Chuck Byers Email and Phone Number
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Chuck Byers personal email
I’m a CTO / Senior Electrical Engineer / Engineering Fellow / Independent Consultant with a track record of leadership in telecommunications, IoT, video, and common platform design / architecture at the chip, board, system, and network levels. Over my 37 year career, I have served as lead architect on over 20 IoT, robotics, video, switching, access, and wireless products with total sales over $1 billion. My expertise includes problem definition, requirements coordination, and translation of those requirements through architecture, implementation, and deployment. I understand the potential of advanced technologies and how to apply them to solve real-world problems. Effective communication is a particular strength, with the ability to interact with customers, developers, suppliers, executives, government officials, analysts, and the press. My strong track record of innovation includes over 120 US patents issued, over 20 additional patent ideas in process and numerous breakthrough products. I am also a leader in standards bodies like the Industry IoT Consortium, IEEE, PICMG and SCOPE, where I have been involved in founding several key standards (including OpenFog, AdvancedTCA, AdvancedMC, MicroTCA), serving as CTO, and chairing several influential committees. I’ve lots of ideas for the future, and how to make it better through highly advanced telecommunications, robotics, network, and computational elements.Specialties: Telecommunications networks, Internet of Things, IoT, Robotics, Drones, Drone package delivery, Fog Computing, Edge computing, Requirements generation, Modular platform architecture, Hardware design, Video, Broadband access, Wireless infrastructure, Advanced technology, Innovation, Patents, Intellectual property, Standards, Supply chain management, Advanced Telecommunications Computing Architecture, AdvancedTCA, ATCA, Advanced Mezzanine Card, AdvancedMC, AMC, MicroTCA, Blade servers, Analytics, Big data, Cloud, Routing, Switching, Optics, Optical networking, Packaging, Backplanes, Cooling, Liquid cooling, Performance, Reliability, LiFi
Industry Iot Consortium
View- Website:
- iiconsortium.org
- Employees:
- 22
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Chief Technical OfficerIndustry Iot ConsortiumWheaton, Il, Us
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Chief Technology OfficerValqari Feb 2021 - PresentLombard, Illinois, UsAs CTO of Valqari, I am responsible for the technical vision and innovations for our line of drone package delivery landing stations. These systems use advanced robotic technologies to dock drones, move packages to and from them, and secure packages in automated lockers. I work closely with customers, marketing, and engineering teams to merge the possibilities of technology with customer needs. I also am responsible for Valqari's patent program. -
Chief Technical OfficerIndustry Iot Consortium Dec 2018 - PresentGlobal, UsAs Associate Chief Technology officer of the Industry IoT Consortium (formerly the Industrial Internet Consortium), I am responsible for setting the Consortium's technical strategy, and executing our workplan of defining the architecture for Digital Transformation and IoT. I have special focus on edge computing - which takes the computation, networking and storage capabilities of the cloud deep into IoT networks. I also served as CTO of the OpenFog Consortium, which joined forces with the Industrial Internet Consortium in early 2019
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Principal Engineer And System ArchitectCisco Oct 2016 - Dec 2018I was responsible for IoT architectures and standards related to Cisco's fog computing / edge computing offers. I analyzed IoT use cases, maped their requirements onto architectures, worked with product developers to implement them, and customers to deploy them. I was also Cisco's primary technical representative on the OpenFog Consortium (one of the most influential groups in the definition and implementation of fog computing and edge computing), holding two chair positions in the OpenFog Consortium: chair of the Technical Committee (in a capacity similar to a CTO), and chair of the Architecture Working Group. • Leading technical efforts across the OpenFog Consortium to refine and expand the OpenFog Reference Architecture• Defining key use cases for fog / edge computing in IoT networks, including detailed work on smart cities / buildings / homes, smart grids, robots, smart factories, autonomous vehicles and drones.• Working to understand what interoperability means in fog nodes and fog networks, and how fog interoperates with edge and cloud computing• Generating detailed requirements lists for fog computing, by extracting requirements from customer use cases and technical experts.• Driving liaison roles between the OpenFog Consortium and related standards efforts including IEEE / ETSI MEC / IIC• Working to understand how fog / edge can be secured, including refining requirements for hardware roots of trust, trusted platform modules, and the use of BlockChain on fog / IoT networks• Working with Cisco’s customers, sales, marketing and engineering teams to refine our IoT / fog offer, and discover new applications across all IoT verticals and customer use cases• Working with Cisco’s suppliers of fog / edge components to insure an optimal supply chain• Producing multiple publications and presentations relating to fog / IoT
