Podcasts about lte m

In this episode, we spoke with Dima Feldman, VP of Product Management and Marketing at Sony Semiconductor Israel, about the long-term viability of LTE-M technology and its role in IoT connectivity. We explored how LTE-M compares to other cellular IoT standards, its advantages in power efficiency and longevity, and how it fits into the 5G ecosystem. Key Insights: Longevity and Future-Proofing: LTE-M ensures IoT connectivity for decades, with some deployments lasting until 2045. Power Efficiency and Cost Savings: Lower power consumption enables years of battery life, reducing maintenance costs. 5G Integration: LTE-M and NB-IoT coexist with 5G, serving low-power IoT applications. Regional Adoption Differences: LTE-M dominates in North America and Europe, while China and India favor NB-IoT. Industry Applications: Used in smart utilities, logistics, asset tracking, and emerging iSIM solutions. IoT ONE database: https://www.iotone.com/case-studies Industrial IoT Spotlight podcast is produced by Asia Growth Partners (AGP): https://asiagrowthpartners.com/

De belangrijkste IoT-trends en ontwikkelingen die te zien waren op het Mobile World Congres: A.I. die IoT data omzet in informatie, Satellieten binnen handbereik, eSIM-onwikkelingen, brain computer interfacing, extreem snelle en veilige WiFi communicatie via licht en tips van experts. Een extra lange aflevering met 12 interessante IoT-Gesprekken. Loop met mij mee op de beurs of scroll vooruit en... mis mijn samenvatting niet op 1:26:42 INHOUD: 1:09 Fairphone - Monique LempersRe- en upcycle tips van Monique voor de IoT industrie. 6:12 ETSI - Ton BrandTon zijn blik op de IoT-markt en technologie ontwikkelingen.  https://www.etsi.org/standards#Connecting%20Things https://www.linkedin.com/in/tonbrand/14:54 Nordic Semiconductors - Frans Lutz vertelt over satellieten en de eSIM trends. https://www.nordicsemi.com/ https://www.linkedin.com/in/frans-lutz/ 21:55 rSIM - Daan de Wijs Uitleg wat de voordelen van een extra SIM-profiel in een SIM zijn. https://www.rsim.com/nl/https://www.linkedin.com/in/daandewijs/28:00 Zander Labs - Jaap van GentDe brain comuputer interface biedt mogelijheden die we nu nog niet voor mogelijk houden. https://www.zanderlabs.com/https://www.linkedin.com/in/jaapvangent/35:26 Semtech Sierra Wireless - Nicolas Damour[Engels] Nicolas praat ons bij over de IoT-markt en kijkt naar NB-IoT, LTE-M en LORA. https://www.sierrawireless.com/iot-modules/https://www.linkedin.com/in/nicolasdamour/40:36 NetMore - Marco SprenkelsMarco legt uit hoe zij als LoRaWAN operator klanten helpen met batterijgevoedde apparaten. https://netmoregroup.com/lorawan-netherlands/https://www.linkedin.com/in/marcosprenkels/50:03 PureLiFi - Sarah Scace en Alistair Banham[Engels] Communicatie via licht (LiFi) heeft vele voordelen t.o.v. WiFi. Nu er een industrie standaard is zijn de mogelijkheden voor gebruik onbegrensd. https://www.purelifi.com/https://www.linkedin.com/in/alistair-banham-73204a10/60:10 Telefonica - Jesus[Engels] Iedereen(!) moet begrijpen dat migratie naar Post-Quantum-Cryptography noodzakelijk is en aan specialisten vragen met PQC-migratie tijdig aan de slag te gaan. https://www.aivd.nl/documenten/publicaties/2024/12/3/het-pqc-migratie-handboek1:04:44 Afzal zijn blik op de IoT markt en de lancering van zijn nieuwe IoT-boek. De belangrijkste tips van Afzal als je met IoT aan de slag wilt gaan (en die gaan niet over technologie...) https://afzalmangal.com/https://www.linkedin.com/in/afzalmangal/1:15:41 Sateliot - Jordi [Engels] Jordi vertelt dat je met een gewone SIM en een standaard NB-IoT modem dat geschikt is voor gewone netwerken ook kunt gebruiken satellieten. https://sateliot.space/1:19:38 Mobile Ecosystem Forum (MEF)  - Nassia Skoulikariti Programme Director for Mobile IoT [Engels] Nassia geeft een toelichting over IoT-innovatie en markt acceptatie. https://mobileecosystemforum.comhttps://www.linkedin.com/in/nassiaskoulikariti/1:26:42 Samenvatting van uw IoT podcasthost Robert Heerekop over het  Mobile World congress 2025https://iotc360.com/https://www.linkedin.com/in/robertheerekop/_._

In this episode of the IoT For All Podcast, Martin Nord, Chief Technology and Product Officer at Com4, joins Ryan Chacon to discuss navigating modern IoT connectivity. The conversation covers key connectivity challenges across industries, the impact of iSIM and multi-IMSI, customer-centric IoT strategies, satellite IoT, the transformative potential of IoT and AI, low-power wide-area networks, and understanding total cost of ownership for successful IoT deployments.With over 20 years of experience in the cellular and IoT industry, Martin Nord is a visionary leader and passionate technologist. He has a proven track record of driving innovation and leading high-performance teams. As CTO and PTO, Martin plays a pivotal role in shaping Com4's product vision and strategy. He oversees the entire product lifecycle, ensuring that Com4's solutions not only meet market demands but also drive value for customers in an ever-evolving IoT landscape. By combining his deep technical expertise with a customer-focused approach, Martin ensures that Com4's offerings remain at the forefront of innovation in IoT connectivity.Com4, part of Wireless Logic Group, is a world leading provider of managed IoT connectivity services, with over 13 years of experience working with enterprises around the world. Com4 exists to provide not only the right tools but the most fitting solutions to its customers for beneficial IoT connectivity and control. Customers around the world trust them to cost-efficiently build and operate both large-scale and smaller IoT connectivity projects. All SIM cards are delivered, already activated within a few business days. Com4 supports all radio standards (2G, 3G, 4G, and 5G as well as LPWA technologies such as LTE-M and NB-IoT).Discover more about IoT at https://www.iotforall.comFind IoT solutions: https://marketplace.iotforall.comMore about Com4: https://www.com4.no/en/Connect with Martin: https://www.linkedin.com/in/martinnord/(00:00) Intro(00:09) Martin Nord and Com4(02:14) Biggest IoT connectivity challenges(02:50) The role of satellite IoT(04:57) Tailoring connectivity for specific use cases(07:29) iSIM and multi-IMSI(09:01) Customer-centric IoT strategies(10:35) Emerging technologies and trends in IoT(12:42) What industries will be impacted most by IoT?(15:16) Successfully deploying and adopting IoT(17:00) Opportunities in IoT(19:29) Outlook for Com4(21:13) Learn more and follow upSubscribe to the Channel: https://bit.ly/2NlcEwmJoin Our Newsletter: https://newsletter.iotforall.comFollow Us on Social: https://linktr.ee/iot4all

Dans ce podcast, Jérôme Chambard, expert IoT, cofondateur de Skiply et directeur marketing de Taqt, partage son expertise sur l'évolution de l'IoT dans l'industrie. Il décrypte les technologies comme Sigfox, LoRaWAN ou encore NB-IoT et LTE-M, en expliquant leurs usages concrets et les défis liés à leur adoption. À travers des exemples pratiques, il met en lumière les bénéfices de l'IoT pour optimiser les processus industriels. Il insiste sur l'importance d'une approche réfléchie pour choisir la bonne technologie et réussir son déploiement.Hosted by Ausha. See ausha.co/privacy-policy for more information.

In the modern age, technology has revolutionized the way we interact with our environment, and this includes the relationships we have with our pets. The advent of real-time GPS and health tracking devices, like the ones from Tractive, has transformed pet ownership, providing an unprecedented level of safety and health monitoring. This essay explores the significance of these devices, their functionalities, and their impact on pet care.The Need for Pet Tracking SolutionsAs pet owners, one of the primary concerns is the safety and well-being of our furry companions. Pets, especially dogs, are known for their adventurous spirits, often leading them to escape backyards or wander off during hikes. Traditional methods of keeping pets safe relied heavily on physical barriers and the hope that they would not stray too far. However, the limitations of these methods have become evident, leading to a growing demand for innovative solutions. Tractive's real-time GPS tracking addresses this need by allowing owners to monitor their pets' locations continuously and accurately.Modern GPS tracking devices, such as those produced by Tractive, utilize LTE-M cellular connectivity to provide real-time location updates. These devices are lightweight and attach easily to a pet's collar, ensuring comfort and usability. Owners can access their pets' locations through a smartphone app, which displays a live map with updates every two to three seconds. This means that regardless of where the owner is-whether at home or on the other side of the world-they can know exactly where their pet is located. This immediate access to information empowers pet owners to take action quickly if their pet goes missing.Beyond Location: Health Monitoring CapabilitiesWhile GPS tracking is invaluable for ensuring a pet's physical safety, the capabilities of these devices extend far beyond mere location tracking. The latest advancements in pet tracking technology incorporate health monitoring features that provide insights into a pet's overall well-being. For instance, Tractive's devices can monitor a pet's activity levels, sleep patterns, heart rate, and even respiratory rate. This data is crucial for detecting potential health issues before they become serious problems.One of the groundbreaking features of these health trackers is their ability to analyze barking patterns. By alerting owners to abnormal barking behaviors, these devices can help identify issues such as separation anxiety or distress, enabling owners to address potential problems proactively. Furthermore, the ability to compare a pet's health metrics against a vast database of similar pets provides valuable context. For example, owners can understand what constitutes normal heart rates or activity levels for their specific breed and age, allowing for personalized and informed care.The Value of Data in Pet CareThe integration of data mining and statistical analysis into pet health tracking represents a significant advancement in veterinary care. With over a million active subscribers, Tractive can aggregate and analyze health data from countless pets, providing insights that were previously unattainable. This wealth of information enables pet owners to understand their pets better, recognizing deviations from typical behavior or health metrics. Such insights can lead to earlier interventions, potentially saving lives and improving the quality of life for pets.Conclusion: Technology Can Improve Your Dog's HealthTractive's real-time GPS and health tracking devices are not just technological novelties; they represent a paradigm shift in how we care for our pets. By combining location tracking with health monitoring, these devices offer pet owners a comprehensive tool for ensuring their pets' safety and well-being. As technology continues to evolve, the potential for even more sophisticated tracking solutions will likely emerge, further enhancing our ability to protect and care for our beloved companions. In a world where pets are cherished members of the family, investing in such technology is not just practical; it is a testament to our commitment to their health and happiness.Get your Tractive GPS tracker at the Tractive Store, Amazon, or Walmart.Interview by Don Baine, The Gadget Professor.Sponsored by: Get $5 to protect your credit card information online with Privacy. Amazon Prime gives you more than just free shipping. Get free music, TV shows, movies, videogames and more. The most flexible tools for podcasting. Get a 30 day free trial of storage and statistics.

