Podcasts about smart factory

In this enlightening episode of Nodes of Design, we sit down with Prof. Amaresh Chakrabarti to explore his journey into design. We discuss how designers can create meaningful societal impact, the evolving role of artists in the AI era, and key takeaways from the DRM method. Prof. Chakrabarti also shares valuable recommendations for designers looking to innovate and push boundaries. Tune in for a masterclass in design thinking, research, and real-world application!Amaresh Chakrabarti is a Senior Professor and current Chair, Department of Design & Manufacturing, Indian Institute of Science (IISc) Bangalore. He did BE from IIEST Shibpur, ME from IISc Bangalore, and PhD from the University of Cambridge UK, where he led the Design Synthesis group of its Engineering Design Centre (EDC) for 10 years before joining IISc as an Associate Professor. He published 35 books, over 300 peer-reviewed articles, and has 13 patents granted/pending. He co-authored DRM, a methodology used widely as a framework for design research. He founded IDeAS Lab – India's first Design Observatory, and India's first indigenous Smart Factory. He is the founding chair for the Intl Conf Series on Research into Design (ICoRD) and Intl Conf Series on Industry 4.0 & Adv Manufacturing (I4AM). He received the Careers360 Faculty Research Award 2018 for being the 'Most Outstanding Researcher' in Decision Sciences, and among the global top 2% of researchers in 'Design Practice & Management'. He received IISc's Alumni Award for Excellence in Research in Engineering (2022). He is a Fellow of the Design Society, an Honorary Fellow of the Institution of Engineering Designers, UK, and the current Editor-in-Chief of Artificial Intelligence for Engineering Design, Analysis and Manufacturing Journal (AI EDAM) published by CUP.Springer Book Series Design Sc. & Innov: http://www.springer.com/series/15399Webpage: http://cpdm.iisc.ac.in/people/ac/ac.htmCitations: https://scholar.google.co.in/citations?user=VvD5STUAAAAJ&hl=enThank you for listening to this episode of Nodes of Design. We hope you enjoy the Nodes of Design Podcast on your favorite podcast platforms- Apple Podcast, Spotify, Google Podcasts, Amazon Music, and many more.If this episode helped you understand and learn something new, please share and join the knowledge-sharing community Spreadknowledge.This podcast aims to make design education accessible to all. Nodes of Design is a non-profit and self-sponsored initiative by Tejj.

Welcome and Introduction- Will Townsend and Anshel Sag discuss the latest insights on 5G technology.- Episode 221 of G2 on 5G, covering six topics in about 20 minutes.AT&T and Celona Partnership for Neutral Host- Announcement of AT&T and Celona collaboration for neutral host solutions.- Discussion on the viability and monetization of neutral host technology.- Stanford Healthcare highlighted as a use case for private networking and neutral host solution.HP Go's New Connected PC 5G Experience- Introduction of HP Go's connected PC 5G experience announced at HP Amplify.- Multi-carrier solution integrating AT&T, Verizon, and T-Mobile services.- Simplified activation process and management for IT departments.Dallas Cowboys and AT&T's Dynamic Defense- Exploration of the Dallas Cowboys' implementation of AT&T's Dynamic Defense.- Discussion on the importance of security for high-profile sports franchises.- Emphasis on the layered approach to security and complementary controls.Disney and T-Mobile 5G Collaboration- T-Mobile 5G used in the production of Disney's new Lilo and Stitch live-action film.- Benefits of 5G in film production, including improved speed and cost-efficiency.- Discussion on the long-standing relationship between Disney and T-Mobile.T-Mobile and Zscaler Partnership for Mobile Network Security- T-Mobile partners with Zscaler to enhance overall mobile network security.- Importance of layered security approach in mobile networks.- Discussion on the significance of digital experience monitoring for subscribers.Hyundai's Smart Factory in Georgia- Hyundai opens a massive smart factory in Georgia, leveraging 5G and AI technologies.- Overview of the factory's capabilities, including production capacity and automation features.- Discussion on the future of manufacturing and the role of automation in the automotive industry.Closing Remarks- Invitation for viewers and listeners to reach out about specific 5G topics for future podcasts.- Contact information provided for Will Townsend and Anshel Sag on social media.

Dunkle Wolken über der Autoindustrie drücken nicht nur auf die Stimmung und die Gewinnmargen der Unternehmen, auch das Schreckgespenst Stellenabbau verbreitet vermehrt Angst und Schrecken in der Branche. Die Beschäftigung hierzulande befindet sich wegen des Strukturwandels in der Autoindustrie ohnehin auf dem absteigenden Ast und ein Ende ist nicht in Sicht. Doch bei einer Talfahrt gibt es irgendwann auch wieder einen neuen Berg zu erklimmen. VDA-Volkswirt Manuel Kallweit erklärt Pascal und Yannick in der aktuellen Folge, wo Jobs wegfallen, neue hinzukommen und an welchen Stellschrauben zu drehen ist, um in der Transformation zu einer elektromobilen und durchdigitalisierten Industrie den Menschen mitzunehmen. Die zentralen Ergebnisse der VDA/Prognos-Studie: https://www.automobil-produktion.de/management/bis-2035-entfallen-hunderttausende-auto-jobs-813.html Was die Autoindustrie fürs Re- und Upskilling tut: https://www.automotiveit.eu/strategy/new-work/was-die-zukunft-kostet-130.html Welche Jobs werden in der Smart Factory gebraucht: https://www.automobil-produktion.de/produktion/smart-factory/auf-diese-fachleute-kommt-es-in-der-smart-factory-an-385.html Interview mit Prof. Frank Mantwill zum Mensch in der Zukunftsfabrik: https://www.automobil-produktion.de/produktion/kreativitaet-bleibt-die-domaene-des-menschen-937.html Mehr zu Pascal und Yannick finden Sie auf LinkedIn: Pascal Nagel: https://www.linkedin.com/in/pascal-nagel/ Yannick Tiedemann: www.linkedin.com/in/yannick-tiedemann Hinweis: Die im Podcast getätigten Aussagen spiegeln die Privatmeinung der Gesprächspartner wider und entsprechen nicht zwingend den Darstellungen des jeweiligen Arbeitgebers

Thu, 06 Mar 2025 23:00:00 +0000 https://businessunplugged.podigee.io/92-lukasmorys-scableag dfa5c2a6ea04bfa8b6b7142dfe2bcc58 Meine Lieben, Folge 92 ist am Start! Dafür bin ich nach Stuttgart gereist, um mit Lukas Morys von Scable über Smart Factories zu sprechen. Scable verspricht, Fabriken in nur acht Wochen smart zu machen und messbare Ergebnisse zu erzielen. Der Fokus liegt dabei auf dem Shopfloor-Management sowie der Instandhaltung. Lukas und ich sprechen jedoch nicht nur über ihre anwenderfreundliche Software – Achtung, dies ist keine Werbung! Ich durfte sie testen und mich selbst davon überzeugen –, sondern wir tauchen auch tiefer in das Thema ein. Was bedeutet „smart“ tatsächlich? Welche Rolle spielen Smart Factories, und könnten sie unsere globalen Lieferketten verändern? Mehr verrate ich nicht, hört es euch selbst an! Mein Gast: Lukas Morys (LinkedIn) Scable AG Feedback & Wunschgäste: podcast@peopex.de Über mich: LinkedIn XING Instagram PEOPEX GmbH 92 full no Industrie 4.0,Manufacturing,Produktion,Digitalisierung,Maintenance,Lean Management,Shopfloor-Management,Wettbewerbsfähigkeit,Software Prof. Dr. Johannes Pohl, Lukas Morys 2763 92

In this episode of The New Warehouse Podcast, Kevin speaks with Wanda Riddick Johnson, Supply Chain Technology Fellow at Deloitte. She talks about the state of WMS today, the challenges in selecting the right system, and how Deloitte is helping businesses make smarter, more strategic decisions in warehouse optimization.With a deep background in supply chain innovation, Johnson shares insights on adopting cloud-based WMS, the impact of automation, and how AI-driven analytics are transforming fulfillment strategies. She also highlights how Deloitte's Smart Factory and Smart Warehouse Experience give businesses a firsthand look at the future of warehouse technology.Find Big Joe during ProMat at booth N7157. Learn more about Zebra Robotics here. Learn more about Nucor Warehouse Systems here. Follow us on LinkedIn and YouTube.Support the show