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Technical Leader Ii / System ArchitectCisco Systems Apr 2008 - Oct 2016San Jose, Ca, UsResponsible for media processing and analytics platform architecture, especially the highly innovative HW architecture and design for the MXE 5600 - a high performance video transcoding, and storage platform. I also worked with several Cisco research projects in areas like Fog Computing, router service nodes, and H.265; led divisional Intellectual Property, patent review and coordination efforts, and represented Cisco on several standards bodies.• Set direction for a standards-based platform based approach that saved over $1 million in development expense and at least 12 months of development effort• Created an innovative hardware partitioning and modularity that resulted in a highly efficient media processing systems, upgradable for 10-year field life. Our systems led the world in density, power efficiency and feature richness.• Collaborated with other business units to facilitate platforms, commonality, reuse, and leverage of HW and SW elements across product lines. Chaired an influential internal study on video processing that helped resolve redundancies and bring customer focus to product lines.• Developed heterogeneous processor architectures and innovative algorithm partitioning for multicore CPUs that promises to nearly double the density and performance, and provide a 50% cost reduction for speech recognition and analytics products. • Completed several rounds of CPU performance studies for video CoDec, signaling, and analytics algorithms. Recommended HW architectures and SW partitioning that helped optimize system performance and efficiency. • Worked with supply base and supply chain professionals at the chip, board, and system level to ensure most current technology is used. Advanced needs were represented in the roadmaps of companies like Intel, Broadcom, Xilinx, TI, and Freescale as a result. • Served on five subcommittees in the PCI Industrial Computer Manufacturer’s Group (the leading standards body for modular platform hardware). -
Bell Labs FellowAt&T / Lucent Technologies / Alcatel-Lucent 1986 - 2008I led a company-wide effort to evolve a significant portion of product portfolio to standard modular platforms like AdvancedTCA and SAF. I performed partitioning studies, capacity, performance and reliability modeling, and detailed analysis of total lifecycle cost of ownership. While at Lucent, I provided many of the high-level requirements for high performance modular platforms that drove the AdvancedTCA standard.• Pioneered AdvancedTCA as the basis of a standards-based product portfolio. Employed it as a common platform for wireless network offers, widely deployed at most of the world’s leading wireless carriers.• Drove the direction of Fortune-100 suppliers’ roadmaps for modular platforms, COTS elements, and related products. Many of these insights directly influenced the AdvancedTCA market• Led a unification of a common packet processing strategy across all business units, saving dozens of person years of HW and SW development effort• Actively participated in all phases of specification development as an acknowledged expert in AdvancedTCA, which was approximately $2 billion / year ecosystem in 2012.• Invented the concept of VoIP service nodes, today known as the Media Resource Function (MRF) in mobile networks, which provide functions like ringtones, signaling and media processing. Majority of wireless calls use these network elements.• Led efforts to migrate from circuit switched to VoIP networks. Coordinated the production of several influential studies and position papers that defined corporate VoIP strategy (and highly influenced customer strategies), accelerating deployment worldwide, and paving the way for services like Skype• Conceived of the architecture that became highly successful Anymedia product line; a system that was a market leader in density and availability• Designed one of the world’s first wideband network processor chips for an early packet voice system
Chuck Byers Skills
Chuck Byers Education Details
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University Of Wisconsin - MadisonElectrical Engineering -
University Of Wisconsin - MadisonElectrical And Computer Engineering
Frequently Asked Questions about Chuck Byers
What company does Chuck Byers work for?
Chuck Byers works for Industry Iot Consortium
What is Chuck Byers's role at the current company?
Chuck Byers's current role is Chief Technical Officer.
What is Chuck Byers's email address?
Chuck Byers's email address is c_****@****bal.net
What schools did Chuck Byers attend?
Chuck Byers attended University Of Wisconsin - Madison, University Of Wisconsin - Madison.
What skills is Chuck Byers known for?
Chuck Byers has skills like Electrical Engineering, Network Architecture, System Architecture, Platform Architecture, Platform Design, Telecommunications, Network Design, Requirements Gathering, System Requirements, Standards Development, Advancedtca, Advancedtca Extensions.
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