22:53) How important is quality of service in industrial IoT deployments?(24:04) What advice do you have for companies interested in getting into IoT?(28:03) What are you looking forward to the rest of the new year?

In this edition of the Embedded Insiders podcast, Brandon and Rich continue their journey into the world of open source, this time by focusing on Z-Wave that was recently donated to the community by Silicon Labs (who acquired the networking technology from Sigma Designs).Later, the Embedded Insiders are joined by Laurens Slats from The Things Industries, who continues the discussion of open source networking technologies by outlining the state of LoRa and LoRaWAN. Their upcoming Things Conference in Amsterdam takes place January 30-31st.Finally, Jean Labrosse is back with “Things That Annoy A Veteran Software Engineer,” where he explains the 80-column limit is stupid.Tune in.

This week on Mr. Beacon we talk with Cognosos, an asset tracking SAS platform using both Low Power Wide Area Network (LPWAN) as well as Bluetooth. Jim Stratigos, Cognosos’s CTO, shares with us why LPWAN is the best choice for his automotive use case and what “drove” him to create a proprietary tech rather than using LoRa. Their solution enables dealers and auctions to have a cost-effective way of tracking vehicles in large outdoors lots by providing an essential piece of the equation, long range. In addition to range, we touch on the benefits and tradeoffs of the software and hardware architecture and business model decisions leading to SAS. We leave a little something extra at the end for those aspiring to be a CTO. Jim gives us the inside scoop from his extensive experience at Cognosos and companies like Cisco, Motorola, and AT&T. See acast.com/privacy for privacy and opt-out information.

On this IoT For All podcast episode, Wienke Giezeman, CEO and Co-Founder of The Things Network, discusses what LoRa and LoRaWAN are, the role they play in the IoT connectivity space and how they are fueling the growth and adoption of IoT.Wienke touches on the types of use cases that are best suited for LoRaWAN, what types of use cases LoRaWAN is not well suited for, the current state of the Internet of Things industry and how market fragmentation is affecting IoT adoption across the board.Wienke and his team are putting on an industry event called the Things Conference where experts from all over the world will come together to discuss all things LoRaWAN. He was generous enough to provide us a discount code to all our readers and listeners if you are interested in attending! Please use the code: iot-for-allInterested in connecting with Wienke? Check out his LinkedIn!About The Things Industries: The Things Industries provides a LoRaWAN network management system that allows anybody to build LoRaWAN networks where data is routed in a secure end to end manner. Being interoperable with many IoT data platforms, LoRaWAN gateways and LoRaWAN sensors.Key Question and Topics from this Episode:(03:18) What is the Things Network Conference?(07:30) Winke Giezeman Intro(10:50) What is LoRa? What is LoRaWAN?(16:15) How does LoRaWAN fit into the LPWAN connectivity spectrum and how do LPWAN technologies influence IoT Adoption?(30:50) What use cases is LoRaWAN best suited for? Not well suited for?(38:42) What is the current state of IoT and what are the biggest challenges affecting IoT adoption?(41:12) How does the fragmentation of the IoT market affect adoption?(43:16) How is hardware affecting IoT adoption? What needs to be done to make IoT hardware better?(46:33) What should we be most excited about for 2020 as it is related to LoRaWAN?

IoT decoded #5, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page. This month is about different news on LPWAn: LPWAn Satellite experimentation from … Continue reading → The post IoT Decoded Podcast EP#5 appeared first on disk91.com - technology blog.

IoT decoded #5, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page. This month is about different news on LPWAn: LPWAn Satellite experimentation from … Continue reading → The post IoT Decoded Podcast EP#5 appeared first on disk91.com - technology blog.