In the modern age, technology has revolutionized the way we interact with our environment, and this includes the relationships we have with our pets. The advent of real-time GPS and health tracking devices, like the ones from Tractive, has transformed pet ownership, providing an unprecedented level of safety and health monitoring. This essay explores the significance of these devices, their functionalities, and their impact on pet care.The Need for Pet Tracking SolutionsAs pet owners, one of the primary concerns is the safety and well-being of our furry companions. Pets, especially dogs, are known for their adventurous spirits, often leading them to escape backyards or wander off during hikes. Traditional methods of keeping pets safe relied heavily on physical barriers and the hope that they would not stray too far. However, the limitations of these methods have become evident, leading to a growing demand for innovative solutions. Tractive's real-time GPS tracking addresses this need by allowing owners to monitor their pets' locations continuously and accurately.Modern GPS tracking devices, such as those produced by Tractive, utilize LTE-M cellular connectivity to provide real-time location updates. These devices are lightweight and attach easily to a pet's collar, ensuring comfort and usability. Owners can access their pets' locations through a smartphone app, which displays a live map with updates every two to three seconds. This means that regardless of where the owner is-whether at home or on the other side of the world-they can know exactly where their pet is located. This immediate access to information empowers pet owners to take action quickly if their pet goes missing.Beyond Location: Health Monitoring CapabilitiesWhile GPS tracking is invaluable for ensuring a pet's physical safety, the capabilities of these devices extend far beyond mere location tracking. The latest advancements in pet tracking technology incorporate health monitoring features that provide insights into a pet's overall well-being. For instance, Tractive's devices can monitor a pet's activity levels, sleep patterns, heart rate, and even respiratory rate. This data is crucial for detecting potential health issues before they become serious problems.One of the groundbreaking features of these health trackers is their ability to analyze barking patterns. By alerting owners to abnormal barking behaviors, these devices can help identify issues such as separation anxiety or distress, enabling owners to address potential problems proactively. Furthermore, the ability to compare a pet's health metrics against a vast database of similar pets provides valuable context. For example, owners can understand what constitutes normal heart rates or activity levels for their specific breed and age, allowing for personalized and informed care.The Value of Data in Pet CareThe integration of data mining and statistical analysis into pet health tracking represents a significant advancement in veterinary care. With over a million active subscribers, Tractive can aggregate and analyze health data from countless pets, providing insights that were previously unattainable. This wealth of information enables pet owners to understand their pets better, recognizing deviations from typical behavior or health metrics. Such insights can lead to earlier interventions, potentially saving lives and improving the quality of life for pets.Conclusion: Technology Can Improve Your Dog's HealthTractive's real-time GPS and health tracking devices are not just technological novelties; they represent a paradigm shift in how we care for our pets. By combining location tracking with health monitoring, these devices offer pet owners a comprehensive tool for ensuring their pets' safety and well-being. As technology continues to evolve, the potential for even more sophisticated tracking solutions will likely emerge, further enhancing our ability to protect and care for our beloved companions. In a world where pets are cherished members of the family, investing in such technology is not just practical; it is a testament to our commitment to their health and happiness.Get your Tractive GPS tracker at the Tractive Store, Amazon, or Walmart.Interview by Don Baine, The Gadget Professor.Sponsored by: Get $5 to protect your credit card information online with Privacy. Amazon Prime gives you more than just free shipping. Get free music, TV shows, movies, videogames and more. The most flexible tools for podcasting. Get a 30 day free trial of storage and statistics.

On this episode of the Six Five Webcast - The 5G Factor, we dive deep into why companies like Qualcomm, Ericsson, and AT&T are making significant moves to advance and scale the Internet of Things (IoT) across the 5G ecosystem. Hosts Ron Westfall and Tom Hollingsworth share their expert analysis on the competitive landscape implications of recent developments within the sector. Their discussion covers: Qualcomm's Investor Day revelations about their new IoT strategy, focusing on creating scalable blueprints to foster industry-wide solutions. Ericsson's emphasis on private 5G networks to address the unique needs of the Oil and Gas industry, highlighting the shortcomings of Wi-Fi in IoT connectivity. AT&T's decision to decommission its narrowband Internet of Things (NB-IoT) network by 2025 and its implications for alternative technologies like 5G Redcap, LTE-M, and LoRa. The competitive dynamics Verizon and T-Mobile are creating with their continued investment in NB-IoT offerings. Potential future trends in the 5G and IoT landscape, reflecting on the moves made by Qualcomm, Ericsson, and AT&T.

While new technologies and tools have long been integral to farm management and food production, urgent concerns around food security drive the development and adoption of smart farming technologies today. Today, agriculture is embracing cutting-edge technologies like Bluetooth and the Internet of Things (IoT) to revolutionize the way we grow crops and raise livestock.In this episode, we delve into the fascinating intersection of low power wireless IoT solutions and agriculture with our guest, Clay Hine, from Nordic Semiconductor. Nordic offers many low power wireless protocols relevant to smart agriculture including low power Wi-Fi, Bluetooth LE, Thread, Zigbee, cellular IoT (both LTE-M and NB-IoT), and DECT NR+. From precision farming techniques to smart irrigation systems and livestock monitoring, discover how these technologies are enhancing efficiency, sustainability, and productivity on the farm.Get ready to explore the exciting possibilities of this digital transformation in agriculture, and learn why this isn't your parents' farming anymore. Tune in to gain a deeper understanding of how Bluetooth and IoT are powering the future of farming.Support the Show.Produced by: RIoTLearn more about RIoT: https://riot.org/Newsletter Sign-Up: http://tinyurl.com/ncekm63m Follow RIoT on social media Instagram Twitter Facebook Linkedin

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昨今、さまざまなGPS端末が登場していますね。 大きさや電池の持ち具合など、気になる方も多くいらっしゃるかと思いますが、通信規格にも、実は違いがあるということをご存知でしょうか？ 最近登場している多くのGPS端末は、LPWA（Low Power Wide Area）と呼ばれる無線通信技術を使用しています。GPS端末が人工衛星から受け取った位置・時間の情報をサーバーに届けるには、何らかの通信技術が必要です。 近年、こうした通信によく使われているのが、「より少ない電力で（Low Power）」「より広く（Wide Area）」通信が可能なLPWAという無線通信技術です。LPWAには様々な規格が生まれています。IBUKIでは、常に「山で位置情報を共有するために最適な通信規格」とはなにかを考え、最適な技術を探求しています。 今回はその一環で、LPWAの一種である「ELTRES」と、現在のIBUKI GPS端末で使っている「LTE-M」通信で、どれくらいつながるエリアが違うのかを、近藤が実際に山を走って実験してみましたので、その様子をご紹介します。 また、そもそもLPWA無線通信とはどういったものなのかや、他の通信規格にどのような特徴があるのかについてまとめてみました。 詳細はこちらから

Sebastiaan neemt ons mee diep in de ruis mee naar plekken waar nog net een draadloze LTE-M verbindingen mogelijk zijn. Aan de hand van lab-tests die we samen uitvoerden leggen we uit wat Coverage Enhancement Mode is en bespreken we de gevolgen voor bovenliggende protocol stacks waar IoT-toepassingen gebruik van maken. Er blijken veel overeenkomsten te zijn met gesprekken in volle cafe's en we geven praktische tips om performance van draadloze data-verbindingen te optimaliseren.Show notesAlgemene informatie over LTE-M en Coverage Enhancement is onder andere te vinden op:https://docs.iotcreators.com/docs/lte-m-network-informationhttps://altair.sony-semicon.com/wp-content/uploads/2017/02/Coverage-Analysis-of-LTE-CAT-M1-White-Paper.pdfHandige LTE-M OpenWRT experimenteer opstelling met Raspberry Pi:https://github.com/rrrRbert360/LTECatM1_SIM7070E

Marco Bijvelds (KORE Wireless) geeft toelichting over verschillende generaties draadloze connectiviteit. Naast de onderliggende technieken zoals eSIM, iSIM, APNs, NBIoT en LTE-M  spreken we over uitgangspunten voor IoT-hardware ontwikkeling en delen we overwegingen om een digitale keten zelf, of om juist met gespecialiseerde partners, op te bouwen.