In this enlightening episode of Nodes of Design, we sit down with Prof. Amaresh Chakrabarti to explore his journey into design, the gap between industry and academia, and how to bridge it. We discuss how designers can create meaningful societal impact, the evolving role of artists in the AI era, and key takeaways from the DRM method. Prof. Chakrabarti also shares valuable recommendations for designers looking to innovate and push boundaries. Tune in for a masterclass in design thinking, research, and real-world application! Amaresh Chakrabarti is a Senior Professor and current Chair, Department of Design & Manufacturing, Indian Institute of Science (IISc) Bangalore. He did BE from IIEST Shibpur, ME from IISc Bangalore, and PhD from the University of Cambridge UK, where he led the Design Synthesis group of its Engineering Design Centre (EDC) for 10 years before joining IISc as an Associate Professor. He published 35 books, over 300 peer-reviewed articles, and has 13 patents granted/pending. He co-authored DRM, a methodology used widely as a framework for design research. He founded IDeAS Lab – India's first Design Observatory, and India's first indigenous Smart Factory. He is the founding chair for the Intl Conf Series on Research into Design (ICoRD) and Intl Conf Series on Industry 4.0 & Adv Manufacturing (I4AM). He received the Careers360 Faculty Research Award 2018 for being the 'Most Outstanding Researcher' in Decision Sciences, and among the global top 2% of researchers in 'Design Practice & Management'. He received IISc's Alumni Award for Excellence in Research in Engineering (2022). He is a Fellow of the Design Society, an Honorary Fellow of the Institution of Engineering Designers, UK, and the current Editor-in-Chief of Artificial Intelligence for Engineering Design, Analysis and Manufacturing Journal (AI EDAM) published by CUP. Springer Book Series Design Sc. & Innov: http://www.springer.com/series/15399 Webpage: http://cpdm.iisc.ac.in/people/ac/ac.htm Citations: https://scholar.google.co.in/citations?user=VvD5STUAAAAJ&hl=en Thank you for listening to this episode of Nodes of Design. We hope you enjoy the Nodes of Design Podcast on your favorite podcast platforms- Apple Podcast, Spotify, Google Podcasts, Amazon Music, and many more. If this episode helped you understand and learn something new, please share and join the knowledge-sharing community Spreadknowledge. This podcast aims to make design education accessible to all. Nodes of Design is a non-profit and self-sponsored initiative by Tejj.

In dieser Folge von Automate Tomorrow sprechen wir mit Nedjeliko Culina, Global Key Account Manager bei Nokia, über die transformative Rolle von 5G in der Industrie 4.0. Nedjeliko erklärt, wie private Campus-Netzwerke es Unternehmen erlauben, spezifische Anforderungen wie Datensicherheit, Zuverlässigkeit und Performance zu erfüllen. Außerdem erhalten wir einen Einblick in die gemeinsame Forschungsarbeit von Nokia und Balluff in der ARENA2036. Nokia und Balluff haben in der ARENA2036 einen Prototyp entwickelt, der die nahtlose Übertragung von Sensordaten über 5G ermöglicht. Erfahren Sie außerdem, warum 5G ein zentraler Schlüssel für die Smart Factory der Zukunft ist und wie die Technologie in verschiedenen Branchen zum Einsatz kommt.

Claire chatted to Gianmarco Pisanelli from the University of Sheffield about how to promote the safe and intuitive use of robots in manufacturing. Gianmarco Pisanelli specialises in early-stage technology readiness level (TRL) research, with a focus on collaborative workspaces, multi-robot systems, and robotic simulations. He possesses extensive experience in industrial robotics, including PLC programming and the development of intuitive robotic interfaces such as natural speech and augmented reality. As the lead developer for the Robot Operating System (ROS) at the University of Sheffield's Advanced Manufacturing Research Centre (AMRC), he serves as the primary point of contact for SMEs and major partners. Join the Robot Talk community on Patreon: https://www.patreon.com/ClaireAsher

SL Controls is to merge with multinational NNIT as Ireland takes on the role of the global 'smart factory' base for NNIT. Former SL Controls CEO Keith Moran will head up NNIT's Smart Factory and Supply Chain solutions, while the former senior leadership team from SL Controls will be assuming responsibility for NNIT's Smart Factory operations. All former staff and management from SL Controls in both Ireland (Sligo, Dublin, Limerick, and Galway) and the U.S. (Florida) will remain in place. The Irish specialist technology integration firm was acquired by the NNIT Group - one of the world's leading suppliers of business and IT solutions to life sciences - in 2021. Publicly listed NNIT is specialised in life sciences internationally and the private and public sectors in Denmark. It has 1,700 employees in Europe, Asia, and the US. In January 2025, SL Controls will merge into NNIT and fully integrate with the NNIT Group. The former SL Controls operations will be part of NNIT's Smart Factory solutions, with 150 employees in Ireland and across NNIT's other locations worldwide. The smart factory is part of the future of manufacturing. It integrates systems, equipment, and devices so they can generate data to improve production processes. NNIT will be working with the life sciences sector internationally to modernise manufacturing processes based on smart factory principles and ensuring clients have constant access to accurate and reliable manufacturing data from every corner of their factories. Headquartered in Copenhagen, Denmark, the NNIT Group also has locations in Germany, Switzerland, Poland, Czech Republic, UK, China, Philippines, Singapore, and the US. The company focuses on high complexity industries and advises on and builds sustainable digital solutions that work for patients, citizens, employees, end users and clients. Its expertise in digital transformation for the life sciences industry helps its clients across key parts of the life sciences value chain, turning fragmented and isolated manufacturing and supply chain processes into a well-integrated digital landscape where data flows freely from one end to the other, enabling data-driven decisions manufacturing. Celebrating 30 years in business this year, NNIT consists of a group company NNIT A/S and subsidiaries - SL Controls, Excellis Health Solutions and SCALES Group. Keith Moran, SL Controls, CEO, says: "We are very excited about the international role we will be playing in the NNIT Group and how this change will further enhance our service offering to meet our current clients' global requirements while also giving us access to larger-scale global projects across the European market. "SL Controls will be NNIT by January 2025, and we will be fully integrated into the NNIT Group. This ongoing evolution of the company brings with it many benefits and opportunities for clients as we widen our network. "It is an excellent progression for the company and for all the people working in it. We are delighted to be fully integrating with a company that shares our vision of excellence in service delivery in the life sciences industry. "It also gives our team wider career options both in Ireland and across Europe and will give them access to work on major global projects. There is great cultural alignment between SL Controls and NNIT as we both focus on our people - success is only possible because of the skills and dedication of our team." Ricco Larsen, Senior Vice President, Region Europe, NNIT, says: "We are thrilled to be joining forces with the SL Controls team, bringing deep expertise within the Smart Factory solutions area to our Manufacturing & Supply Chain domain. Together, we will be even stronger with a second-to-none united offering portfolio to the life sciences market. This will bring many exciting opportunities for clients and employees alike, and we are very excited about our joint future." See more stories here. More about Irish Tech News Irish Tech News are Irela...

Die Suche nach Aufträgen, Materialien oder Fahrzeugen in der Produktion und Lagerlogistik kostet wertvolle Zeit und kann zu unnötigen Prozessunterbrechungen führen. Mit Asset Tracking und RTLS (Real Time Locating System) gehören diese Probleme der Vergangenheit an! In diesem Video erfährst Du, wie Ortungstechnologien dabei helfen, Deine Produktion und Supply Chain zu optimieren und gleichzeitig den Weg zur Smart Factory zu ebnen. Was ist Asset Tracking? Asset Tracking beschreibt die Nachverfolgung von Gütern in der Industrie – von Aufträgen und Materialien bis hin zu Ladungsträgern und Fahrzeugen. Mit einem RTLS (Real Time Locating System) können darüber hinaus Ressourcen in Echtzeit lokalisiert werden. Dies sorgt nicht nur für Transparenz, sondern eröffnet auch zahlreiche Möglichkeiten zur Prozessautomatisierung. Warum ist Asset Tracking der Schlüssel zur Smart Factory? - Effizienzsteigerung: Reduziere die Suchzeiten und beschleunige Deine Prozesse. - Transparenz: Verfolge Material- und Auftragsstatus in Echtzeit. - Optimierung: Erkenne Verbesserungspotenziale durch die Auswertung von Tracking-Daten. - Automatisierung: Vernetze die Ortungstechnologien mit Deinem ERP-System und automatisiere den Materialfluss. Anwendungsbereiche von Asset Tracking: - Auftrags- und Materialverfolgung - Warenausgangskontrolle - Routenoptimierung von Staplerfahrern - Transparente Kommunikation mit Kunden und Lieferanten Das Ergebnis: Weniger Störungen, mehr Effizienz und eine höhere Kundenzufriedenheit – mit Asset Tracking gestaltest Due eine smarte, zukunftsfähige Produktion. Erfahre in diesem Video, wie Du RFID, RTLS und andere Technologien nutzen kannst, um den Schritt in die Smart Factory zu machen. Bringe Deine Produktion auf das nächste Level! #smartfactory #assettracking #rtls #rfid #digitaletransformation

In this episode, Host Mike Murphy talks with Kelly Kling, head of Finance for Motion US and local site leader at ABB's new sustainable manufacturing facility in New Berlin, Wisconsin. They discuss ABB's $100 million investment in sustainability, featuring a geothermal heating system, solar panels, and a connected warehouse that enhances operational efficiency. Kelly shares insights on ABB's carbon neutrality goals for 2030 and innovative technologies like battery-powered forklifts and eco-friendly office furniture. Tune in to learn how ABB is setting a new standard in sustainable manufacturing while benefiting the local community!ABB Invests Nearly $100 Million in New Berlin Greenfield Campus