On this IoT For All podcast episode, Noelani McGadden, VP of Strategic Accounts at Senet, discusses the role Senet plays in the IoT industry, how they launched the largest public LoRaWAN network and how their network is influencing adoption across the Internet of Things space.Noelani touches on why an organization would choose to deploy on a public network over a private network, the value LPWAN provides compared to 5G and what she foresees as the biggest contributors to IoT adoption heading into 2020.On a personal level, Noelani has been engaged with many STEM for girls programs and is a non-profit board member for providing access to gymnastics programs for underprivileged teens. She spent over 6 years as an expatriate working in countries and environments that have varying degrees of support for women in executive-level roles and women in tech in particular.If you’re interested in connecting with Noelani check out her LinkedIn!About Senet: Senet develops cloud-based software and services used by Network Operators, Application Developers and System Integrators for the on-demand deployment of Internet of Things (IoT) networks. Senet offers technology in over eighty countries and owns and operates the largest publicly available LoRaWAN network in North America.Key Question and Topics from this Episode:(02:33) Noelani McGadden introduction(04:44) What does Senet do, and what role do they play in the IoT industry?(07:15) Senet’s public LPWAN network–how it works, who is using it and what is it enabling companies to do?(10:40) What type of IoT use cases are utilizing the public LPWAN network?(13:38) How does a company set up a public LoRaWan network? What are the drawbacks of using a public network over a private network?(17:35) Why would an organization choose to deploy a private network, if a public network is available?(20:09) What has public LPWAN adoption been like?(23:08) What value does LPWAN provide over 5G?(26:59) What will be some of the biggest contributors to IoT adoption in 2020?(33:24) What advice do you (Noelani) have for companies looking to get involved in IoT in 2020?(35:28) What organizations and initiatives are you (Noelani) involved in as it relates to Women in Tech?

IoT decoded #4, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page. This month is about Sigfox Connect event: As usual you have 2 … Continue reading → The post IoT Decoded Podcast EP#4 appeared first on disk91.com - technology blog.

IoT decoded #4, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page. This month is about Sigfox Connect event: As usual you have 2 … Continue reading → The post IoT Decoded Podcast EP#4 appeared first on disk91.com - technology blog.

On this IoT For All podcast episode, Bill Dykas, Product Manager at Telit, discusses what a Product Manager does at an IoT company, the role Telit plays in the IoT space, and what the 'First Mile' of IoT is and why so many companies overlook it.Bill discusses what industries are adopting IoT solutions the most, how the evolution of LPWAN technologies are impacting growth and adoption within the IoT industry and what the next 12-18 months will look like across the Internet of Things space.If you’re interested in connecting with Bill check out his LinkedIn!About Telit: Telit is the global leader in IoT enablement. Their enterprise-grade hardware, connectivity, and platforms transform business through the power of IoT. With over one thousand of the world’s leading IoT experts, they share a relentless commitment to delivering the future of digital business for their customers.Earlier this year, Telit launched OneEdge, an innovative module-embedded software suite enabling solutions for a new generation of Telit’s cellular LPWA IoT modules. With integrated, secure, easy-to-use tools, OneEdge dramatically simplifies design, deployment and management of IoT products and solutions, enabling a leap ahead into the new 5G super-connected world.Key Question and Topics from this Episode:(03:35) Bill Dykas Introduction(05:19) What is the role of a Product Manager at an IoT company?(08:23) How do you handle discussions with engineers around what needs to be built vs. what is possible to be built?(09:18) What is the focus of Telit and how does it differ from other players in the IoT space?(12:53) How are the evolution of LPWAN technologies impacting the growth and adoption of IoT? How does that compare to the 5G revolution?(17:53) The “first mile” of IoT(21:57) Why are companies overlooking the first mile of IoT?(23:22) What are the challenges you face during the first mile of an IoT solution?(25:05) What is the typical customer engagement like for Telit?(29:49) Are there any specific verticals that have seen more adoption than others?(32:33) What do the next 12-18 months look like for the IoT industry?

IoT decoded #3, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page. This month content: Amazon Sidewalk technology announcement LPWAN market segmentation Sigfox Connect … Continue reading → The post IoT Decoded Podcast EP#3 appeared first on disk91.com - technology blog.

IoT decoded #3, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of this web page. This month content: Amazon Sidewalk technology announcement LPWAN market segmentation Sigfox Connect … Continue reading → The post IoT Decoded Podcast EP#3 appeared first on disk91.com - technology blog.