This week's EYE ON NPI comes to us from the brilliant wireless engineers at Nordic Semiconductor - it's the Nordic nRF9160 System-in-Package with Integrated Cellular and GNSS (https://www.digikey.com/en/product-highlight/n/nordic-semi/nrf9160-sip). You know them for their popular nRF52 series of microcontrollers that have integrated Bluetooth LE - they're the market leaders for BLE development and support, with excellent software and low-power capabilities. A few years ago they decided to start branching out from their hit products and into more wireless IoT transports, like cellular and, more recently, WiFi (which perhaps we'll cover in a future EYE ON NPI!). The nRF91 series (https://www.nordicsemi.com/Products/nRF9160) is the Nordic Semi flagship cellular line, but it's different than most cell modules we've used. Normally you get a modules say from Quectel, and interface to it via USB or UART - sending AT commands (https://en.wikipedia.org/wiki/Hayes_command_set) and parsing the responses. That's fine and good but means that there's often a secondary microcontroller that has to do the work, and there's always a lot of work to do that parsing and command handling. What we like about the nRF91 is that it comes as a cute SIP package, much smaller than most modules, and integrates an ARM Cortex M33 with 1MB of flash, 256KB of RAM that you can program directly. This is familiar to folks who use the nRF52 series, where the BLE stack is integrated in hardware/firmware through the 'SoftDevice' system. (https://infocenter.nordicsemi.com/topic/ug_gsg_ses/UG/gsg/softdevices.html) You get all the hardware-interfacing you need with 32 GPIO, 12-bit ADC, RTC, SPI, I2C, I2S, UART, PDM and PWM which means that ideally you can develop your entire product on a single chip without need for external peripherals or drivers. The nRF91 comes in three flavors: nRF9160-SIAA (https://www.digikey.com/en/products/detail/nordic-semiconductor-asa/NRF9160-SIAA-B1A-R7/13533593) which has only LTE-M cellular support, nRF9160-SIBA (https://www.digikey.com/en/products/detail/nordic-semiconductor-asa/NRF9160-SIBA-B1A-R7/13533587) which has only NB-IOT support, and the nRF9160-SICA (https://www.digikey.com/en/products/detail/nordic-semiconductor-asa/NRF9160-SICA-B1A-R7/13533588) which has LTE, NB-IOT and GNSS. Each one has is pin-compatible but has different price levels, so pick the one that fits your budget and wireless needs. Note there's full 700MHz - 2.2GHz band support on each version of the SIP, so you don't have to order different SIPs for North America, South America, Asia, Europe, Africa, etc. There are global certifications available that you can look up to make sure you are cleared to integrate in any country you may need (https://www.nordicsemi.com/Products/Low-power-cellular-IoT/nRF9160-Certifications) The Nordic nRF9160 modules have been out for a few years, so there's lots of development boards you can use. For example, Nordic's in-house made dev board is fully featured with every add-on needed, plus Arduino-compatible headers (https://www.digikey.com/en/products/detail/nordic-semiconductor-asa/NRF9160-DK/9740721). There's also the extremely well-named Nordic Thingy 91 (https://www.digikey.com/en/videos/n/nordic-semiconductor/introducing-the-nordic-thingy-91-cellular-iot-prototyping-platform) which is a great dev kit for designing compact, battery powered, sensor-filled prototypes. The prior is better when you want to have JTAG headers and connect lots of external hardware, the latter is good if you happen to have some overlap with the built in hardware and want to prototype user experiences. If you are a Feather Fancier, there's an nRF9160 Feather (https://www.digikey.com/short/94tc2w84) that you can use to make lightweight portable designs that plug into FeatherWings. Best of all, all three versions of the nRF91 (https://www.digikey.com/en/product-highlight/n/nordic-semi/nrf9160-sip) are in stock now for immediate shipment from Digi-Key! We recommend starting with the full-featured nRF9160-SICA (https://www.digikey.com/short/j97r25p7) as you can always place the final design with one of the pared down SIAA or SIBA when you go to production. Order today for instantaneous shipment, you'll have these in your hands by tomorrow afternoon.

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.

The podcast begins with conversations around 1NCE, their service, and the use cases they focus on there. Ryan and Arne then talk about low bandwidth IoT and where Arne sees the opportunities and challenges in the market. To conclude the podcast, Arne gives a high-level overview of where he believes the IoT industry needs to improve and what to expect in the remainder of the year from 1NCE and IoT.Arne Assmann is Head of Strategy and Business Development at 1NCE and has worked for over nine years as an Analyst and Consultant before 1NCE. He served enterprise clients in the telco, media, and IT sectors and helped with go-to-market strategies, market forecasts, and business cases. His industry focuses on M2M and IoT, digitalization, and cross-media convergence.

Thomas und Hans im Neuheitenglück Inhalte Thomas und Hans wieder ganz im Nerd-Modus. Es gibt ganz viele neue Räder darüber müssen Thomas und Hans natürlich sprechen. Da gibts evolutionäre Modelle von Ampler, plagiatsverdächtige von Urtopia, neue aalte von Durchworldbikes und überraschende von Woom. Und dann am Schluss, bleibt dran: zwei neue Modelle von VanMoof Neuigkeiten bei der CyclingWorld: Ampler - Generation 2.0 Urtopia Carbon E.Bike- Ist das ein Plagiat des Urwahn? Smart Bar mit: Licht, Fingerabdrucksensor zum Öffnen. Cool, Matrix-Display von VanMoof übernommen, GPS LTEVoice Control (Gähn) Rücklicht mit Richtungsleuchten (leuchten auf den Boden und MMwave Radar für Näherungserkennung. Könnte nett sein) Und eben der Rahmen ohne Sattelstützrohr bei Upcycling Dutchworldbikes; alte Hollandräder mit Zehus-Motor Das neue Woom Now-Kinderrad Neuvorstellungen bei VanMoof: S5 UND A5 Grundsätzlich: Noch praktischere Räder mit großem Wert auf Alltagsnutzen. zwei Versionen: S5 aktualisiert, mit kleineren Rädern (27,5 statt 28) A5 neu mit Cargofähigkeiten (ähnlich wie das alte B-Modell, aber mit großem Gepäckträger vorne) Kein Matrix-Display Halo Halo Ring Interface neues charakteristisches Merkmal, gibt unmittelbares und intuitives Feedback. Zeigt die Geschwindigkeit, den Batteriestand und die Verbindung an. Mit verschiedenen Farben (Mustern?) Smartphone-Halterung von SP Connect mit USB-C-Ladeanschluss. (Pech für dich, Thomas: kein Quadlock) Sensoren: Luftqualität, Temperatur & Luftfeuchtigkeit und Licht NFC, GPS, BLE, LTE-M, NB-IOT Neuer Antriebsstrang mit 3-Gang-Automatik Neuer Motor und Drehmomentsensor (obwohl der alte Sensor überraschend gut funktioniert hat Zusatzakku Click-On Batterie mit Lock Dock Dockingstation : weiterhin als Extra. Jetzt mit USB-Ladefunktion. (oder gabs die vorher schon?) Neue Gepäckträger für vorne und hinten: Frontträger für bis zu 10/15 kg (S5(A5) Heckgepäckträger S5/A5 bis 15 kg Schwerlast Heckgepäckträger S5/A5 bis 27 kg Schickt uns Nachrichten und Sterne Gebt uns Feedback über WhatsApp. Die Nummer ist +49 221 677 707 207 . Klickt oder tippt einfach drauf und schickt uns eine Sprachnachricht. Oder schickt uns eine E-Mail an podcast@fahrrad.io. Bewertet uns bei Apple Podcasts (iTunes) oder bei Spotify am besten mit 5 Sternen. Dann finden uns noch mehr Leute. Alle Links zu Fahrradio hier Du möchtest deinen Podcast auch kostenlos hosten und damit Geld verdienen? Dann schaue auf www.kostenlos-hosten.de und informiere dich. Dort erhältst du alle Informationen zu unseren kostenlosen Podcast-Hosting-Angeboten.

Thomas und Hans im Neuheitenglück Inhalte Thomas und Hans wieder ganz im Nerd-Modus. Es gibt ganz viele neue Räder darüber müssen Thomas und Hans natürlich sprechen. Da gibts evolutionäre Modelle von Ampler, plagiatsverdächtige von Urtopia, neue aalte von Durchworldbikes und überraschende von Woom. Und dann am Schluss, bleibt dran: zwei neue Modelle von VanMoof Neuigkeiten bei der CyclingWorld: Ampler - Generation 2.0 Urtopia Carbon E.Bike- Ist das ein Plagiat des Urwahn? Smart Bar mit: Licht, Fingerabdrucksensor zum Öffnen. Cool, Matrix-Display von VanMoof übernommen, GPS LTEVoice Control (Gähn) Rücklicht mit Richtungsleuchten (leuchten auf den Boden und MMwave Radar für Näherungserkennung. Könnte nett sein) Und eben der Rahmen ohne Sattelstützrohr bei Upcycling Dutchworldbikes; alte Hollandräder mit Zehus-Motor Das neue Woom Now-Kinderrad Neuvorstellungen bei VanMoof: S5 UND A5 Grundsätzlich: Noch praktischere Räder mit großem Wert auf Alltagsnutzen. zwei Versionen: S5 aktualisiert, mit kleineren Rädern (27,5 statt 28) A5 neu mit Cargofähigkeiten (ähnlich wie das alte B-Modell, aber mit großem Gepäckträger vorne) Kein Matrix-Display Halo Halo Ring Interface neues charakteristisches Merkmal, gibt unmittelbares und intuitives Feedback. Zeigt die Geschwindigkeit, den Batteriestand und die Verbindung an. Mit verschiedenen Farben (Mustern?) Smartphone-Halterung von SP Connect mit USB-C-Ladeanschluss. (Pech für dich, Thomas: kein Quadlock) Sensoren: Luftqualität, Temperatur & Luftfeuchtigkeit und Licht NFC, GPS, BLE, LTE-M, NB-IOT Neuer Antriebsstrang mit 3-Gang-Automatik Neuer Motor und Drehmomentsensor (obwohl der alte Sensor überraschend gut funktioniert hat Zusatzakku Click-On Batterie mit Lock Dock Dockingstation : weiterhin als Extra. Jetzt mit USB-Ladefunktion. (oder gabs die vorher schon?) Neue Gepäckträger für vorne und hinten: Frontträger für bis zu 10/15 kg (S5(A5) Heckgepäckträger S5/A5 bis 15 kg Schwerlast Heckgepäckträger S5/A5 bis 27 kg Schickt uns Nachrichten und Sterne Gebt uns Feedback über WhatsApp. Die Nummer ist +49 221 677 707 207 . Klickt oder tippt einfach drauf und schickt uns eine Sprachnachricht. Oder schickt uns eine E-Mail an podcast@fahrrad.io. Bewertet uns bei Apple Podcasts (iTunes) oder bei Spotify am besten mit 5 Sternen. Dann finden uns noch mehr Leute. Alle Links zu Fahrradio hier