In this episode of Money Tales, our guest is Kian Seah. This episode is all about recycling. Recycling materials, re-cycling money, re-cycling opportunities, and re-cycling lives. Kian shares an incredible story of transforming family shame into pride and success. Kian grew up in a household where the entire family participated in recycling other people's used items to get by. At the time, recycling was seen as a ‘dirty' job – one his parents asked him to hide from others. Decades later, Kian and his siblings have turned that same recycling work into one of Malaysia's largest companies, creating immense value by giving discarded plastics and other materials a new life. Kian is the founder and managing director of Heng Hiap Industries (HHI). Established since 2002, HHI is a fully integrated plastic recycling company, being the FIRST company in the world to receive Ocean Bound Plastic Certification co-developed by NGO Zero Plastic Oceans and Control Union. Having developed Smart Plastics to address plastic manufacturers' need for high quality, customized recycled plastic resin, Kian also designed the Smart Factory in Johor Bahru from the ground up. The factory is GBI-certified (“Green Building Index”) Gold and is now producing PLASHAUS Ocean Plastic while implementing a full track-and-trace program that directly addresses plastic consumers' concerns about marine pollution. HHI Smart Plastics has reached the shores of 38 countries globally including China, Japan, Australia, India, and multiple countries in Europe, meeting customers' high-performance standards and stringent requirements in quality. In the last 18 years, Kian and HHI have won multiple accolades for business leadership and product innovation – the more notable ones being: the Junior Chamber International (JCI) Ten Outstanding Young Persons (TOYP) in the World in the category of environmental leadership (2013), The Edge newspaper of Malaysia named him “The Michelangelo of Recycling” (2018) and most recently, Frost and Sullivan awarded HHI “2020 Malaysia Smart Waste Solutions Technology Innovation Award”.

Zu Gast ist Patrick Theobald. Patrick ist ein erfolgreicher deutscher Unternehmer und Softwareentwickler aus Backnang bei Stuttgart. Der heute 46-Jährige begann schon als Schüler, Computerprogramme zu entwickeln. Mit nur 12-13 Jahren verkaufte er sein erstes kommerzielles Programm zum Erzeugen von Barcodes an die Firma Würth. Nach dem Abitur studierte Theobald kurzzeitig Physik, brach das Studium aber ab, um für Würth zu arbeiten. 2004 gründete er sein erstes Unternehmen, Theobald Software, das sich zu einem führenden Anbieter für SAP-Integration entwickelte. 2022 verkaufte er diese Firma für einen zweistelligen Millionenbetrag. Statt sich zur Ruhe zu setzen, investierte Theobald das Geld in sein nächstes Projekt. 2016 hatte er bereits sein zweites Unternehmen, die Peakboard GmbH, gegründet. Mit Peakboard entwickelt er eine "Low-Code-Plattform für individuelle Anwendungen", die die Steuerung von Fabriken vereinfachen soll. Er beschreibt es als eine Lösung, mit der man "jede Fabrik so einfach steuern kann wie ein Smartphone". Theobald wird als innovativer und rastloser Unternehmer beschrieben, der trotz seines finanziellen Erfolgs weiterhin hart arbeitet. Sein Antrieb ist nicht das Geld, sondern der Wunsch, "Dinge ans Laufen zu kriegen". Mit Peakboard möchte er nun die Fabrikproduktion revolutionieren und konzentriert sich auf die Entwicklung von Technologien zur Verbesserung industrieller Prozesse.

Im BMW-Werk Spartanburg wird Science Fiction zur Realität: Im US-Standort des bayerischen Autobauers übernehmen menschengleiche Roboter testweise zahlreiche Aufgaben der Werker und bieten einen Blick in die Autofabrik der Zukunft. Doch schon heute sind clevere Cobots und autonome Transportvehikel längst Alltag in der Fertigung, die nächsten Level an Automatisierung und Produktivität werden freigeschaltet. Pascal und Yannick stellen sich in der aktuellen Folge die Frage: Beschleunigt das neueste Kapitel der Robotik-Revolution die Entwicklung zur vollautonomen Fabrik? Und was bedeutet das für die Mitarbeiter und deren Arbeitskraft? Alles zu Cobots und FTS in der Automobilproduktion: https://www.automobil-produktion.de/produktion/smart-factory/wie-verschiedene-cobots-die-automobilproduktion-unterstuetzen-928.html Die Cobot-Kolumne von Prof. Andreas Syska bei produktion.de: https://www.produktion.de/wirtschaft/paradigmenwechsel-vom-mit-arbeiter-zum-mit-unternehmer-369.html Alle Infos zu unserem Episodenpartner Omron: https://industrial.omron.de/de/home Mehr zu Pascal und Yannick finden Sie auf LinkedIn: Pascal Nagel: https://www.linkedin.com/in/pascal-nagel/ Yannick Tiedemann: www.linkedin.com/in/yannick-tiedemann Automatisierung, Robotik und die Smart Factory stehen auch bei einigen unserer Fachevents im Fokus: https://www.automotiveit-kongress.eu/ https://www.automation-next-conference.com/ Hinweis: Die im Podcast getätigten Aussagen spiegeln die Privatmeinung der Gesprächspartner wider und entsprechen nicht zwingend den Darstellungen des jeweiligen Arbeitgebers

Purdue University and innovative business and consulting company, Accenture developed a fruitful collaboration that has resulted in a smart factory facility at Purdue's College of Engineering and Purdue Polytechnic Institute, a scholarship program, and most recently an online venture. The Smart Factory on campus provides instructional laboratories, design studios, and spaces where students from various disciplines will collaborate on smart manufacturing projects. The Accenture/Purdue multiyear collaboration evolved recently with the launch of an online smart manufacturing education program. Prasad Satyavolu, Lead-Industry X with Accenture, who played a key role in shaping the Smart Manufacturing Academy, joins ASSEMBLY Audible to tell us about the collaboration. Sponsored By:

In this episode I speak with Bryan Sapot - CEO, Mingo Smart Factory. Bryan Sapot is the founder and CEO of Mingo Smart Factory, a leading provider of production monitoring and manufacturing analytic solutions. With over 25 years of manufacturing tech experience, Bryan has become a prominent voice on harnessing data to drive continuous improvement and operational excellence. His passion for lean manufacturing principles has made him a sought-after speaker on optimizing plant performance. Bryan's unique blend of technical savvy inspires manufacturers to capitalize on Industry 4.0 capabilities. About Mingo Smart Factory: Mingo Smart Factory provides the easiest-to-use, fastest-to-implement production monitoring and manufacturing analytics solutions that manufacturers won't outgrow. Their platform offers real-time visibility on the factory floor, helping reduce downtime, improve on-time delivery, and increase overall profitability. Mingo's solution is 80% out of the box, ensuring quick implementation and significant results. On average, customers save 10 hours per week by eliminating manual reporting, reduce downtime by 70%, and increase their OEE (Overall Equipment Effectiveness) by 10-20%. Explore their case studies: Louisiana Fish Fry case study: https://www.mingosmartfactory.com/louisiana-fish-fry-case-study/ Ice Industries Case Study: https://www.mingosmartfactory.com/ice-industries-case-study/ H&T Waterbury Case Study: https://www.mingosmartfactory.com/ht-reduces-downtime-73-percent/ Founded in 2015, Mingo Smart Factory empowers manufacturers to proactively manage their operations, make data-driven decisions, and optimize capacity and margins for increased profit and revenue. You can find more about Mingo Smart Factory on their website: https://www.mingosmartfactory.com/ You can find more information about Manufacturing IT Recruitment from their website: https://mitrec.com/

Wie soll man eigentlich seine Fertigungsprozesse noch weiter optimieren, wenn die Hauptzeiten schon ausgequetscht sind?   Lösung: Man widmet sich den Nebenzeiten und verkürzt die Rüstzeiten. Somit minimiert man die Span-zu-Span-Zeit und nutzt die Bearbeitungsmaschinen besser aus. Das klingt zunächst logisch und einfach.  Wie immer steckt aber auch hier der Teufel im Detail. Denn bevor man sich wie wild auf die Rüstvorgänge stürtzt, sollten vorab einige Punkte geklärt sein - wie z.B.:   gibt es Baugruppen oder wiederkehrende Bauteile die sich einfacher automatisieren lassen? Wie oft muss i.d.R. gerüstet werden? Welche Anforderungen werden an die Maschinen gestellt? Welche Genauigkeiten müssen erreicht werden?   Diese und jede Menge weiterer Punkte werden in dieser Podcast-Episode mit Thomas Morgenroth und Frank Gruber von Hainbuch behandelt. Dabei kommen wir auch auf das Großprojekt der Smart Factory bei der Firma WTO zu sprechen. Hierzu gibt es einen eigenen interessanten Artikel: https://t1p.de/njjoy   Mit den Systemen von Hainbuch lassen sich Spannköpfe oder ganze Spannmittel automatisiert wechseln. Und das in teilweise nur 2 Minuten.  Laut Thomas kann sich das centroteX-System schon nach 9 Monaten amortiseren.    Diese wirklich interessanten Einblicke in die sprichwörtlich "spannende" Welt von Hainbuch sollte man sich nicht entgehen lassen.   Unter den folgenden beiden Links kommst du direkt zur Folge: apple Podcast:   spotify:       Hast du weitere Fragen, Anregungen oder Kritik? Dann schreibe mir einfach eine E-Mail an: info@rathmann-engineering.com Gerne kannst du mich auch über LinkedIn erreichen: https://bit.ly/3pe5icK

Automation World connects with Heather Cykoski, senior vice president of industrial and process automation at Schneider Electric, to learn more about what constitutes a smart factory, how the concept is advancing at manufacturing facilities across the globe, its connection to digital transformation initiatives and the biggest challenges manufacturers face when seeking to become a smart factory.