Last week we saw LPWAN announcements from Amazon and Apple, lets consider what that means.

Last week we saw LPWAN announcements from Amazon and Apple, lets consider what that means.

Last week we saw LPWAN announcements from Amazon and Apple, lets consider what that means.

Last week we saw LPWAN announcements from Amazon and Apple, lets consider what that means. The post BiB082 – LPWANs, Amazon Sidewalk and Apple U1 Wideband appeared first on Packet Pushers.

Last week we saw LPWAN announcements from Amazon and Apple, lets consider what that means. The post BiB082 – LPWANs, Amazon Sidewalk and Apple U1 Wideband appeared first on Packet Pushers.

Last week we saw LPWAN announcements from Amazon and Apple, lets consider what that means. The post BiB082 – LPWANs, Amazon Sidewalk and Apple U1 Wideband appeared first on Packet Pushers.

IoT decoded #2, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of the page. This month content: TTN Happy Birthday Sigfox $1 device Kerlink reduce its team … Continue reading → The post IoT Decoded Podcast EP#2 appeared first on disk91.com - technology blog.

IoT decoded #2, the monthly LPWAn podcast analyzing the IoT news and trends. Register to podcast : looking for feed subscription on bottom right of the page. This month content: TTN Happy Birthday Sigfox $1 device Kerlink reduce its team … Continue reading → The post IoT Decoded Podcast EP#2 appeared first on disk91.com - technology blog.

On this IoT For All podcast episode, John Younes, Co-Founder & COO of Litmus Automation, explains what industry 4.0 is, how it's impacting businesses and what the future of industrial automation will look like. John discusses how to create a scalable IIoT project by addressing common issues he has experienced first hand with customers in the early development stages. He also explains why manufacturing is one of the top industries ripe for implementing IIoT solutions. Finally, we discuss IoT product-market fit, the top use cases in IIoT and how companies can overcome common mistakes when planning to build their IoT solution. The episode concludes with John's thoughts on LPWAN and the impact it will have on the IoT industry. If you're interested in connecting with John, check out his LinkedIn! About Litmus Automation: Litmus Automation bridges the gap between data in the field or factory and business applications for companies looking to implement Industrial Internet of Things (IIoT) solutions. Litmus Automation’s offerings, LoopEdge and Loop, work seamlessly together to allow companies to access and exploit data previously trapped inside enterprise hardware, no matter where or when it was deployed. Key Question and Topics from this Episode: (5:20) Litmus Automation company background  (10:01) How did you decide when it was the right time to pivot your company to a different vertical?  (12:38) How has customer engagement changed over time as IoT became more mainstream?  (14:18) What is Industry 4.0? How is Industry 4.0 impacting businesses?  (16:14) What does the typical customer engagement look like for Litmus Automation?  (18:28) What advice do you have to help people overcome common mistakes when planning to build an IoT solution?  (19:53) What are the top use cases in IIoT?  (23:34) What type of ROI are most companies looking for?  (28:04) What does the future of industrial automation look like in terms of edge computing? (29:26) What can we expect to see from Litmus Automation over the next 6-12 months?