Thomas und Hans im Neuheitenglück Inhalte Thomas und Hans wieder ganz im Nerd-Modus. Es gibt ganz viele neue Räder darüber müssen Thomas und Hans natürlich sprechen. Da gibts evolutionäre Modelle von Ampler, plagiatsverdächtige von Urtopia, neue aalte von Durchworldbikes und überraschende von Woom. Und dann am Schluss, bleibt dran: zwei neue Modelle von VanMoof Neuigkeiten bei der CyclingWorld: Ampler - Generation 2.0 Urtopia Carbon E.Bike- Ist das ein Plagiat des Urwahn? Smart Bar mit: Licht, Fingerabdrucksensor zum Öffnen. Cool, Matrix-Display von VanMoof übernommen, GPS LTEVoice Control (Gähn) Rücklicht mit Richtungsleuchten (leuchten auf den Boden und MMwave Radar für Näherungserkennung. Könnte nett sein) Und eben der Rahmen ohne Sattelstützrohr bei Upcycling Dutchworldbikes; alte Hollandräder mit Zehus-Motor Das neue Woom Now-Kinderrad Neuvorstellungen bei VanMoof: S5 UND A5 Grundsätzlich: Noch praktischere Räder mit großem Wert auf Alltagsnutzen. zwei Versionen: S5 aktualisiert, mit kleineren Rädern (27,5 statt 28) A5 neu mit Cargofähigkeiten (ähnlich wie das alte B-Modell, aber mit großem Gepäckträger vorne) Kein Matrix-Display Halo Halo Ring Interface neues charakteristisches Merkmal, gibt unmittelbares und intuitives Feedback. Zeigt die Geschwindigkeit, den Batteriestand und die Verbindung an. Mit verschiedenen Farben (Mustern?) Smartphone-Halterung von SP Connect mit USB-C-Ladeanschluss. (Pech für dich, Thomas: kein Quadlock) Sensoren: Luftqualität, Temperatur & Luftfeuchtigkeit und Licht NFC, GPS, BLE, LTE-M, NB-IOT Neuer Antriebsstrang mit 3-Gang-Automatik Neuer Motor und Drehmomentsensor (obwohl der alte Sensor überraschend gut funktioniert hat Zusatzakku Click-On Batterie mit Lock Dock Dockingstation : weiterhin als Extra. Jetzt mit USB-Ladefunktion. (oder gabs die vorher schon?) Neue Gepäckträger für vorne und hinten: Frontträger für bis zu 10/15 kg (S5(A5) Heckgepäckträger S5/A5 bis 15 kg Schwerlast Heckgepäckträger S5/A5 bis 27 kg Schickt uns Nachrichten und Sterne Gebt uns Feedback über WhatsApp. Die Nummer ist +49 221 677 707 207 . Klickt oder tippt einfach drauf und schickt uns eine Sprachnachricht. Oder schickt uns eine E-Mail an podcast@fahrrad.io. Bewertet uns bei Apple Podcasts (iTunes) oder bei Spotify am besten mit 5 Sternen. Dann finden uns noch mehr Leute. Alle Links zu Fahrradio hier Du möchtest deinen Podcast auch kostenlos hosten und damit Geld verdienen? Dann schaue auf www.kostenlos-hosten.de und informiere dich. Dort erhältst du alle Informationen zu unseren kostenlosen Podcast-Hosting-Angeboten.

Thomas und Hans im Neuheitenglück Inhalte Thomas und Hans wieder ganz im Nerd-Modus. Es gibt ganz viele neue Räder darüber müssen Thomas und Hans natürlich sprechen. Da gibts evolutionäre Modelle von Ampler, plagiatsverdächtige von Urtopia, neue aalte von Durchworldbikes und überraschende von Woom. Und dann am Schluss, bleibt dran: zwei neue Modelle von VanMoof Neuigkeiten bei der CyclingWorld: Ampler - Generation 2.0 Urtopia Carbon E.Bike- Ist das ein Plagiat des Urwahn? Smart Bar mit: Licht, Fingerabdrucksensor zum Öffnen. Cool, Matrix-Display von VanMoof übernommen, GPS LTEVoice Control (Gähn) Rücklicht mit Richtungsleuchten (leuchten auf den Boden und MMwave Radar für Näherungserkennung. Könnte nett sein) Und eben der Rahmen ohne Sattelstützrohr bei Upcycling Dutchworldbikes; alte Hollandräder mit Zehus-Motor Das neue Woom Now-Kinderrad Neuvorstellungen bei VanMoof: S5 UND A5 Grundsätzlich: Noch praktischere Räder mit großem Wert auf Alltagsnutzen. zwei Versionen: S5 aktualisiert, mit kleineren Rädern (27,5 statt 28) A5 neu mit Cargofähigkeiten (ähnlich wie das alte B-Modell, aber mit großem Gepäckträger vorne) Kein Matrix-Display Halo Halo Ring Interface neues charakteristisches Merkmal, gibt unmittelbares und intuitives Feedback. Zeigt die Geschwindigkeit, den Batteriestand und die Verbindung an. Mit verschiedenen Farben (Mustern?) Smartphone-Halterung von SP Connect mit USB-C-Ladeanschluss. (Pech für dich, Thomas: kein Quadlock) Sensoren: Luftqualität, Temperatur & Luftfeuchtigkeit und Licht NFC, GPS, BLE, LTE-M, NB-IOT Neuer Antriebsstrang mit 3-Gang-Automatik Neuer Motor und Drehmomentsensor (obwohl der alte Sensor überraschend gut funktioniert hat Zusatzakku Click-On Batterie mit Lock Dock Dockingstation : weiterhin als Extra. Jetzt mit USB-Ladefunktion. (oder gabs die vorher schon?) Neue Gepäckträger für vorne und hinten: Frontträger für bis zu 10/15 kg (S5(A5) Heckgepäckträger S5/A5 bis 15 kg Schwerlast Heckgepäckträger S5/A5 bis 27 kg Schickt uns Nachrichten und Sterne Gebt uns Feedback über WhatsApp. Die Nummer ist +49 221 677 707 207 . Klickt oder tippt einfach drauf und schickt uns eine Sprachnachricht. Oder schickt uns eine E-Mail an podcast@fahrrad.io. Bewertet uns bei Apple Podcasts (iTunes) oder bei Spotify am besten mit 5 Sternen. Dann finden uns noch mehr Leute. Alle Links zu Fahrradio hier

Thomas und Hans im Neuheitenglück Inhalte Thomas und Hans wieder ganz im Nerd-Modus. Es gibt ganz viele neue Räder darüber müssen Thomas und Hans natürlich sprechen. Da gibts evolutionäre Modelle von Ampler, plagiatsverdächtige von Urtopia, neue aalte von Durchworldbikes und überraschende von Woom. Und dann am Schluss, bleibt dran: zwei neue Modelle von VanMoof Neuigkeiten bei der CyclingWorld: Ampler - Generation 2.0 Urtopia Carbon E.Bike- Ist das ein Plagiat des Urwahn? Smart Bar mit: Licht, Fingerabdrucksensor zum Öffnen. Cool, Matrix-Display von VanMoof übernommen, GPS LTEVoice Control (Gähn) Rücklicht mit Richtungsleuchten (leuchten auf den Boden und MMwave Radar für Näherungserkennung. Könnte nett sein) Und eben der Rahmen ohne Sattelstützrohr bei Upcycling Dutchworldbikes; alte Hollandräder mit Zehus-Motor Das neue Woom Now-Kinderrad Neuvorstellungen bei VanMoof: S5 UND A5 Grundsätzlich: Noch praktischere Räder mit großem Wert auf Alltagsnutzen. zwei Versionen: S5 aktualisiert, mit kleineren Rädern (27,5 statt 28) A5 neu mit Cargofähigkeiten (ähnlich wie das alte B-Modell, aber mit großem Gepäckträger vorne) Kein Matrix-Display Halo Halo Ring Interface neues charakteristisches Merkmal, gibt unmittelbares und intuitives Feedback. Zeigt die Geschwindigkeit, den Batteriestand und die Verbindung an. Mit verschiedenen Farben (Mustern?) Smartphone-Halterung von SP Connect mit USB-C-Ladeanschluss. (Pech für dich, Thomas: kein Quadlock) Sensoren: Luftqualität, Temperatur & Luftfeuchtigkeit und Licht NFC, GPS, BLE, LTE-M, NB-IOT Neuer Antriebsstrang mit 3-Gang-Automatik Neuer Motor und Drehmomentsensor (obwohl der alte Sensor überraschend gut funktioniert hat Zusatzakku Click-On Batterie mit Lock Dock Dockingstation : weiterhin als Extra. Jetzt mit USB-Ladefunktion. (oder gabs die vorher schon?) Neue Gepäckträger für vorne und hinten: Frontträger für bis zu 10/15 kg (S5(A5) Heckgepäckträger S5/A5 bis 15 kg Schwerlast Heckgepäckträger S5/A5 bis 27 kg Schickt uns Nachrichten und Sterne Gebt uns Feedback über WhatsApp. Die Nummer ist +49 221 677 707 207 . Klickt oder tippt einfach drauf und schickt uns eine Sprachnachricht. Oder schickt uns eine E-Mail an podcast@fahrrad.io. Bewertet uns bei Apple Podcasts (iTunes) oder bei Spotify am besten mit 5 Sternen. Dann finden uns noch mehr Leute. Alle Links zu Fahrradio hier