Quando pensiamo alle smart factory il pensiero corre subito ad Industria 4.0 e alle macchine interconnesse. Presto, proprio a questo proposito, ne sentiremo delle belle in una doppia puntata in preparazione.Oggi ci concentriamo su un aspetto più di sistema: il modello collaborativo tra startup (e scaleup) e aziende di medie dimensioni della manifattura italiana.Con Riccardo Pavanato, amministratore delegato di Auxiell, intervenuto ai nostri microfoni durante il Festival Città Impresa di Vicenza, abbiamo affrontato il tema del mindset e del modello di collaborazione e di creazione di valore. Un'impresa non semplice, che spesso genera rigetto, come un corpo estraneo introdotto in un sistema tradizionalmente ancorato a regole anelastiche.Ma le regole sono un'espressione della managerialità dei leader d'impresa e la differenza nel lungo periodo non sta più solo nel riuscire ad interpretare i mercati e a incrementare l'efficienza produttiva. Passa anche dall'innovazione che, sempre più, richiede un approccio multidisciplinare tra molteplici soggettiScoprite insieme a noi alcuni dei casi di successo più significativi.Buon ascolto!

Eine digitale Fabrik der Zukunft - aber heute! Das ist wirklich möglich. Doch der erste Schritt klingt einfacher als er in Wirklichkeit ist: Hast du alle #Maschinendaten im Blick? Wenn du jetzt verlegen zur Seite guckst und keine richtige Antwort geben kannst - halb so wild! Es gibt ja die Maschinendatenerfassung, oder kurz #MDE. Und in unserer heutigen #Podcast to go Folge geht es um genau das - die Vorteile und Funktionsweise der Maschinendatenerfassung. Andrea Spiegel sitzt schon ganz hibbelig bereit um dir in knapp 10 Minuten alle Informationen an die Hand zu geben, welche du für deinen ersten Schritt der #Digitalisierung brauchst. Wenn es also auch für deine Produktion an der Zeit ist, effizienter und in Echtzeit Daten zu verarbeiten und dadurch der Konkurrenz voraus zu sein solltest du deine Podcast-App des Vertrauens starten und direkt in die Folge reinhören! Wenn du noch Fragen zum Thema der Folge habt oder Themenwünsche für weitere Folgen, schreibe uns das gerne unten in die Kommentare oder per Mail an marketing@l-mobile.com. Du möchtest mehr über L-mobile erfahren? Dann hier entlang: https://www.l-mobile.com/?utm_source=sm_linkedin&utm_medium=social&utm_campaign=organic_industrie-4-0_to_go_folge-5-vorteile-der-mde Du findest unseren Podcast auch auf Youtube: https://www.youtube.com/watch?v=vAYBmYEbEKM/?utm_source=sm_linkedin&utm_medium=social&utm_campaign=organic_industrie-4-0_to_go_folge-5-vorteile-der-mde #lmobile #industrie40 #mittelstand #software

Herzlich willkommen zur nächsten Episode des Digital Product Talks! Heute zu Gast ist Urs Güttinger, CTO bei Bossard. Bossard ist ein Unternehmen, das sich auf die Bereitstellung von industriellen Befestigungslösungen spezialisiert hat, indem es eine breite Palette von Verbindungselementen, technischer Beratung und Logistikdienstleistungen für verschiedene Branchen anbietet. Zu Beginn der Episode erzählt uns Urs von seinem Werdegang und wie er zum Thema Digitalisierung bei Bossard gekommen ist. Er gibt Einblicke in den Stand der Digitalisierung bei Bossard und wie die digitale Transformation die Geschäftsprozesse beeinflusst hat. Urs stellt uns erfolgreiche digitale Produkte und Services von Bossard vor und spricht über die Zusammenarbeit mit Kunden und externen Partnern. Außerdem sprechen wir darüber, wie Bossard mit neuen Trends und Technologien umgeht und wie die Bedürfnisse der Kunden ermittelt werden. Dabei kommt es zur Sprache, welche Rolle User Experience und User Research dabei übernehmen. Im Zuge dessen erfahren wir von Urs, wie sie externe UI/UX-Experten einbinden, welche Bedeutung Designsysteme haben und er erklärt uns den Governance-Prozess. Abschließend spricht er über exponentielle Technologien, Megatrends und teilt uns seine Erfahrungen und Erkenntnisse zur Smart Factory und Industrie 4.0 mit. Alle Links zu Urs und Bossard: Urs: https://www.linkedin.com/in/urs-g%C3%BCttinger-924ba012/ Bossard: https://www.bossard.com/ Alle Links zu uns: Felix: https://www.linkedin.com/in/felix-van-de-sand/ Daniel: https://www.linkedin.com/in/daniel-wagner-3a6b4554/ COBE: https://www.cobeisfresh.com/ Der Podcast wird produziert von: https://www.lehnertmedia.com

In this episode of the B2B Marketing Excellence podcast, host Donna Peterson interviews Simone Bonino from Altair about strategies to grow industrial brands. They discuss the importance of understanding the market, knowing product USPs, and maintaining focus in go-to-market plans. Simone emphasizes the need for intuitive software solutions, addressing labor challenges, and the transition to smart factories. They also touch on the significance of branding and education in marketing. Simone shares insights on content creation, advocating for solution explainers using CGI or infographics to convey complex technical concepts effectively.During this podcast we touched on- Developing and delivering a global go-to-market plan for manufacturing solutionsDifferentiating Altair's manufacturing solutions in a competitive marketEffective content creation and multimedia strategiesCollaborative approaches for global marketing activitiesKnowing the market and understanding customer painsIdentifying solutions' unique selling points and addressing customer painsFocusing on specific target personas and detailed strategy executionDifferentiating Altair's manufacturing solutions in a competitive marketLeveraging technology to address talent challenges and digital transformationEducating the next generation of engineers and building relationships through education If you would like to continue this conversation, please feel free to contact Donna Peterson at dpeterson@worldinnovators.com.____________________________________________________________________________________________________Guest Bio: Simone has over 30 years of experience in the PLM and manufacturing industry. As VP, Business Development, Manufacturing Solutions at Altair, he is responsible for developing, delivering, and supporting global go-to-market strategies for Altair's manufacturing solutions. He focuses on identifying scalable and proven solutions to replicate success across direct and indirect channels. ____________________________________________________________________________________________________Subscribe to the B2B Marketing Excellence podcast so you do not miss an episode. Apple PodcastsYouTubeSpotifyAmazon MusicAudibleYouTube Music  

In this episode of the IoT For All Podcast, Brian Zakrajsek, Smart Manufacturing Leader at Deloitte, joins Ryan Chacon to discuss smart manufacturing and how manufacturers can get started implementing IoT technology. Brian discusses the benefits of smart manufacturing and highlights the increasing need for industry-specific IoT solutions. He also details what to think about before starting IoT implementation and how to ensure its successful adoption. We also cover the future prospects of smart manufacturing and Deloitte's smart factory in Wichita, Kansas. Brian Zakrajsek is a Smart Manufacturing Specialist Leader for Deloitte Consulting. He has 20 years of experience in manufacturing and heavy industry across engineering, project management, sales, leadership, and consulting. Brian is a lifelong learner and practitioner of digital transformation in manufacturing. He works in industrial analytics, data engineering, next-gen automation, advanced infrastructure, and cybersecurity across process, hybrid, and discrete industries. Deloitte provides industry-leading audit, consulting, tax, and advisory services to many of the world's most admired brands, including 80 percent of the Fortune 500. As a member firm of Deloitte Touche Tohmatsu Limited, a network of member firms, they are part of the largest global professional services network, serving clients in the markets that are most important to them. Discover more about smart manufacturing and IoT at https://www.iotforall.com More about Deloitte: https://www2.deloitte.com/us/en.html More about The Smart Factory: https://www2.deloitte.com/us/en/pages/energy-and-resources/solutions/smart-factory-experience-wichita.html Connect with Brian: https://www.linkedin.com/in/brianzakrajsek/ Our sponsor: https://blues.com (00:00) Sponsor (00:35) Intro (00:44) Brian Zakrajsek and Deloitte (01:14) Deloitte's approach to IoT solutions (02:13) Impact of technology on manufacturing (04:04) Role of IoT in manufacturing (06:36) Benefits of smart manufacturing (09:59) Challenges in implementing IoT (10:18) Strategies for successful IoT implementation (13:47) Challenges of data in IoT (18:31) Outlook for smart manufacturing in 2024 (25:01) Learn more and follow up (25:21) Deloitte's smart factory in Wichita SUBSCRIBE TO THE CHANNEL: 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 der aktuellen Folge „Was mich bewegt“ stellen Yannick und Pascal die Smart Factory sowie neue Jobprofile in der Autoindustrie in den Mittelpunkt. Yannick hatte erst kürzlich die Gelegenheit, sich im BMW-Werk in Leipzig vor Ort davon zu überzeugen, wie die intelligente Fabrik Formen annimmt. Sein Eindruck: Die Zeit der Leuchtturmprojekte ist vorbei, die Zeit der breiten Umsetzung steht an! Pascal wiederum hat sich mit neuen – und zum Teil kuriosen – Jobs in der Automobilindustrie beschäftigt. Stehen Chief Technical Titan oder Product Visionary schon bald öfter auf der Visitenkarte? Unsere Serie zu neuen Jobprofilen in der Autobranche: https://www.automotiveit.eu/strategy/new-work.html Mehr zu Pascal und Yannick findet ihr auf LinkedIn: Pascal Nagel: https://www.linkedin.com/in/pascal-nagel-29193297/ Yannick Tiedemann: https://www.linkedin.com/in/yannick-tiedemann-8a8a83a0/ Spannende Hintergründe und Interviews rund um die Automobilindustrie auf: www.automotiveIT.eu www.automobil-produktion.de Hinweis: Die im Podcast getätigten Aussagen spiegeln die Privatmeinung der Gesprächspartner wider und entsprechen nicht zwingend den Darstellungen des jeweiligen Arbeitgebers