On this IoT For All podcast episode, the senior team from CoreKinect (Assar Badri, CEO and Co-Founder; John Horn, President and Chief Strategy Officer; and Mitchel Kelley, Principal Engineer) discuss building custom hardware and how LPWAN will impact IoT. The CoreKinect team explains the process of building custom IoT hardware and discusses how they manage the production of IoT products from engineering design through assembly and manufacturing. The team also shares roadblocks of the custom development process and explains when it makes sense for companies to build custom as opposed to buying off the shelf. We discuss the hot topic of LPWAN and the impact it will have on IoT. The episode concludes with advice for companies when analyzing what hardware and software partners are best suited for their solutions. If you're interested in connecting with Assar, check out his LinkedIn! About CoreKinect: CoreKinect is an innovative startup specializing in the development of hardware solutions for a wide range of customized products in IoT. From initial design down to the assembly line, we take care of it all. We are redefining the IoT space by creating products at market disrupting prices. Key Question and Topics from this Episode: (2:08) Introduction to CoreKinect (2:57) What does it mean to build custom hardware for an IoT deployment? What does that process look like?  (6:09) What is CoreKinect’s secret sauce that allows you to accelerate hardware development and time to market?  (10:27) Insights into the software behind the hardware (16:43) Custom vs. Off-the-shelf hardware for IoT solutions. How do you decide which is best for your use case?  (25:28) What are common roadblocks associated with IoT hardware development?  (33:32) How is security handled in IoT device development?  (38:18) From a hardware perspective -- how will LPWAN impact IoT?  (41:03) From a software perspective -- how will LPWAN impact IoT?  (44:36) When searching for an IoT hardware partner -- what questions should companies ask themselves and be prepared to answer during the process?  (46:58) When searching for an IoT software partner -- what questions should companies ask themselves and be prepared to answer during the process?

Hoy quiero hablarte de un proyecto que me ha llamado mucho la atención. Se trata de un organizador basado en el asistente de voz de Google.Lo publiqué hace unos días en Twitter y ha tenido mucha repercusión.Además voy a contestar a varias preguntas relacionadas con las redes LPWAN, LoRa y Sigfox.Tu también puedes enviar tus pregunta a través del formulario de contacto o a través del comentario de los artículos.Más información en https://programarfacil.com/podcast/ok-google-organiza-mi-taller/

Cédric Giorgi is the Director of Experience Design for SIGFOX, who's building a global LPWAN wireless network for the Internet of Things.  Before that, Cédric was the co-founder of Cookening, founded in 2012 and sold in 2015, a global marketplace that brings locals with foreigners during home cooked meals. Cédric worked at several startups during his early years of his carreer: he was Europe Director for Seesmic and Marketing Director for Goojet/Scoop.it. Cédric has been highly involved in the startup ecosystem since 2009, as Co-Editor and Conference Organizer for Techcrunch France in 2010/2011, curator and host of LeWeb Brands Track between 2011 and 2014. He's since 2014 co-founder of NYC-based event La French Touch Conference. On this episode you'll learn: -How has Cedric made the French startuper Facebook group so successful? -Why has Toulouse has become a hotbed for IOT startups -Why is venture capital so concentrated in Paris?

On this episode of #IoTExplained, we discuss cellular IoT and the impact it has on the IoT space. Not only do we dive into what answer the question “What is cellular IoT?”, but we discuss why cellular IoT is expanding, LTE-M vs. NB-IoT, and 5G and the future of cellular IoT. Once this episode is over you will have a good grasp on how cellular IoT plays an important role in the development of IoT solutions. Check out the article that inspired this episode here! Have a question or topic you want us to cover in a future episode of the #IoTExplained series? Tweet to us at @iotforall and we will do our best to feature it in an upcoming episode. Follow Us: Our Website Twitter Medium Facebook

In this episode, Ryan breaks down what LPWAN is and what value it provides to IoT solutions. LPWAN (low-power wide-area network) is a broad term that encompasses various implementations and protocols, both proprietary and open-source, that share common characteristics as the name suggests. Low-power operates on small, inexpensive batteries for years and a wide-area has an operating range that is typically more than 2 km in urban settings. LPWAN technology works well in situations where devices need to send small amounts of data over a wide area while maintaining battery life for many years. This distinguishes LPWAN from other wireless network protocols like Bluetooth, RFID, cellular M2M, and ZigBee. LPWANs can be the perfect option for a number of IoT applications, but what is LPWAN exactly? Check out the article that inspired this episode here! Have a question or topic you want us to cover in a future episode of the #IoTExplained series? Tweet to us at @iotforall and we will do our best to feature it in an upcoming episode. Follow Us: Our Website Twitter Medium Facebook

Low-power wide-area networks (LPWANs) are a necessary component in many IoT or industrial IoT applications. You already know there are many options when it comes to your LPWAN of choice. Today, we’re taking a look at LoRaWAN, one of those choices, and the one that seems to be moving at the fastest pace. The LoRa Alliance, the group that supports the technology recently announced a new rollout, which was the first topic I broached in this week’s Five Minutes with…discussion with Donna Moore, the CEO and Chairperson of the LoRa Alliance.