Thomas und Hans im Neuheitenglück Inhalte Thomas und Hans wieder ganz im Nerd-Modus. Es gibt ganz viele neue Räder darüber müssen Thomas und Hans natürlich sprechen. Da gibts evolutionäre Modelle von Ampler, plagiatsverdächtige von Urtopia, neue aalte von Durchworldbikes und überraschende von Woom. Und dann am Schluss, bleibt dran: zwei neue Modelle von VanMoof Neuigkeiten bei der CyclingWorld: Ampler - Generation 2.0 Urtopia Carbon E.Bike- Ist das ein Plagiat des Urwahn? Smart Bar mit: Licht, Fingerabdrucksensor zum Öffnen. Cool, Matrix-Display von VanMoof übernommen, GPS LTEVoice Control (Gähn) Rücklicht mit Richtungsleuchten (leuchten auf den Boden und MMwave Radar für Näherungserkennung. Könnte nett sein) Und eben der Rahmen ohne Sattelstützrohr bei Upcycling Dutchworldbikes; alte Hollandräder mit Zehus-Motor Das neue Woom Now-Kinderrad Neuvorstellungen bei VanMoof: S5 UND A5 Grundsätzlich: Noch praktischere Räder mit großem Wert auf Alltagsnutzen. zwei Versionen: S5 aktualisiert, mit kleineren Rädern (27,5 statt 28) A5 neu mit Cargofähigkeiten (ähnlich wie das alte B-Modell, aber mit großem Gepäckträger vorne) Kein Matrix-Display Halo Halo Ring Interface neues charakteristisches Merkmal, gibt unmittelbares und intuitives Feedback. Zeigt die Geschwindigkeit, den Batteriestand und die Verbindung an. Mit verschiedenen Farben (Mustern?) Smartphone-Halterung von SP Connect mit USB-C-Ladeanschluss. (Pech für dich, Thomas: kein Quadlock) Sensoren: Luftqualität, Temperatur & Luftfeuchtigkeit und Licht NFC, GPS, BLE, LTE-M, NB-IOT Neuer Antriebsstrang mit 3-Gang-Automatik Neuer Motor und Drehmomentsensor (obwohl der alte Sensor überraschend gut funktioniert hat Zusatzakku Click-On Batterie mit Lock Dock Dockingstation : weiterhin als Extra. Jetzt mit USB-Ladefunktion. (oder gabs die vorher schon?) Neue Gepäckträger für vorne und hinten: Frontträger für bis zu 10/15 kg (S5(A5) Heckgepäckträger S5/A5 bis 15 kg Schwerlast Heckgepäckträger S5/A5 bis 27 kg Schickt uns Nachrichten und Sterne Gebt uns Feedback über WhatsApp. Die Nummer ist +49 221 677 707 207 . Klickt oder tippt einfach drauf und schickt uns eine Sprachnachricht. Oder schickt uns eine E-Mail an podcast@fahrrad.io. Bewertet uns bei Apple Podcasts (iTunes) oder bei Spotify am besten mit 5 Sternen. Dann finden uns noch mehr Leute. Alle Links zu Fahrradio hier

Folge 58 ist eine Orientierungshilfe für Entscheider und Realisierer von Kommunikationsinfrastrukturen in kleinen und mittelständischen Unternehmen im produzierenden Gewerbe und auch in der Logistik.  3G, 4G, LoRa, NarrowBand-IoT (NB-IoT), LTE-M, Private Netze – ohne Connectivity kein IoT. In dieser Folge werden die Buzzwords rund um das Thema Mobilfunk und des Internets der Dinge einmal mehr unter die Lupe genommen. Welcher Mobilfunk ist für welches IoT-Projekt geeignet und warum? Was sind die Pain Points der Kunden und welche Mehrwerte kann die richtige Connectivity bieten?Rede und Antwort stehen dabei Epsilon mit Partner K-TEL - beide vertreten durch die jeweiligen Geschäftsführer:·       Christian Krug (Geschäftsführer, Epsilon Telecommunications GmbH)·       Boris Krell (Geschäftsführer, K-TEL Communications GmbH)Epsilon ist der erfolgreichste deutsche Dienstleister für Telekommunikation im Geschäftskundensegment mit über 800 Vertriebspartnern. K-TEL ist Experte für das Lösungsgeschäft im Bereich der privaten 5G-Netze.Weitere Folgen rund um das Thema IoT und Mobilfunk gibt's in unserer Podcast-Galerie zu finden. https://www.iotusecase.com/podcast/

Why Nokia is so excited about 5G and private wireless technology At Nokia, we are very excited about 5G. This is the first technology of its kind that has been designed from the start with industry in mind. Over time, it will bring significant improvement to almost 100% of industrial use cases. That's why we have launched the industry's first commercial, 5G SA private wireless solution. We felt the time was right because the 5G architect of the future is set to be the base for all industrial innovation. Its features include ultra reliability, low latency, time-sensitivity and communication. All of these factors represent a leap forward compared to 4.9G and LTE. We want to provide the whole system and our partners with a highly reliable system that can really help to accelerate the 5G ecosystem. We want to show them what 5G can do, so that the ecosystem players can integrate this chipset inside their next generation systems. That element of ecosystem will help to kick-start the market. Without industrial systems and devices, you are quite limited in what you can do in real operation with a private 5G network. On top of the need for 5G spectrum, and the fact that industrial OEMs have a slow refresh cycle, we don't foresee an overwhelming volume of 5G private wireless pick-up until about 2025. And 5G private wireless might not overtake private wireless based on 4.9G LTE until the end of the decade. 4.9G capabilities mean a smooth transition to 5G One of the reasons for this is that 4.9G includes capabilities that will stay on in the age of 5G. For example, LTE-M and Narrowband IoT provide the very deep and wide connectivity for low power, but long battery life, sensor – which is really important for many enterprise applications. Most private wireless solutions today that run 4.9G can and will provide a smooth evolution to 5G, which will be important in the coming years. 4G dates back several years but, like a good wine, it has got better with age. With every new release from 3GPP, the technology has been enhanced. Plenty of critical connectivity and IoT features have been added, with the result that the most recent version was called 4.9G. Automotive sector in top gear for the drive to 5G private networks To put things in perspective, the private cellular market in 2021 remains about LTE rather than 5G in real terms. While key pieces of the 5G ecosystem are being developed, the good news is that 4.9G LTE can handle the lion's share of current industry use cases. Most of Nokia's customer deployments in the last couple of years have been very much based on 4.9G LTE, and we anticipate that many of our customers will be running 4.9G LTE – maybe with 5G – for at least the next five to ten years. Private wireless based on 4.9G LTE already provides massive leaps in capability and performance compared to former or existing wireless technology. Nevertheless, there are some specific markets where there is a bigger drive towards 5G than others. That early demand is particularly visible in the automotive manufacturing industry. The reason for this is that OEMs are designing today the factories that will build cars in five or six years' time. They are eager to get their hands on a private wireless 5G capability that will drive the 5G industrial ecosystem space and ensure that when they build those factories, they can instantly take advantage of 5G. Quest for innovation in cellular communication is nothing new We should not forget that the history of cellular communication technology goes back nearly 30 years. Both 4G and 5G come from a standards body called 3GPP, which represents a large group of different shareholders, both in the telecoms space and the industry. The first technology that came from this group was GSM, or 2G, back in 1992, which is when the mobile phone became mass market. That was followed by 3G UMTS, before the creation of what we call today LTE or 4G in 2008. The common DNA for voice technology was the need to bring consumer and enterprise users a reliable mobile service, whether voice or data, in all possible environments. So the quest for innovation, and the need for reliable wireless communication, is not new. But it's only in the last three of four years that the industry has realized the potential of reliable high-speed wireless data networks in commercial sites. We are now in a position where Industry 4.0, and the digitalization that you need, is happening now. By adopting early, with applications such as digital twins, you can start reaping the benefits of increased flexibility, efficiency, resilience and sustainability. There are plenty of benefits to connecting assets now, and getting real-time data, and an overview of what's happening at your sites. And, when the time does come for 5G, you'll be in a better position to make a smooth upgrade to add it to your sites. For more information: Private wireless | Nokia To listen to our other episodes: Nokia Private Wireless audio library | Nokia

In S2 episode 10 Part One, Martin Lesund - Technical Marketing Manager at Nordic Semiconductor joins us to talk about how the cellular IoT space is evolving from LTE-M to NB-IoT

In unserer Nachmittagsfolge begrüßen wir heute Arne Aßmann, Head of Strategy and Business Development bei 1nce, und sprechen mit ihm u.a. über die Finanzierungsrunde in Höhe von 50 Millionen Dollar. Das Kölner Unternehmen bietet in über 100 Ländern weltweite Gerätekonnektivität per Mobilfunk zum Festpreis und über die gängigen Mobilfunkfrequenzen 2G, 3G, 4G, 5G, NB-IoT und LTE-M an. 1nce wurde 2017 von Alexander P. Sator gemeinsam mit der Deutschen Telekom gegründet und beschäftigt mehr als 100 Mitarbeiterinnen und Mitarbeiter. Über die eigene cloudbasierte Plattform bietet das Startup IoT-Serviceleistungen wie Plug-and-Play-Einrichtung und Gerätemanagement. Dadurch können Kundinnen und Kunden IoT-Implementierungen effizient skalieren und managen. So sollen sich die typischen Herausforderungen angehen lassen, die der Entwicklung von skalierbaren IoT-Lösungen meistens im Wege stehen. Die Deutsche Telekom hat nun eine strategische Partnerschaft mit Softbank geschlossen, die – neben einem Aktientausch – gemeinsame Investitionen vorsieht. In der Finanzierungsrunde des Kölner Vernetzungsspezialisten über 50 Millionen Dollar (rund 43 Millionen Euro) sind die beiden Konzerne die größten Geldgeber. Mit dem frischen Kapital will 1nce jetzt die internationale Expansion beschleunigen, das Wachstum in den USA und Asien vorantreiben und die cloudbasierten IoT-Plattformdienste weiterentwickeln. Wenn auch Du Dein Lieblingstool bewerten willst, schreibe eine Review auf OMR Reviews. Dafür erhältst du einen 20€ Amazon Gutschein. https://moin.omr.com/insider

