Raleigh IoT startup lands ‘smart cities’ partnership to improve public safety in Denver

MeterSYS | August 14, 2020

MeterSYS has landed a partnership to make Denver a “smart city.” The Raleigh-based startup has teamed up with Boulder AI to bring its Internet of Things (IoT) service platform and advanced metering solutions to the Mile High City.

The result: safer traffic crossings for pedestrians, the partners say. The exact terms of the partnership were not disclosed.

“With more pedestrians, bicyclists, and other alternative forms of transportation sharing roadways with vehicles on city streets, our clients are looking to use IoT technologies to improve how they manage traffic signals and infrastructure at school crossing zones, high-traffic intersections and multi-modal lanes,” said Andy Honeycutt, CEO of MeterSYS, in a statement.

Spotlight

This is the second part of a series of lectures on networking protocols for Internet of Things (IoT) by Professor Raj Jain, Washington University. It covers 6LowPAN Adaptation Layer Address Formation Compression RPL.


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INVESTMENT AND BUSINESS

STMicroelectronics Partners with AWS to Strengthen IoT Connection Security

STMicroelectronics | May 13, 2022

STMicroelectronics has created a new AWS FreeRTOS-qualified, TF-M-based reference implementation, working in conjunction with Amazon Web Services (AWS), an ST Authorized partner, to easily and securely connect Internet of Things (IoT) devices to the AWS cloud. “FreeRTOS, backed by our long-term support libraries, is the perfect platform for connecting resource-constrained devices to powerful cloud services,” said Dave Kranzler, GM, IoT Devices, AWS. “Working with ST to integrate industry-standard Arm open-source secure TF-M software and the STM32U5 MCU’s security features lets developers quickly build edge-to-cloud solutions that resist cyber threats.” The superior security built into our STM32U5 MCUs supports the creation of trusted IoT devices to connect to the AWS cloud. Our qualified reference platform represents a significant investment in software integration that saves development time and costs while simplifying compliance with PSA Certified security guidelines.” Daniel Colonna, Marketing Director, Microcontroller Division, STMicroelectronics. The jointly created solution combines ST’s STM32U5 ultra-low-power microcontrollers (MCUs), FreeRTOS open-source real-time operating system, and Arm trusted-firmware for embedded systems (TF-M). The reference implementation is realized on ST’s B-U585I-IOT02A discovery kit for IoT nodes with STM32U5 MCUs, which contains rich features including USB, Wi-Fi, and Bluetooth Low Energy connectivity, as well as multiple sensors. The STSAFE-A110 secure element support is being added and comes pre-loaded with IoT object credentials. It helps secure and simplifies attachment between the connected objects and the AWS cloud. FreeRTOS comprises a kernel optimized for resource-constrained embedded systems and software libraries for connecting various types of IoT endpoints to the AWS cloud or other edge devices. AWS’s long-term support (LTS) is maintained on FreeRTOS releases for two years, which provides developers with a stable platform for deploying and maintaining their IoT devices. The Arm TF-M firmware simplifies protecting embedded systems, including services for secure boot, secure storage, cryptography, and attestation, forming the basis of a trusted execution environment (TEE) on the device. Designed for Arm v8-M architectures, TF-M integrates readily with TrustZone on ST’s STM32U5 MCUs, which feature the Arm Cortex-M33 core. ST’s STM32U5 MCUs target demanding IoT-edge applications, featuring the advanced 160MHz Cortex-M33 core with Arm TrustZone technology and Armv8-M mainline security extension, up to 2MB on-chip Flash, and extreme power-saving features. With hardware cryptographic accelerators, secure firmware installation and update, and enhanced resistance to physical attacks, the MCUs have achieved PSA Certified Level-3 and SESIP 3 certifications. Also, their extreme energy-saving design simplifies powering the application and extends battery lifetime in remote applications. Highlights include three different stop modes that maximize opportunities to operate at the lowest possible power and ST’s batch-acquisition mode that captures peripheral data even while the core is powered down. The STSAFE-A110 EAL5+ certified secure element brings an authentication scheme and personalization service that allow an automated and secured attachment of connected objects to the AWS cloud. It safely relieves the historical burden on IoT-device makers to protect secret credentials during product manufacture. ST will release a version of the reference implementation based on STM32Cube tools and software in Q3 this year, which will further simplify IoT design leveraging seamless integration with the rest of the STM32 ecosystem.