On this episode of IoT Time Podcast, Ken Briodagh, editorial director at IoT Evolution (iotevolutionworld.com), sits down with Gus Vos, chief engineer, Sierra Wireless (sierrawireless.com @sierrawireless), to talk about 5G, LPWAN, LTE-M and all the other wireless connectivity options for IoT and their implications in a ever-evolving IoT-enabled world. This episode is sponsored by the IoT Evolution Expo (iotevolutionexpo.com), taking place Jan 29 to Feb 1, 2019 in Ft. Lauderdale, Florida. Please check out "IoT Time: Evolving Trends in the Internet of Things," a book by Ken Briodagh about the ongoing influences shaping the IoT. To get a copy, it is available on Amazon for $14.99 (a.co/d/8neDtlu). Don't forget to subscribe! To become a sponsor of IoT Time, please email kbriodagh@tmcnet.com or tweet @KenBriodagh.

In this episode of First Things First, I chat with Jakob Blomberg of Blink Services about a unique LoRa project you wouldn’t normally find synonymous with low-power, wide-area networks – cameras! Equipped with MultiTech-designed (and Telit cellular module backhauled) LoRaWAN bay stations, Jakob lets us in on the development process of a camera-based LoRa solution with billion-dollar (or krona!) Swedish security solutions provider Axis. Blink and its municipal customers stay agile and team up with Axis to update an already-established camera network with the newest LoRa technology. Visit the FirstThingsFirst episode page for show notes and more!

La placa Arduino MKRFOX1200 es una de las placas de prototipado más dotadas para el Internet de las Cosas o IoT. Con capacidad para conectarse a la red de SigFox, pone a nuestro alcance el poder de las redes LPWAN para conectarnos a grandes distancias y muy bajo consumo.Desde hace ya algún tiempo estoy fascinado con los objetos conectados y el IoT. Abre un mundo de posibilidades a la hora de monitorizar o controlar máquinas y dispositivos. Desde las fábricas más complejas, a las zonas mas apartadas.Las redes LPWAN nos muestran el camino y Arduino MKRFOX1200 nos ayuda a avanzar rápido. Si ya eres lector de mi blog sabrás de mi devoción por las placas Arduino. Y no es que lo diga yo, si sigues el tutorial que aquí te propongo en menos de 1 hora estás transmitiendo datos a SigFox.Quiero advertir que no se pueden comparar peras con manzanas, me explico. Hay placas más económicas como el ESP8266 o el ESP32. Incluso el Arduino MKR1000 puede ser un gran rival. Sin embargo, utilizan tecnologías diferentes de comunicación.Y aunque estas placas son muy interesantes, su función no tiene nada que ver con despliegues masivos de dispositivos del IoT. No cumplen las premisas de bajo consumo y un amplio alcance. Sin embargo, placas compatibles con LoRaWan o SigFox, cumplen con creces estas premisas.En este artículo te voy a contar qué son las redes LPWAN y te hablaré de una de ellas, SigFox. Por último pondremos todo esto en práctica haciendo un ejercicio práctico con Arduino MKRFOX1200. La placa Maker para prototipar objetos conectados.Ponte cómodo, coge una buena taza de café (o cerveza :) y prepárate a descubrir el universo del Internet de las Cosas.Más información en https://programarfacil.com/blog/arduino-blog/arduino-mkrfox1200-sigfox-lpwan/

In the era of the Internet of Things, we're playing catch-up with the huge volume of data that the phenomenon is generating. Need to track high-value goods throughout the supply chain? No problem. Their cost has long justified the time, resources and technology involved. Now, however, we have the Low-Power Wide-Area Network (LPWAN), which allows for long-range communications between lower-value goods and equipment. In the past, those items might have been tracked inadequately or not at all. On this episode, we examine the benefits and impact of the LPWAN with Michael Orr, vice president of sales and partnerships with network operator Sigfox. He provides a picture of the modern-day Internet of Things ecosystem, identifies gaps in visibility, addresses the issue of network security, and offers his view of how the technology of smart devices will evolve in future. ''I see the market as essentially infinite,'' he says. ''Everything will be connected in the next five to 10 years.''