In this episode Dave Hatfield and Simon Rodgers talk about the work they are doing to improve the lot of passengers. A pilot project to deliver and respond to real-time data about the environmental conditions inside train carriages. Ultimately, they want to predict issues up to 24 hours before they happen and take remedial action to prevent or minimise them.01:31 About Simon and the work his company does with technology.02:14 About Dave and his railway career.02:49 The Internet of Things and what it can do to improve passenger experience.04:06 How the Internet of Things could improve train services.05:27 How in-carriage data is being transmitted and used 24 hours a day, and how it will be used to forecast issues 24 to 48 hours ahead of them happening.07:29 The benefits for Grand Central Railway—pre-emptive maintenance and fewer trains unexpectedly out of service.08:11 What can be measured, used, and deliver better operations and cost savings.Resources related to this episode:LTE-M, or LTE Cat M1, is a wide area network that uses radio technology for communication.  https://en.wikipedia.org/wiki/LTE-M What is LTE-M? a blog by Link Labs https://www.link-labs.com/blog/what-is-lte-m LTE-M connectivity optimized for IoT: from Thales. https://www.thalesgroup.com/en/markets/digital-identity-and-security/iot/resources/innovation-technology/lte-m 

In this episode of The IoT Unicorn Podcast, Rob Tiffany, VP and Head of IoT Strategy at Ericsson explores the development of 5G and LPWA technology for IoT solutions, what it looks like for Telco's to be successful in the IoT space, and how the Internet is playing the hero during the uncertainty of the Covid-19 pandemic. Download the Transcript Here   00:00 Pete Bernard: Great, so Rob, thanks for joining us today on the Unicorn, and really appreciate you taking the time. I was going to start by asking you a couple things about what your role is currently at Ericsson, kinda how you got there. I know that you and I did work together at Microsoft years ago back in the Windows Mobile days.   00:24 Rob Tiffany: Woo hoo.   00:25 PB: Good times, good times.   00:25 RT: Those were good times. Yep, absolutely. [chuckle]   00:28 PB: Yes. I thin, I think you were... Let's see, when did you stop working for Windows Mobile, like 2008 or something? Or is that...   00:38 RT: Yeah. And certainly by 2010 or around that timeframe I took an architect role in another group and probably started spending more time on Azure. I was at Microsoft for 12 years and so the first half was Mobile, Windows Mobile, CEE, Windows Phone. Second half was Azure, Azure IoT. And you know what? We had some good times in the Windows Mobile days when it was just us and BlackBerry slugging it out. We were making... When things like Exchange ActiveSync was a big deal to people.   01:21 PB: That's right, that was a big deal.   01:24 RT: Yeah, yeah, absolutely. And then no doubt, when we rebooted and did Windows Phone 7 and 7.5 and all that, I used to do so many EBCs for mobility and you noticed a difference and you had to get really thick skin. [chuckle]   01:42 PB: Yes, yes, yes, I know. Well, I peeled off after six... I think, so I went on to Zune incubation, I did Kin and I did all kinds of weird phone things and went off into the wilderness for a while on that while everyone else finished up with Windows Phone, but...   02:00 RT: Oh my gosh.   02:01 PB: And I also noticed on your LinkedIn profile. So you went to SUNY Albany. Are you from that area originally or...   02:07 RT: You know what? I finished college on board a submarine, so when I was in the Navy driving subs I had what, maybe 30 or so hours to go to graduate, and so I've actually never set foot on the SUNY Albany campus...   02:26 PB: Oh, wild.   02:27 RT: But the military has programs with lots of different universities around the country and to show how old I really am, I was able to take college courses underway on the submarine using Pioneer LaserDiscs.   02:42 PB: Wow.   02:43 RT: For college instruction, if anybody remembers what that was. [laughter]   02:47 PB: Yeah, that is old school, that's old school.   02:50 RT: That is fully old school.   02:52 PB: I actually just dropped my daughter off at Bard, which is a little south of Albany, so I was just there like a week ago, so that's why I asked.   02:58 RT: Oh, okay.   02:58 PB: I saw that on your profile and I was like, "Oh, yeah." It's a cool area, the Adirondacks, the whole upstate New York thing is cool.   03:04 RT: I know. Absolutely. Yeah, I just dropped my daughter off at Arizona State last week.   03:09 PB: Yeah.   03:10 RT: It was a little warm down there.   03:11 PB: Yeah, I could imagine, I could imagine.   03:14 RT: To say the least. But you know what? I think everything started back then with submarines and teaching myself how to code and do databases, and when you think about IoT, you're just remoting information that you had on these local sensors and we were surrounded by sensors on the submarine. There's the obvious things like sonar and things like that and this higher frequency one to see what your depth is below the keel, but inside you had CO2 radiation, all kinds of gas sensors and things like that to make sure we were still alive, which was kind of a thing. [chuckle]   04:02 PB: Yeah, it's kind of important.   04:04 RT: Yeah, yeah, absolutely.   04:06 PB: That's interesting. So you did the Microsoft thing and so you joined Ericsson a couple years ago, I think?   04:13 RT: Yeah, yeah, yeah. I did the Microsoft thing. I was recruited out of the Azure back when we were doing incubating Azure IT. There was that time... And actually Microsoft IoT stuff started in the embedded team with Intelligence System Service, but then I went to Hitachi actually to build an industrial IoT platform called Lumada, which was really interesting. But yes, I joined Ericsson a couple years ago. Up until recently, I split my time between Seattle and Stockholm. Normally I'd be in Kista, the Ericsson headquarters with the rest of my team. So yes, certainly disconnected these days.   05:00 PB: Yeah, interesting.   05:00 RT: And what Ericsson is doing in IoT is very different than my background both at Microsoft and Hitachi for sure, which was more data-focused, outcomes, analytics. Ericsson manages among... We have an IoT team. We have three products. Our big one is this IoT Accelerator, which is basically a global connection management platform. If you know what Jasper is, it's kinda like that in some ways. It spans about 35 or so mobile operators around the world and lots of enterprises. But the key thing, you know how we're always talking about that initial bootstrapping of devices to get them connected, right?   05:46 PB: Yep.   05:47 RT: In the event that you're using cellular for IoT, one of your options would be this IoT Accelerator thing we have at Ericsson, and so the narrative would be if a machine is being manufactured in Shenzhen and at manufacturer time, they're putting in the microcontroller and the software and the security keys and all that stuff, and there's also a cellular module, and if they're using our technology then when a customer buys that product and they turn it on the first time somewhere else in the world, maybe France, then it wakes up and connects to a local mobile operator to start sync telemetry.   06:24 PB: I see, so it's like a bootstrap profile kind of thing that phones home and then you guys connect it up to the right telco network.   06:35 RT: Yeah, and then it roams as well. But it's different than anybody who, if you... At least when IoT was getting hyped I was doing IoT-M to M in the '90s, but when it really started getting hyped after 2010, 2012, whatever, you started seeing these global SIMs and things like that that are just roaming all the time.   06:58 PB: Yes.   07:00 RT: But what the average person doesn't realize is mobile operators don't always want you roaming and just camped out on their network if you're from somewhere else.   07:08 PB: Yeah, yeah.   [laughter]   07:10 RT: And so our technology, aside from the technology and we're operating our own network, so even though Ericsson creates the technologies that mobile operators use, we actually manage our own network that spans the globe, that interfaces with all these other mobile operators, and then there's lots of contracts and everything. But the take away to make sure that it's all okay with them, that these devices... And we are also in the connected car space and we've been doing that for a long time. And so you can imagine a car manufactured in Japan and sold in Europe.   07:46 PB: Sure.   07:47 RT: And the whole infotainment, and then as we move forward, more and more IOT telemetry coming off, those cards may wanna roam from country to country, so we do a lot of stuff with those guys too.   08:00 PB: I noticed that recently I got an email this morning from account team in Finland talking about a telco, there seems to be this confluence of telco and IoT. And I've seen, and I think you might have had some commentary on that too or pointed some articles about 5G plus AI plus IoT, or there's something about... We're seeing some telcos have really... Forward leaning telcos, really investing and thinking about IoT as the next big wave for them. Ericsson is part of that story too. Is there some unnatural attraction between IoT and telco or what's going on there? Are you seeing the same thing?   08:40 RT: Yeah, I am. But of course, if you'll remember, we saw this before. When the IoT craze started taking off, you might remember a lot of the telcos built their own IoT platforms and waited for people to come...   08:54 PB: That's right.   08:54 RT: And people didn't always show up, and so it seems like most of the mobile operators actually took a stab at it back then. Of course, if we go back further in time, most mobile operators thought that it was their right to be the cloud as well and they gave a shot at that, but it didn't work out either. But you're right, there's a renewed effort. I think a lot of it's just numbers and money. We've saturated smartphones and people, and so we need... Lots of mobile operators for better or worse, think of the world in SIMs. [chuckle] Connected SIM endpoints, that's how they see the world. And so it's like, "Okay, we've maxed out all the SIMs on people. [laughter] Where are we gonna get some more SIMs?" And so they're thinking, "Oh, it's IoT." And so that's where a lot of it's coming. We've certainly seen some of them turning on, some of them like NB-IoT and CAT-M1, LTE-M networks to try to take a stab at that. And so that's kind of cruising along.   10:09 PB: I noticed that... And I love to buy all the gadgets and stuff and I'm also very invested in the whole LPWA space, I'm a big believer in that. And I'm curious and I see some things happening there, but it just seems like such a no-brainer for some of these WiFi connected things. Like I just installed a garage door opener in my house, I have a separate garage and it's WiFi connected for some reason, but I have to stand on a step ladder and scan a QR code and hold it next to it. I'm like, "Why doesn't it just turn on and connect through a little power cellular?" Just such a no-brainer, but it hasn't quite yet turned on.   10:49 RT: Yeah. No, you're right. Are you connected much with the SemTech guys doing LoRa?   10:56 PB: SemTech, not that much. No, no.   10:58 RT: Okay, okay. It's funny, so much of this is the people you work with over the years. When I went to Hitachi to build this industrial thing, I had a couple of compadres from Microsoft come along as well, but needless to say a couple of those guys are actually working for SemTech now and pushing hard on the whole LoRaWan thing.   11:23 PB: I see.   11:24 RT: And it looks like they're getting traction actually.   11:27 PB: Is LoRaWan, is that unlicensed or is that licensed? I think that's unlicensed.   11:31 RT: It's unlicensed, yeah.   11:32 PB: There's always those two camps, there's the licensed, which you got all your telcos with their spectrum and their 3GPP stuff, and then the unlicensed, which is probably a lot faster on the innovation side, but...   11:45 RT: Yes, they can get to market faster. You may remember, gosh, how many years ago was it when we were at Mobile World Congress and Sigfox launched out of nowhere. And they raised a bunch of money and they... But they weren't gonna do what the LoRaWan and guys did, they tried to be their own mobile operator as well. And so yeah, it's been interesting watching that. And you're right, they can get to market faster. They were using Sub-1 GHz and some rules, EU rules about how often you could send a signal and how big it could be, and they're like, "Hey, I think we can thread the needle here."   12:21 PB: Yes.   [laughter]   12:23 PB: Yeah, no, I'm looking forward to the LPWA stuff becoming more mainstream and just more turn key, if you will 'cause it just seems like it's such a low hanging fruit. There's the obvious metering and telemetry and that's parking meters and gas meters but even a lot of this current WiFi connected gear that people buy, it's just painful to get it all... I just installed a juice box level two charger for my house.   