Welcome to the future. Welcome to Deloitte's Smart Factory in Wichita, Kansas. We're getting a firsthand account of the factory by speaking with Tim Gaus, Deloitte's principal and smart manufacturing business leader. The Smart Factory in Wichita is where a world-renowned team of solution providers, technology innovators, academic researchers, and futurists have joined forces to showcase the incredible power of innovative factory technologies.Sponsored by:

Max war vor 2,5 Jahren schon Gast bei uns im Podcast. Heute gibt es ein Update mit seinem neuen Startup Deltia: (00:00:00) Von "Actyx" zu "Deltia": Was ist in den letzten 2,5 Jahren passiert? (00:06:45) Wie genau kam es zum neuen Startup Deltia und worum geht's? (00:16:20) Konkrete Use Cases. (00:43:32) Wo steht Deutschland? Auch mit Blick auf Viessmann. (00:54:26) Ausblick. ------------------------------------ Weiterführende Informationen: ► Deltia: https://www.deltia.ai/ ► LinkedIn Max: https://www.linkedin.com/in/maximilianpfischer/ ► LinkedIn Bernard: https://www.linkedin.com/in/bernardsonnenschein/ ► Registriere dich als (Senior) Expert bei Datenbusiness: https://33otk8vuqep.typeform.com/to/zCiNlAHj

Professor Regine Leibinger, geboren 1963 in Stuttgart, studierte Architektur an der Technischen Universität Berlin und an der Harvard University, Graduate School of Design in Cambridge, USA. Seit 1993 führt sie gemeinsam mit Frank Barkow das Architekturbüro Barkow Leibinger in Berlin. Zu den wichtigsten Gebäuden gehören unter anderem die Biosphäre in Potsdam, der Masterplan für TRUMPF Ditzingen - einschließlich Laserfabriken, Bertriebsrestaurant, Hauptpforte, Kita u.a. - das TRUTEC Building in Seoul, Korea, die Smart Factory in Chicago, der Tour Total und der Estrel Tower in Berlin. Von 2006 bis 2018 war sie Professorin für Baukonstruktion und Entwerfen an der Technischen Universität Berlin. Nach Gastprofessuren an der Harvard University, Graduate School of Design in Cambridge in den Jahren 2000 und 2004, der Princeton University, School of Architecture in Princeton von 2016 bis 2019 und der Cornell University College of Architecture, Art, and Planning in Ithaca, New York im Jahr 2021 wurde sie im Herbst 2022 erneut als John C. Portman Design Critic in Architecture an die Harvard University, Graduate School of Design in Cambridge berufen. Regine Leibinger ist eine führende Persönlichkeit in kulturellen Einrichtungen und Gremien, unter anderem als Mitglied der Sektion Baukunst an der Akademie der Künste in Berlin, Mitglied des Kuratoriums der IBA'27 StadtRegion Stuttgart und im Kuratorium der American Academy Berlin. Seit 2020 ist sie Mitglied des Dean's Leadership Council der Harvard University, Graduate School of Design und seit 2011 Mitglied des “Visiting Committee” am MIT - Massachusetts Institute of Technology, Department of Architecture in Cambridge. Seit mehreren Jahren ist sie zudem fester Bestandteil im Aufsichtsrat der Trumpf Gruppe. Im Jahr 2020 wurde sie vom American Institute of Architects zum AIA Honorary Fellow ernannt. Seit 2022 ist sie Mitglied in der Stadtgestaltungskommission München. Ebenfalls 2022 gründete Regine Leibinger die gemeinnützige Organisation „Experimental“, die Projekte fördert, die experimentell in neue Bereiche der Architektur vordringen, um die Art und Weise zu verändern, wie und mit was wir bauen.

Sustainability equals Profitability - this statement has rung true as Manufacturing factories and sites shift their focus into a new way of working and producing. SAP's own, Mike Lackey, Global Vice President of Solution Management, Digital Manufacturing, joins us to dive into attracting the new generation of shop floor workers with advanced innovation, how sustainability is at the forefront of production, and what it takes to transform into a smart factory. Come join us as we discuss the Future of Supply Chain.

Bryan Sapot is an entrepreneur, renowned speaker, and CEO with over 24 years of experience in manufacturing technology. He is the founder of Mingo, a smart factory platform that leverages technology to solve complex problems in the manufacturing industry. Bryan's deep insights into the manufacturing sector have made him a sought-after expert in the industry, and he is dedicated to building software that simplifies the lives of manufacturers.Connect with Behind Company Lines and HireOtter Website Facebook Twitter LinkedIn:Behind Company LinesHireOtter Instagram Buzzsprout

Hear from Esa-Matti Sarjanoja who is working at the vanguard of digital twins in Nokia's ‘factory of the future' in Oulu

We're looking back so we can move forward. Every year predictions are made. During this episode, we review the 2022 major predicted challenges affecting manufacturing, but we don't stop there.You'll hear actionable solutions that elliTek's engineers have put in place, as well as solutions our partners offer.The partners highlighted in this episode include:LinMotSmartShift RoboticsFANUCHanwha RobotsMotomanSiemensYaskawa Drives & MotionLearn more about elliTek's automation partners >> https://www.ellitek.com/distribution.There are several past episodes that are mentioned. Here are the links to the shows in the order in which they were mentioned.Industrial Automation - It Doesn't Have To... Be In Short Supply Industrial Automation - It Doesn't Have To... Be a LossIndustrial Automation - It Doesn't Have To...  Inflate  Industrial Automation - It Doesn't Have To...  Doom & Gloom Industrial Automation - It Doesn't Have To...  #33 Industrial Automation - It Doesn't Have To...  Risky Industrial Automation - It Doesn't Have To...  Wasteful Here's the link to download Section 48C Manufacturers' Tax Credit >> https://drive.google.com/file/d/1NMqxS99WdsiBFzMuwVxucJ1fSgQC1Qbc/view?usp=share_link.Is your plant in East Tennessee?

From industrial to medical to space, laser additive manufacturing and 3-D printing has the potential to transform production across nearly every sector. . With almost one hundred years in business and nearly half a century in laser technology, TRUMPF has long been known as the gold-standard in advanced manufacturing solutions that now include additive manufacturing and 3-D printing. The company's advancements in production technology span space exploration, medical devices, and Smart Factory development. . We sat down with Eliana Fu, Industry Manager for Aerospace & Medical at TRUMPF North America, to discuss how the company is transforming manufacturing processes for the better, both on earth and beyond. From assembling vehicles in space to manufacturing medical devices closer to the point of care to paving the way for the Smart Factory, TRUMPF is building the industrial world of tomorrow. . As we look to the future, the evolution of standards related to additive manufacturing will play a key role in accelerating its adoption. SAE is building expert committees to address this need. If you'd like to get involved, please contact us at podcast@sae.org. . We'd love to hear from you. Share your comments, questions and ideas for future topics and guests to podcast@sae.org. Don't forget to take a moment to follow SAE Tomorrow Today (and give us a review) on your preferred podcasting platform. . Follow SAE on LinkedIn, Instagram, Facebook, Twitter, and YouTube. Follow host Grayson Brulte on LinkedIn, Twitter, and Instagram.