Si hablamos de Arduino estamos hablando de la democratización del uso de los microcontroladores. Desde que hace más de un año presentó el Arduino MKR1000, las cosas han ido cambiando. La entrada de redes LPWAN ha impulsado la última placa presentada, el Arduino MKRFOX1200 con conexión a Sigfox.Como no, siempre que sale un Arduino destinado al IoT con una nueva tecnología, me sale el Síndrome de Ansia Viva (#SAV acuñado por el gran Obijuan) y tengo que probarlo. Yo soy fan de Arduino al igual que hay fanboys de Apple o de Google.Pero si hay algo que realmente me gusta hacer con esta placa, es hacer proyectos. Me encanta plantear retos e investigar sobre la materia. Se trata de ir descubriendo no solo la programación y la electrónica, también de aprender sobre el mundo.Qué es el torque, como funcionan unos engranajes, a montar y desmontar sistemas mecánicos, tornillería, carpintería e incluso aspectos meteorológicos como la radiación UV (ultravioleta). Precisamente de esto último te voy a hablar hoy.Sigfox nos abre la puerta de la conectividad a zonas inaccesibles para otras tecnologías y Arduino MKRFOX1200 nos ayuda a implementar dispositivos y prototipos de una forma fácil y rápida. De bajo consumo y con muy buena cobertura.Esto me ha llevado a plantear el proyecto que os voy a presentar hoy, un medidor de radiación UV con Sigfox y Arduino MKRFOX1200.Más información en https://programarfacil.com/podcast/sigfox-arduino-mkrfox1200-radiacion-uv

En la era del Internet de las Cosas o del IoT, donde los objetos están conectados, se hace necesario localizar o posicionar nuestros proyectos. Utilizar un GPS Arduino, WiFi, GSM, UBW o las LPWAN son algunas de las posibilidades que tenemos a nuestro alcance.Pero seguramente te preguntes ¿para qué quiero geolocalizar Arduino? Dependerá el sector en el que te muevas.Últimamente me han llegado diferentes preguntas a través del email. En sectores donde se alquila o se presta maquinaria o diferentes objetos es necesario controlar su posición.Si nos metemos en el mundo de la logística, posicionar la flota de vehículos con un GPS y Arduino puede ser una solución económica y efectiva.Y como Maker que eres, la mejor razón para utilizar la geolocalización con Arduino es por curiosidad. Sí, curiosidad por entender cómo funcionan esos sistemas y más importante aún, porque Arduino nos permite ver en acción todos estos sistemas.De todo esto vamos a hablar hoy en este artículo. Las diferentes formas o modos que tenemos para localizar un Arduino en el mundo.Más información en https://programarfacil.com/podcast/gps-arduino-geolocalizacion/

As connectivity becomes cheaper, data becomes more valuable. This is a paradox the Embedded Insiders Rich Nass and Brandon Lewis explore in the context of low-power, wide-area network (LPWAN) standards that have emerged to capture Industrial Internet of Things (IIoT) connections in the face of sunsetting 2G infrastructure.

In this episode of the IoT Time Podcast, Ken Briodagh, editorial director at IoT Evolution (iotevolutionworld.com), sits down Scott Schwalbe, CEO, NimbeLink (nimbelink.com), about Automated Cars, connectivity in the IoT, from Cat-M1 and LPWAN to licensed spectrum, and Ken challenges Scott to write the One Standard to Rule Them All. This episode is sponsored by the IoT Evolution Expo (IoTEvolutionExpo.com). To become a sponsor of IoT Time, please email kbriodagh@tmcnet.com or tweet @KenBriodagh.