12:55 RT: Okay.   12:56 PB: And again, I had to download the app and the app... I had to connect the juice box to my phone and my phone to my WiFi and the blah, blah, blah. And I'm like, "What is happening?" It's just...   13:06 RT: Absolutely. You know what? It's so important, or at least from my perspective, to put yourself in the shoes of a developer and what they have to go through to get something connected, and I always think of the hassle factor. If I talk to people in the telco world and say, "Why is it cellular IoT is so far behind WiFi or other ways to connect?" And a big reason is actually what you just described. It's just such a hassle and it's expensive. A developer's like, "Oh, I gotta get some kind of SIM-based module thing and I gotta... Do I need to call a mobile operator and get a plan?" And you know what? The mobile operators, they still need to work on getting their prices down lower or at an appropriate amount for a IoT endpoint, because in many cases the prices are still too high.   14:01 PB: Yeah. Well, like my garage door opener, how much data is that sending? It's like either the garage door is open or closed. It's like one bit, plus 500K of overhead. A one or a zero, open or closed.   14:15 RT: Exactly. One or a zero, yeah. And so I think for telcos to be successful, while they would probably love to charge smartphone prices for plans for things, the reality is is no one's gonna use it unless they can still have an ROI. If I'm doing agriculture and I'm trying to put a weather station in a orchard and my plan with a mobile operators costing me $30 a month, I'm never gonna make any money on that deal. It's not worth doing.   14:48 PB: Yeah, I think you're right, there's the simplicity factor, the economics obviously drive the big deployments. But yeah, hopefully we'll start to see that take hold a little bit. I wanted to actually ask you a question about... I saw a post of yours the other day talking about 5G, and I'm sure you and I both get emails and questions about 5G on a daily basis or hourly basis, but you said that it's not just another G, which I thought was a good way of describing the other aspects of 5G. When people think of 5G, I just got this Samsung Ultra, Note Ultra 20 thing beautiful... It's a beautiful thing.   15:26 RT: How do you like it?   15:27 PB: Oh, it's fantastic. It's just like, it's hard to describe how awesome it is, but... And it's got 5G in it, and so fantastic, classic use case. And I work with Qualcomm all the time and Cristiano Amon and all these folks and they're all like, "5G all the way." But it's almost like the rest of 5G doesn't quite get the airtime about the high density and low latency. How do you see that impacting the IoT space?   15:56 RT: Yeah. Well, if the IoT space had actually been successful, 'cause we've massively underperformed across the board, it doesn't matter what company you are or what technology you built, everyone's massively underperformed, and so... But let's just assume for a second that we've been successful and we weren't in the trough of disillusionment right now, we would've found that we would've hit bottlenecks with lots of concurrently connected devices, if we were using cellular just over normal 4G networks and things like that. But we didn't hit those bottlenecks because IoT deployments haven't been that big yet. And so, the great thing about 5G is just with that same hardware, that same gear, all of the sudden you're getting more capacity. And you're right, that's what I wrote about, no one ever talks about the capacity angle. They talk about speed and they talk about the really low latency, and all that's super important, but for IoT capacity is gonna be the most important. And so the fact that it's a hundred times more capacity for the same cell tower, the same gear, is miraculous. And then that supporting a million devices per square kilometer is... That's how we're actually gonna have connected cars working well, smart cities, all those urban, a lot of those things that require a lot of density and a lot of devices all talking together over cellular networks, that's gonna make that real and make it happen.   17:29 PB: Yeah, I hear you. And yeah, you're right, we haven't really hit the bottlenecks yet so we're not quite appreciative of it, but when you think through how many billions of devices will be connected over the next few years, you just have to go there and you have to have that infrastructure. And then the ultra-low latency stuff, I think is fascinating. From the Microsoft side, we do a lot of commercial stuff, manufacturing, healthcare, a lot of things like that, and the ultra-low latency and some of those aspects of 5G are pretty fascinating, I think, and start to get more industry 4.0 type of scenarios.   18:06 RT: Yes, absolutely.   18:09 PB: I was curious what you think about... My next question around 5G and Release 16 for 3GPP. Do we need 3GPP Release 16 to really make this 5G thing work for IoT or do we need 17? Do you have any opinion on that or is that too esoteric of a question?   18:31 RT: It's a little esoteric, and the only reason I say that is I remember talking to folks in the past who would say ridiculous things to me like, "Oh, now that we're gonna get 5G, we can finally do IoT." And I'm like, "What are you talking about? We've done IoT forever and we've done it a million different ways, and we certainly did it over GPRS and it was fine [chuckle] and so I don't need 5G to do IoT." Is it gonna make it better and is it gonna help us with this capacity? Absolutely. And you're right, these subsequent releases, getting that ultra reliable, that low latency for mission critical stuff... 'Cause as you can imagine, you're talking about Microsoft being in the industrial world, Ericsson makes private LTE and private 5G technologies. And so that's complementary to what you're doing at Microsoft, 'cause we are certainly getting pinged on a lot by a lot of giant manufacturers around the world who, as they're heading into industry 4.0, they look at some of those use cases that require mass customization, flexibility around the factory...   19:47 PB: Sure.   19:48 RT: The notion of a fixed assembly line that doesn't change is gonna go away.   19:53 PB: Right, right, that's a novelty... That's Henry Ford style stuff. Yeah, that doesn't work.   19:55 RT: Yeah, and so therefore, they won't be able to use Ethernet anymore because it's gonna move around so they need wireless, they haven't had a lot of success with WiFi and so lots of people are piloting private 5G, private LTE inside factories, distribution centers, and so that's really interesting space there.   20:19 PB: Yeah. We've seen that as well, and we also see interest from transportation hubs.   20:24 RT: Yeah.   20:27 PB: Shipping ports, airports, places that have just a lot of acreage.   20:33 RT: Absolutely.   20:34 PB: So you're talking about oil refineries, places where there's 100 acres of space and they need a homogeneous, high speed network. You're not gonna stick WiFi repeaters out on poles down the runway.   20:49 RT: Right.   20:49 PB: So yeah, so I think that's another big area. We talked about the LPWA side is cool with the parking meters and garage door openers. And then the other side, you talked about there is gonna be this big wave of transformation going on with some of these big industrial players, I think using 5G or some kind of cell technology, private cell there.   21:12 RT: Yeah. And it's amazing 'cause I've seen it in action and the coverage is insane, the distance, the speed within a large building, instead of having zillions of WiFi access points trying to create coverage, you just have a few of these radio dots that we make and it just roams and it just works seamlessly all over. That's gonna be fun to watch.   21:37 PB: That'll be fun to watch, yes. Hey, I was gonna ask you kinda change gears a little bit, so we're recording this on August 25th so we've been in this pandemic mode for quite a while. What kind of insights have you gained from this pandemic?   21:56 RT: Yes. You know what? I think I put it together 'cause I have thought about it, I've kind of taken down notes, what's worked, what's not worked. And so I would say, succinctly, digital experiences delivered over connectivity is making remote things local and so whether it's you and I chatting here, the rest of the world on Zoom like you're seeing, it's kept people together. My wife is a school teacher and so she had to start teaching remotely and her school district uses Teams 'cause I'm right by Redmond, of course. [chuckle] So an Office 365 school district.   22:49 PB: Right.   22:50 RT: Yeah, as opposed to a Google classroom school district.   22:53 PB: Sure, sure.   22:54 RT: You've seen it in the stock price with certain tech companies, it's like, "Wow, we're really using this." But it certainly plays back to IoT and the taking an experience where I would normally be local in person and making it remote and I know it sounds really simple to say that but the hero in all of this is the internet.   23:20 PB: Right.   23:21 RT: It's held together.   23:22 PB: Yes.   23:23 RT: It keeps reaffirming that it's maybe one of the greatest creations ever and it's holding together for the whole planet, which is just miraculous.   23:33 PB: Yeah. The idea of remote everything, it sounds simple, but it's so complicated and...   23:39 RT: Yeah.   23:40 PB: We talk about latency and bandwidth and other things, and just... I think it's been a lifeline for so many people, to be honest with you.   23:49 RT: It has.   23:51 PB: Just with just the video conferencing, Satya talks about the acceleration, like two years worth of acceleration in two months, basically, just 'cause people have to start collaborating with these tools like Teams and Zoom and everything else, and so we've all fast forwarded a couple of years in our adoption of some of these technologies...   24:14 RT: Absolutely.   24:14 PB: And it'll be interesting to see what sticks. As we get out of this pandemic at some point, which of these habits will stick, that we'll get more used to, and then obviously... I think maybe also for me, I also now probably have more appreciation of the in person experiences than I probably did. And I did travel recently with my daughter to get her to school and I actually enjoy traveling, I enjoy being on an airplane, and these days it's a pretty high anxiety kind of thing with lots of face shields and wipes and things, but getting back to that mode, that's something that I'll probably, for the rest of my life really appreciate being able to just freely travel.   24:58 RT: Yes, absolutely.   25:00 PB: 'Cause of this situation we're in. So it will be interesting to see. I agree with you though, I think the internet has held together and that has been the hero amongst many heroes, but...   25:10 RT: Yeah. This internet infrastructure, fiber electricity beneath the cities and the country, and then little things popping up, either cell towers or WiFi access points, that let us roam around mobility and keeping us together. Obviously, we see a lot of stuff, there's been trends and things that we've had before that's just super accelerated, like you said, like tele-medicine, remote healthcare...   25:36 PB: Yeah.   25:36 RT: Just skyrocketed.   25:39 PB: Yeah. Well, I know that there...   25:40 RT: Out of necessity.   25:41 PB: Yeah, there was... I know there was a lot of rules in place for practitioners not being able to work across state lines and a lot of those rules were suspended during the pandemic to enable people to do tele-medicine, which I thought was fantastic, they were pretty... From a layman's perspective, they seemed anachronistic that you couldn't Zoom conference with a patient in another state and actually provide support or guidance.   26:09 RT: Yeah.   26:11 PB: And so yeah, things like that, where we just moved the whole ball forward, which is a good thing.   26:17 RT: Absolutely, absolutely. No, it's all good.   26:20 PB: Good stuff.   26:21 RT: I think you learned a lot. And I do miss traveling too. I complained about it when I'm flying every few weeks to Sweden or wherever...   26:30 PB: Sure, sure.   26:31 RT: But then that abrupt end of it and just the silence and being at home... You know it's weird, when you travel a lot and you're accustomed to all these international airports and maybe the place you go to get coffee or... This broad world, for a handful of us, it's like our comfort zone and then it just ended, and I miss it. No doubt about it.   26:54 PB: Cool, so, well, Rob, thanks a lot for the time, appreciate it. And good to see you again and...   27:01 RT: Absolutely.   27:02 PB: I see you pop up on LinkedIn on almost like a daily basis, so we'll keep communicating through LinkedIn and stuff.   27:10 RT: We're teachers.   27:11 PB: Yes, exactly, exactly.   27:14 RT: Spreading the word, absolutely.   27:16 PB: Exactly. Sounds good. Alright, Rob, well, take care stay safe.   27:19 RT: You do the same, it's great talking to you.   27:21 PB: Okay, thanks.   27:22 RT: Alright, bye bye.