UNIVERSITY OF EXCELLENCE Prince HandleyPresident / Regent PRINCE HANDLEY PORTAL 1,000's of FREE ResourcesWWW.REALMIRACLES.ORG INTERNATIONAL Geopolitics | Intelligence | Prophecy WWW.UOFE.ORG 4TH INDUSTRIAL REVOLUTION & NEW AITHE NEW ARTIFICIAL INTELLIGENCEYou can listen to the above message NOW.LISTEN HERE >>> LISTEN NOW24/7 release of Prince Handley teachings, BLOGS and podcasts > STREAM Twitter: princehandley Subscribe FREE to Prince Handley Teaching and Newsletter ________________________________________ DESCRIPTION WARNING: What you are about to learn will challenge your intellect. It will also enlighten you to “behind the scenes” activity that is happening today … and affecting your FUTURE. We will discuss the 4th Industrial Revolution (IR-4) and WHY―unlike the previous three Industrial Revolutions―it will be dangerous. People can lose their rights, their jobs … their lives. Even more dangerous will be the result of our developing Artificial Intelligence (AI) that lives in Cyber Space that we do NOT really understand. ________________________________________ 4TH INDUSTRIAL REVOLUTION & NEW AITHE NEW ARTIFICIAL INTELLIGENCE The 4th Industrial Revolution will be more of a radical change than the first three … even though they were”shockers” in their inception. Civilization has journeyed the route and use of fire, agriculture, the wheel, electricity, mass production, synthetic chemicals, the internet, block chain, self-driving cars, AI growing people in laboratories, and downloading our brains into computers. Let's examine the first three Industrial Revolutions and see from whence we have journeyed. FIRST INDUSTRIAL REVOLUTION ~ IR-1 The First Industrial Revolution was marked by a transition from hand production methods to machines through the use of steam power and water power. The implementation of new technologies took a long time, so the period which this refers to was between 1760 and 1820, or 1840 in Europe and the United States. SECOND INDUSTRIAL REVOLUTION ~ IR-2 The Second Industrial Revolution, also known as the Technological Revolution, is the period between 1871 and 1914 that resulted from installations of extensive railroad and telegraph networks, which allowed for faster transfer of people and ideas, as well as electricity. Increasing electrification allowed for factories to develop the modern production line. THIRD INDUSTRIAL REVOLUTION ~ IR-3 The Third Industrial Revolution, also known as the Digital Revolution, occurred in the late 20th century. The production of the Z1 computer, which used binary and Boolean logic, was the beginning of more advanced digital developments. The next significant development in communication technologies was the supercomputer. FOURTH INDUSTRIAL REVOLUTION ~ IR-4 The Fourth Industrial Revolution is the trend towards automation and data exchange in manufacturing technologies and processes which include cyber-physical systems (CPS), IoT, industrial Internet of Things, cloud computing, cognitive computing, and artificial intelligence. The combination of machine learning and computational power allows machines to carry out highly complicated tasks. Also, in cooperation with Smart Factories. NOTE: Computerization and digitalization were building blocks leading us to IR 4.0 The Smart Factory is no longer a vision. While different model factories represent the feasible, many enterprises already clarify with examples practically, how the Smart Factory functions. The technical foundations on which the Smart Factory―the intelligent factory―is based are cyber-physical systems that communicate with each other using the Internet of Things and Services. An important part of this process is the exchange of data between the product and the production line. This enables a much more efficient connection of the Supply Chain and better organization within any production environment. Within modular structured smart factories, cyber-physical systems monitor physical processes, create a virtual copy of the physical world and make decentralized decisions. SO WHAT DOES THIS MEAN TO US Artificial Intelligence has brought us a long way. However, AI may take us too far. The “danger zone” is when it will be able to think on the same level as a human. To develop a construct upon which to investigate, let's examine the three different TYPES of AI. AI ~ ARTIFICIAL INTELLIGENCE OR WEAK AI / ANI ~ NARROW INTELLIGENCE Artificial intelligence is a computer system that can perform complex tasks that would otherwise require human minds—such as visual perception, speech recognition, decision-making, and translation between languages. The majority of these machines rely on deep learning and programming, which helps “teach” them to process vast amounts of data to recognize patterns and carry out actions. It is essentially recreating the human mind in machine form, similar to what is being carried out in Smart Factories today (as well as other areas of processing and bio-development). Artificial Intelligence works on a supervised learning system, where various sets of data are provided to the machines, to learn from examples. This helps AI to classify objects or predict the results. AI performs intelligent tasks, but its reach is very narrow and limited as it can only provide an outcome that is already programmed. It cannot make unpredictable decisions on its own, like a human brain can. AI is also referred to as Narrow AI [ANI] or Weak AI. This type of artificial intelligence is one that focuses primarily on one single narrow task, with a limited range of abilities. If you think of an example of AI that exists in our lives right now, it is ANI. AGI - ARTIFICIAL GENERAL INTELLIGENCE OR TRUE (REAL) INTELLIGENCE AGI technology would be on the level of a human mind. Due to this fact, it will probably be some time before we truly grasp AGI, as we still don't know all there is to know about the human brain itself. However, in concept at least, AGI would be able to think on the same level as a human, much like Sonny the robot in I-Robot featuring Will Smith. Artificial General Intelligence, on the contrary, is the intelligence of a machine that could perform all the intellectual tasks performed by human beings. It possesses the ability to analyze a situation on its own and take a calculative decision, like humans can, without having to be programmed in advance. We are actually nearing that in some of our Smart Factories. As I noted previously, within modular structured Smart Factories, cyber-physical systems monitor physical processes, create a virtual copy of the physical world and make decentralized decisions. ASI - ARTIFICIAL SUPER INTELLIGENCE This is where it gets a little theoretical and a touch scary. ASI refers to AI technology that will match and then surpass the human mind. To be classed as an ASI, the technology would have to be more capable than a human in every single way possible. Not only could these AI things carry out tasks, but they would even be capable of having emotions and relationships. NOTE: The evolution from AGI to ASI would in theory be much faster than it is taking us to get from ANI to AGI right now, since AGI would allow computers to “think” and exponentially improve themselves once they are able to really learn from experience and by trial and error. If a transition to ASI ever happens, the exponential growth that is in theory expected to occur at this point is often called an Intelligence Explosion … SINGULARITY! NOTE: We should ensure a safe and ethical functioning of AI in all fields and make it a priority in further development. However, once systems start “thinking” on their own―with NO knowledge of God―what are the limits?! WHAT ABOUT NEW GLOBAL GOVERNANCE The future Global Leader [Antichrist / FALSE messiah] … along with his False Prophet … will demand the populace to take a digital “mark” on their right hands or forehead that will “connect” them with a Smart System: without which they can neither BUY nor SELL. ARE YOU READY FOR THIS ► Brain modification allowing receptors to gain access to—or receive messages from—paranormal and Satanic occult sources. ► Downloading—via the transfer of artificial intelligence (AI) information—through brain-machine interfacing, a desire for the “Mark of the Beast.” ► Corrupted spermatozoa which could fertilize an ovum producing a hybrid being: a non—other than normal—human life form. ► Receiving fallen—demonically anointed—influence via psycho-neural pathways. SUMMARY I have alerted you to what the New Global Governance Leader―Antichrist―FALSE messiah will use in the End Times. Teach AND prepare your children and grandchildren about what is and will be happening. Make sure that YOU and your progeny are prepared for Heaven. Here is HOW you can be sure >>> HOW TO WIN … FOREVER Baruch haba b'Shem Adonai. Your friend,Prince Handley President / RegentUniversity of Excellence CLICK HERE FOR:OTHER PRINCE HANDLEY PODCASTS ... AND MEDIA _______________ Rabbinical & Biblical Studies The Believers' Intelligentsia Prince Handley Portal(1,000's of FREE resources) Prince Handley Books OPPORTUNITY If you would like to partner with Prince Handley and help him do the Spirit exploits the LORD has assigned him, Click thIs secure DONATE or the one below. God will reward you abundantly on earth … and in Heaven! A TAX DEDUCTIBLE RECEIPT WILL BE SENT TO YOU _______________

Manufacturers face immense pressure to operate more efficiently and sustainably. For many, the way forward will require a renewed focus on their Industry 4.0 vision, including smart factories running with intelligent processes. Plenty of challenges lie ahead— creating a risk-averse supply chain, significant labor shortages, continued globalization, significantly higher data using IoT technology and the ability to translate that data into actionable information, dramatic technological advances around Robotics, AI, and ML, and a shift in the Future of Work to more remote operations. Given all of this, companies need to build a kinetic environment that can evolve and innovate as needed. Join us as Deloitte manufacturing and transformation specialists discuss a blueprint for creating the built-to-evolve Smart Factory. Discover how you can use emerging technologies to build the Smart Factory and unlock value faster. Our conversation will also cover the role of ecosystem partnerships, the digitally empowered workforce, and how you can align Smart Factory solutions with your ESG goals, as well as a broader vision of sustainability and philanthropy. We'll ask Deloitte's Brenna Sniderman and Vadhi Narasimhamurti for their insights on The Kinetic Enterprise: Strategies for Enabling a Sustainable and Built-to-Evolve Smart Factory.