Mit Ing. Madeleine Mickeleit und in dieser Folge mit Arne Assmann (Head of Strategy and Business Development)  von der Firma 1NCE.

Almost everyone has a cellphone in their pocket, able to access information and communicate with other phones no matter where they are - close to a WiFi hot spot or not. So why aren't there more things connected to that network as well? The regulations keeping much of those “Internet of Things” devices off cellular networks are being relaxed by the 3GPP with LTE-M and NB-IoT radio technologies approved to allow While the stand-up comics in the group may already be scribbling down notes, this isn't about sending a text from your toaster or scrolling Twitter on a fancy corkscrew. This technology has uses that will change industries as diverse as health care and shipping. “We a device in development right now for compliance for people that have IV pumps at home to make sure they're using it, when they're using it, when they're supposed to use it and for as long as they're supposed to use it for their infusions,” said Mike Wilkinson the CEO of Paragon Innovations, who also mentioned CPAP machines with technology doing similar tasks behind the scenes by sending off data to medical professionals every morning. Another use case is shipping containers and using devices that allow cargo owners and shipping companies to make sure there are no breeches. Marco Stracuzzi, the head of product marketing for Telit, noted new cellular technology must go beyond a simple one-device case, however, with those utilizing these devices needing to practice savvy device management and make sure devices can be monitored remotely and corrective action can be taken if necessary. “It's not enough to connect the device to make an IoT project successful. In fact, once you connect thousands or millions of devices in the field, you're only halfway because then you need to make sure you can manage all these objects,” Stracuzzi said.

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/

Peggy and Emily Lyons Soelberg, vice president, product management – Internet of Things, AT&T, discuss LPWA, NB-IoT, and LTE-M, and the benefits. She explains LPWA is one of the early ways that customers are benefiting from the 5G standard. They also discuss security, strategies for how customers can get started with 5G, and how to inspire other women in the space. att.com (11.26.19 - #642) IoT, Peggy Smedley, AI, artificial intelligence, machine learning, technology, digital transformation, cybersecurity, blockchain, infrastructure, cloud

Peggy and Emily Lyons Soelberg, vice president, product management – Internet of Things, AT&T, discuss LPWA, NB-IoT, and LTE-M, and the benefits. She explains LPWA is one of the early ways that customers are benefiting from the 5G standard. They also discuss security, strategies for how customers can get started with 5G, and how to inspire other women in the space. att.com (11.26.19 - #642) IoT, Peggy Smedley, AI, artificial intelligence, machine learning, technology, digital transformation, cybersecurity, blockchain, infrastructure, cloud

Sjefen i det norske teleselskapet Com4, Stein Andre Larner, forteller at de nå har over halvparten av markedet for maskin til maskinkommunikasjon. Det har de fått ved å bli ved sin lest. De har spesialisert seg på å få alle slags dingser, fra pumper til AMS-målere, til å kunne kommunisere via mobilnettet. De har avtaler med rundt 700 mobiloperatører rundt om i verden. De fleste av dem er nå i ferd med å rulle ut det nye «frekvensbåndet i frekvensbåndet» som skal bære NB-IoT og LTE-M signaler. En standard som vil gjøre slik kommunikasjon mye billigere og gi oss sensorer med ekstremt lavt strømforbruk. På Inside Telecom-konferansen snakket vi med Stein Andre Larner som ser store vekstmuligheter for Com4.

Sjefen i det norske teleselskapet Com4, Stein Andre Larner, forteller at de nå har over halvparten av markedet for maskin til maskinkommunikasjon. Det har de fått ved å bli ved sin lest. De har spesialisert seg på å få alle slags dingser, fra pumper til AMS-målere, til å kunne kommunisere via mobilnettet. De har avtaler med rundt 700 mobiloperatører rundt om i verden. De fleste av dem er nå i ferd med å rulle ut det nye «frekvensbåndet i frekvensbåndet» som skal bære NB-IoT og LTE-M signaler. En standard som vil gjøre slik kommunikasjon mye billigere og gi oss sensorer med ekstremt lavt strømforbruk. På Inside Telecom-konferansen snakket vi med Stein Andre Larner som ser store vekstmuligheter for Com4.

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

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 we continue our LTE-M discussion with Mark Tekippe and Alex Koepsel.  They answer more detailed questions about Cellular solutions for the IoT and help you understand the benefits of evaluating the LTE-M solution released by Silicon Labs and Digi.

In this episode we are joined by both Mark Tekippe, Digi Director of Product Management for RF Products, and Alex Koepsel, Silicon Labs IoT Product Manager for 32-bit MCUs.  They answer questions to help you understand the market and benefits of evaluating the LTE-M solution released by Silicon Labs and Digi.

Toda la información de este episodio en http://apledecir.com Hoy recomendamos los chicles WUG de WUGUM.com, donde tenéis la oportunidad de recibir un par de regalon introduciendo el código "ApleDecir" en el carrito de compra. Más info en nuestra web. ----------------------------------- Si os gusta este tipo de contenidos, podéis apoyar nuestro podcast con una aportación en PayPal con el correo "hola@ricky.es" (modo amigo para evitar comisiones) o en https://www.tipeee.com/ApleDecir o https://goo.gl/HVE9e6 ---------------------------- Mis compras de APP baratas en https://goo.gl/gMpMKs ------------------------- Nuestro grupo de Telegram pasa a ser privado, pero puedes unirte libremente en https://goo.gl/TFaynL --------------------------- Mis ofertas más interesantes en https://t.me/ApleDecir Gracias por vuestras valoraciones y reseñas en iTunes Visita http://ApleDecir.com y http://Ricky.es

Blinka the CircuitPython Temporary Tattoo (0:08) https://www.adafruit.com/product/2600?utm_source=youtube&utm_medium=videodescrip&utm_campaign=newproducts Pycom GPy - WiFi, Bluetooth LE and LTE-M (1:09) https://www.adafruit.com/product/3612?utm_source=youtube&utm_medium=videodescrip&utm_campaign=newproducts 64x64 RGB LED Matrix - 2.5mm Pitch - 1/32 Scan (2:42) https://www.adafruit.com/product/3649?utm_source=youtube&utm_medium=videodescrip&utm_campaign=newproducts Adafruit RGB Matrix Bonnet for Raspberry Pi (2:42) https://www.adafruit.com/product/3211?utm_source=youtube&utm_medium=videodescrip&utm_campaign=newproducts Adafruit PCB Coaster - Hans + Adabot (7:05) https://www.adafruit.com/product/3713?utm_source=youtube&utm_medium=videodescrip&utm_campaign=newproducts Adafruit PCB Coaster - LEDs + Adabot (7:05) https://www.adafruit.com/product/3712?utm_source=youtube&utm_medium=videodescrip&utm_campaign=newproducts Adafruit PCB Coaster - Cappy + Adabot (7:05) https://www.adafruit.com/product/3711?utm_source=youtube&utm_medium=videodescrip&utm_campaign=newproducts Adafruit PCB Coaster - Minerva + Adabot (7:05) https://www.adafruit.com/product/3710?utm_source=youtube&utm_medium=videodescrip&utm_campaign=newproducts ----------------------------------------- Shop for all of the newest Adafruit products: http://adafru.it/new Visit the Adafruit shop online - http://www.adafruit.com Adafruit on Instagram: https://www.instagram.com/adafruit LIVE CHAT IS HERE! http://adafru.it/discord Subscribe to Adafruit on YouTube: http://adafru.it/subscribe Join our weekly Show & Tell on G+ Hangouts On Air: http://adafru.it/showtell New tutorials on the Adafruit Learning System: http://learn.adafruit.com/ -----------------------------------------

Mobeen Khan, assistant vice president for IoT solutions, AT&T, explains how emerging LTE M and low-power solutions are leading to more use cases with longer life for things like elevators, vending machines, water meters, and more. He also addresses the decline in device costs and how analytics is ensuring data in the cloud is delivered without interruption. 

Mobeen Khan, assistant vice president for IoT solutions, AT&T, explains how emerging LTE M and low-power solutions are leading to more use cases with longer life for things like elevators, vending machines, water meters, and more. He also addresses the decline in device costs and how analytics is ensuring data in the cloud is delivered without interruption.