Manufacturers face immense pressure to operate more efficiently and sustainably. For many, the way forward will require a renewed focus on their Industry 4.0 vision, including smart factories running with intelligent processes. Plenty of challenges lie ahead— creating a risk-averse supply chain, significant labor shortages, continued globalization, significantly higher data using IoT technology and the ability to translate that data into actionable information, dramatic technological advances around Robotics, AI, and ML, and a shift in the Future of Work to more remote operations. Given all of this, companies need to build a kinetic environment that can evolve and innovate as needed. Join us as Deloitte manufacturing and transformation specialists discuss a blueprint for creating the built-to-evolve Smart Factory. Discover how you can use emerging technologies to build the Smart Factory and unlock value faster. Our conversation will also cover the role of ecosystem partnerships, the digitally empowered workforce, and how you can align Smart Factory solutions with your ESG goals, as well as a broader vision of sustainability and philanthropy. We'll ask Deloitte's Brenna Sniderman and Vadhi Narasimhamurti for their insights on The Kinetic Enterprise: Strategies for Enabling a Sustainable and Built-to-Evolve Smart Factory.

Manufacturers continue to respond to an increasing demand for products amid a volatile supply chain, labor shortages, and a fluctuating global economy. Improving production processes in the factory can help, but it's not the only answer. In this podcast, David Linthicum and Deloitte's Stephen Laaper talk about how companies can use AI and other cognitive tools to harness the vast streams of data collected from manufacturing operations to automate and increase safety, productivity, and quality and build the smart factory of the future.

Podcast: Control Loop: The OT Cybersecurity PodcastEpisode: ICS training and education is a maturing domain.Pub date: 2022-06-15Subscribe to the Control Loop Newsletter here with new editions published every month.UK Attorney General discusses hacking back in defense of critical infrastructure. Ethiopia says it stopped cyberattacks on its Nile dam. Recommended cybersecurity improvements for dams in the Southeastern US. Water system security. MITRE releases supply chain security framework. CISA and its partners issue guidelines for evaluating 5G implementation. Deloitte opens a Smart Factory at Wichita State University.Tim Conway from SANS discusses his path to OT cybersecurity, workforce and cyber skills development for OT personnel, and new developments in cybersecurity education for industrial security.And in the Learning Lab, Mark Urban is joined by Nick Shaw for part one of an intro to OT.Control Loop News Brief.Hacking back in defense of critical infrastructure.Defensive Cyber Attacks Declared Legal by UK AG, Path Cleared to “Hack Back” When Critical Infrastructure & Services Attacked. (CPO Magazine)TVA recommends cybersecurity improvements for dams in Southeastern US.Request for Final Action - Audit 2020-17340 Non-Power Dam Control Cybersecurity. (Office of the Inspector General, TVA) INSA says cyber attack on GERD, financial institutions foiled. (Addis Standard)Water system security.Cyberspace Solarium congressman, water officials decry EPA inaction on cybersecurity. (CyberScoop)MITRE releases supply chain security framework.Mitre's New “System Of Trust” Protects Vulnerable Supply Chains (MITRE)CISA and its partners issue guidelines for evaluating 5G implementation.5G Security Evaluation Process Investigation Version 1 (CISA)Ransomware attack on FOXCONN Mexico factory operations..Foxconn: Mexico factory operations ‘gradually returning to normal' after ransomware attack. (The Record)LockBit, Conti most active ransomware targeting industrial sector. (Bleeping Computer)Deloitte opens US Smart Factory.Deloitte Opens New US Smart Factory in Wichita, Kansas, Convenes Ecosystem of Innovators to Make Industry 4.0 a Reality (PR Newswire)Control Loop Interview.Tim Conway from SANS discusses his path to OT cybersecurity, workforce and cyber skills development for OT personnel, and new developments in cybersecurity education for industrial security.His LinkedIn profile may be found here; follow him at the SANS Institute here.Control Loop Learning Lab.Mark Urban is joined by Nick Shaw for part one of an intro to OT.A Collection of Resources for Getting Started in ICS/SCADA CybersecurityThe podcast and artwork embedded on this page are from CyberWire Inc., which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

Subscribe to the Control Loop Newsletter here with new editions published every month. UK Attorney General discusses hacking back in defense of critical infrastructure. Ethiopia says it stopped cyberattacks on its Nile dam. Recommended cybersecurity improvements for dams in the Southeastern US. Water system security. MITRE releases supply chain security framework. CISA and its partners issue guidelines for evaluating 5G implementation. Deloitte opens a Smart Factory at Wichita State University. Tim Conway from SANS discusses his path to OT cybersecurity, workforce and cyber skills development for OT personnel, and new developments in cybersecurity education for industrial security. And in the Learning Lab, Mark Urban is joined by Nick Shaw for part one of an intro to OT. Control Loop News Brief. Hacking back in defense of critical infrastructure. Defensive Cyber Attacks Declared Legal by UK AG, Path Cleared to “Hack Back” When Critical Infrastructure & Services Attacked. (CPO Magazine) TVA recommends cybersecurity improvements for dams in Southeastern US. Request for Final Action - Audit 2020-17340 Non-Power Dam Control Cybersecurity. (Office of the Inspector General, TVA)  INSA says cyber attack on GERD, financial institutions foiled. (Addis Standard) Water system security. Cyberspace Solarium congressman, water officials decry EPA inaction on cybersecurity. (CyberScoop) MITRE releases supply chain security framework. Mitre's New “System Of Trust” Protects Vulnerable Supply Chains (MITRE) CISA and its partners issue guidelines for evaluating 5G implementation. 5G Security Evaluation Process Investigation Version 1 (CISA) Ransomware attack on FOXCONN Mexico factory operations.. Foxconn: Mexico factory operations ‘gradually returning to normal' after ransomware attack. (The Record) LockBit, Conti most active ransomware targeting industrial sector. (Bleeping Computer) Deloitte opens US Smart Factory. Deloitte Opens New US Smart Factory in Wichita, Kansas, Convenes Ecosystem of Innovators to Make Industry 4.0 a Reality (PR Newswire) Control Loop Interview. Tim Conway from SANS discusses his path to OT cybersecurity, workforce and cyber skills development for OT personnel, and new developments in cybersecurity education for industrial security. His LinkedIn profile may be found here; follow him at the SANS Institute here. Control Loop Learning Lab. Mark Urban is joined by Nick Shaw for part one of an intro to OT. A Collection of Resources for Getting Started in ICS/SCADA Cybersecurity

Ed Price, Senior Fellow at NYU and former British trade official, joins us in studio to talk about policy makers' response to European inflation, the ECB, and Boris Johnson. Nishita Henry, Chief Innovation Officer at Deloitte Consulting, discusses the current manufacturing and supply chain challenges businesses face and Deloitte's new Smart Factory in Wichita, Kansas. Anna Wong, Chief US Economist with Bloomberg News, discusses the latest CPI data. Sonali Basak, Wall Street reporter with Bloomberg News, joins us to discuss her conversation with Goldman Sachs CEO David Solomon about the macro environment and how Wall Street is reacting to the recent inflation data. Hosted by Paul Sweeney and Matt Miller. See omnystudio.com/listener for privacy information.

Penang-based electronic manufacturing solutions provider CNergenz raised RM58 million in its IPO on the ACE market this month. What is its growth strategy following this cash injection? We discuss CNergenz's smart factory ambitions and views on the prospects for the Malaysian semiconductor industry with CEO Lye Yhin Choy.

Manufacturers face immense pressure to operate more efficiently and sustainably. For many, the way forward will require a renewed focus on their Industry 4.0 vision, including smart factories running with intelligent processes. Plenty of challenges lie ahead— creating a risk-averse supply chain, significant labor shortages, continued globalization, significantly higher data using IoT technology and the ability to translate that data into actionable information, dramatic technological advances around Robotics, AI, and ML, and a shift in the Future of Work to more remote operations. Given all of this, companies need to build a kinetic environment that can evolve and innovate as needed. Join us as Deloitte manufacturing and transformation specialists discuss a blueprint for creating the built-to-evolve Smart Factory. Discover how you can use emerging technologies to build the Smart Factory and unlock value faster. Our conversation will also cover the role of ecosystem partnerships, the digitally empowered workforce, and how you can align Smart Factory solutions with your ESG goals, as well as a broader vision of sustainability and philanthropy. We'll ask Deloitte's Brenna Sniderman and Vadhi Narasimhamurti for their insights on The Kinetic Enterprise: Strategies for Enabling a Sustainable and Built-to-Evolve Smart Factory.

Manufacturers face immense pressure to operate more efficiently and sustainably. For many, the way forward will require a renewed focus on their Industry 4.0 vision, including smart factories running with intelligent processes. Plenty of challenges lie ahead— creating a risk-averse supply chain, significant labor shortages, continued globalization, significantly higher data using IoT technology and the ability to translate that data into actionable information, dramatic technological advances around Robotics, AI, and ML, and a shift in the Future of Work to more remote operations. Given all of this, companies need to build a kinetic environment that can evolve and innovate as needed. Join us as Deloitte manufacturing and transformation specialists discuss a blueprint for creating the built-to-evolve Smart Factory. Discover how you can use emerging technologies to build the Smart Factory and unlock value faster. Our conversation will also cover the role of ecosystem partnerships, the digitally empowered workforce, and how you can align Smart Factory solutions with your ESG goals, as well as a broader vision of sustainability and philanthropy. We'll ask Deloitte's Brenna Sniderman and Vadhi Narasimhamurti for their insights on The Kinetic Enterprise: Strategies for Enabling a Sustainable and Built-to-Evolve Smart Factory.

Already aspiring to deliver “the greenest ecosystem that denim has ever seen,” Crescent Bahuman Limited is taking other supply chain imperatives head on with the launch of its “Smart Factory 4.0” journey and implementing tracing technology from PaperTale. The digitization investments come as the denim manufacturer aims to fortify its ongoing sustainability and transparency initiatives with the support of more granular data. Listen to the chat between Zaki Saleemi, vice president of Crescent Bahuman, and Edward Hertzman, founder of Sourcing Journal, to learn how the company's Smart Factory supports "intelligent decision-making." Learn more about your ad choices. Visit megaphone.fm/adchoices

Learn how to get started with your cloud journey, and make the right changes along the way. Featured guests include Chris Carissimi, CTO at GE Aviation and Douglas Bellin, the Business Development Lead for Smart Factory and Industry 4.0 at AWS

Manufacturers face immense pressure to operate more efficiently and sustainably. For many, the way forward will require a renewed focus on their Industry 4.0 vision, including smart factories running with intelligent processes. Plenty of challenges lie ahead— creating a risk-averse supply chain, significant labor shortages, continued globalization, significantly higher data using IoT technology and the ability to translate that data into actionable information, dramatic technological advances around Robotics, AI, and ML, and a shift in the Future of Work to more remote operations. Given all of this, companies need to build a kinetic environment that can evolve and innovate as needed. Join us as Deloitte manufacturing and transformation specialists discuss a blueprint for creating the built-to-evolve Smart Factory. Discover how you can use emerging technologies to build the Smart Factory and unlock value faster. Our conversation will also cover the role of ecosystem partnerships, the digitally empowered workforce, and how you can align Smart Factory solutions with your ESG goals, as well as a broader vision of sustainability and philanthropy. We'll ask Deloitte's Brenna Sniderman and Vadhi Narasimhamurti for their insights on The Kinetic Enterprise: Strategies for Enabling a Sustainable and Built-to-Evolve Smart Factory.

Manufacturers face immense pressure to operate more efficiently and sustainably. For many, the way forward will require a renewed focus on their Industry 4.0 vision, including smart factories running with intelligent processes. Plenty of challenges lie ahead— creating a risk-averse supply chain, significant labor shortages, continued globalization, significantly higher data using IoT technology and the ability to translate that data into actionable information, dramatic technological advances around Robotics, AI, and ML, and a shift in the Future of Work to more remote operations. Given all of this, companies need to build a kinetic environment that can evolve and innovate as needed. Join us as Deloitte manufacturing and transformation specialists discuss a blueprint for creating the built-to-evolve Smart Factory. Discover how you can use emerging technologies to build the Smart Factory and unlock value faster. Our conversation will also cover the role of ecosystem partnerships, the digitally empowered workforce, and how you can align Smart Factory solutions with your ESG goals, as well as a broader vision of sustainability and philanthropy. We'll ask Deloitte's Brenna Sniderman and Vadhi Narasimhamurti for their insights on The Kinetic Enterprise: Strategies for Enabling a Sustainable and Built-to-Evolve Smart Factory.

Manufacturers face immense pressure to operate more efficiently and sustainably. For many, the way forward will require a renewed focus on their Industry 4.0 vision, including smart factories running with intelligent processes. Plenty of challenges lie ahead— creating a risk-averse supply chain, significant labor shortages, continued globalization, significantly higher data using IoT technology and the ability to translate that data into actionable information, dramatic technological advances around Robotics, AI, and ML, and a shift in the Future of Work to more remote operations. Given all of this, companies need to build a kinetic environment that can evolve and innovate as needed. Join us as Deloitte manufacturing and transformation specialists discuss a blueprint for creating the built-to-evolve Smart Factory. Discover how you can use emerging technologies to build the Smart Factory and unlock value faster. Our conversation will also cover the role of ecosystem partnerships, the digitally empowered workforce, and how you can align Smart Factory solutions with your ESG goals, as well as a broader vision of sustainability and philanthropy. We'll ask Deloitte's Brenna Sniderman and Vadhi Narasimhamurti for their insights on The Kinetic Enterprise: Strategies for Enabling a Sustainable and Built-to-Evolve Smart Factory.

¡Aprende SecTY!  “La Digitalización es la razón principal por la que desde el año 2000, más de la mitad de las empresas listadas por el Fortune 500 han desaparecido.” Pierre Nanterme Digitalización es otro nombre para la 4ta Revolución Industrial o mejor conocida como la Industria 4.0.   ¿Qué es la Industria de la Manufactura?: La industria manufacturera se dedica a la transformación de bienes semiprocesados o materias primas directamente en bienes finales de consumo, listos para su comercialización inmediata a través de distribuidores y otros mecanismos que los aproximan a sus públicos consumidores. Después de la Revolución Industrial, este término se refiere al proceso de transformación de la materia prima en bienes elaborados a una gran escala. El mismo requiere de la utilización de máquinas y del consumo de energía, en vez de trabajo manual. Hoy en día vivimos en la cuarta generación de la Revolución Industrial que se describe como una de diferentes cambios, principalmente impulsados por la tecnología, en los sistemas de fabricación. Donde las computadoras están conectadas y se comunican entre sí para finalmente tomar decisiones sin la participación humana. Una combinación de sistemas ciber físicos, Internet de las cosas (IoT) e Internet de sistemas hacen posible la Industria 4.0 y la fábrica inteligente (Smart Factory).   Esta generación de la manufactura esta liderada por el Internet de las cosas (IoT) el cual hace que esta industria sea de alto riesgo. Por tanto, la ciberseguridad juega un papel muy importante para proteger la misma. Escucha de que se compone esta industria de la manufactura y como la Seguridad de Información es clave en el progreso en ella.   Como ejemplo de esto, te dejo el enlace del ataque que tuvo la fabrica de carnes el cual paralizo su producción.: https://cnnespanol.cnn.com/2021/06/10/jbs-dice-que-pago-us-11-millones-de-rescate-tras-ciberataque-trax/ https://www.primerahora.com/noticias/estados-unidos/notas/jbs-confirma-que-pago-rescate-de-11-millones-a-hackers/   Reporte de los ataques a la industria de manufactura mas reciente: https://www.verizon.com/business/en-gb/resources/reports/dbir/2021/data-breach-statistics-by-industry/manufacturing-data-breaches/   ¡Gracias!: Visita nuestra página web de Aprende SecTY: https://www.aprendesecty.com para que puedas aprovechar las herramientas, tips, guías que te proveeremos para que sigas aprendiendo de seguridad de información. Síguenos en Facebook, Instagram, Twitter y LinkedIN como: @SecTYCS Búscanos en YouTube como Aprende SecTY Envíame tus preguntas o recomendaciones a: itsec@sectycs.com Deja tu reseña en iTunes/Apple Podcast y compártelo con personas que necesiten mejorar la seguridad en su negocio y en su vida. Puedes escucharnos por medio de: iTunes/Apple Podcast, Spotify, Stitcher, Google Podcast y YouTube.

The buzz: “The Factory of the Future has an evolving definition…even different names…Smart Manufacturing, Industry 4.0 or the Digital Enterprise…Perhaps manufacturing will at last be able to leave behind the public impressions of labor-intensive, dirty and dangerous worksites…Only one characteristic of the Factory of the Future that is essential: A creative mindset for problem-solving and out-of-the-box thinking is key to embracing new technologies…Stubborn adherence to traditional processes…will cause serious roadblocks.” (industryweek.com) “Industry 4.0, smart manufacturing, the next industrial revolution…more than just a flashy catchphrase.…Reports peg the smart factory industry to touch USD 215B by 2025…there has been no major economy in the world that is not embracing it.” (cio.economictimes.indiatimes.com). We'll ask Marty Groover, Derek Dyer and Matthew Stemmler at C5MI and Don Young at YASH Technologies and C5MI for their take on The Future of the Factory of The Future.

The buzz: “The Factory of the Future has an evolving definition…even different names…Smart Manufacturing, Industry 4.0 or the Digital Enterprise…Perhaps manufacturing will at last be able to leave behind the public impressions of labor-intensive, dirty and dangerous worksites…Only one characteristic of the Factory of the Future that is essential: A creative mindset for problem-solving and out-of-the-box thinking is key to embracing new technologies…Stubborn adherence to traditional processes…will cause serious roadblocks.” (industryweek.com) “Industry 4.0, smart manufacturing, the next industrial revolution…more than just a flashy catchphrase.…Reports peg the smart factory industry to touch USD 215B by 2025…there has been no major economy in the world that is not embracing it.” (cio.economictimes.indiatimes.com). We'll ask Marty Groover, Derek Dyer and Matthew Stemmler at C5MI and Don Young at YASH Technologies and C5MI for their take on The Future of the Factory of The Future.