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THEORY AND STRATEGY

Versatile Chooses Elevāt Machine Connect to Provide Advanced Agricultural Mobile Machine IoT Solution

VERSATILE | May 25, 2022

Today, Elevāt, a leading global IoT connected machines SaaS innovator, announced that Versatile, a division of Buhler Industries, Inc. (TSX: BUI), deployed the Elevāt Machine Connect platform across its entire tractor line for Model Year 2022. Since starting tractor production in 1966, Versatile has remained a leader for articulating four-wheel drive tractors. We manufacture all our tractors in our factory in Winnipeg, Manitoba. As the only Canadian agricultural tractor manufacturer, we pride ourselves on our leadership in manufacturing, assembly, and research and development," says Erron Leafloor, Versatile. "When we decided to integrate IoT telematics software, sensors, and gateways into our tractors, we wanted to ensure the solution we implemented provided a seamless experience for our entire dealer network and our customers. We chose to work with Elevāt because of their willingness and ability to tailor their solution and the portal to our unique requirements. We have just begun to deploy the CBX system by Elevāt in our tractors; our dealers and end users are already excited about the benefits," continues Leafloor. The team at Versatile came to Elevāt looking for a solution that would support remote diagnostics, predictive maintenance and deliver capabilities like over-the-air (OTA) updates, geofencing and geotracking, and proactive telematics reports. Also, advanced features like virtual technician support and command and control supported Versatile's dedication to advanced innovation. They also wanted a fully white-labeled portal experience that aligned with the Versatile brand and delivered a customer experience that supported Versatile's long-held commitment to customer service." Adam Livesay, Co-Founder and Chief Revenue Officer, Elevāt. ABOUT VERSATILE Versatile, a division of Buhler Industries Inc. (TSX: BUI), is the only Canadian manufacturer of agricultural tractors. The factory in Winnipeg, Manitoba covers almost 700,000 square feet with complete manufacturing and assembly capabilities and full research and development facilities. ABOUT ELEVĀT Elevāt's sensor-driven, cloud-connected, AI-enabled SaaS platform is helping equipment manufacturers, owners and users discover the hidden value of their machines while simultaneously enabling new revenue streams.

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INDUSTRIAL IOT

Digi International Introduces Digi XBee Intelligent Edge Controller (lEC) Solution for Industrial Remote Asset Monitoring and Control

Digi International | May 24, 2022

Digi International, a leading global provider of Internet of Things (IoT) connectivity products and services, today introduced the Digi XBee® Intelligent Edge controller (IEC), bringing together a comprehensive networking architecture to close the gap between field devices and the cloud and provide powerful asset monitoring and control. Digi XBee Intelligent Edge Controller (IEC) provides a deployment-ready upgrade to existing industrial sensors with the latest innovations in wireless and cloud technologies. In combination with Digi X-ON cloud, the Digi XBee IEC can help companies monitor sensors or remote-control assets over Long-Range, Low-Power Wide Area Networks, including LoRaWAN, CAT-M1 and NB-IoT. Industrial devices can be monitored with sub-second latency with alarms and data wirelessly delivered through the Digi X-ON cloud. The Digi XBee IEC is compatible with 90% of existing industrial sensors and controls, providing SCADA systems with an IoT alternative. The solution is ideal for enterprises across numerous industry verticals such as energy and utilities, oil and gas, water and wastewater, logistics and agriculture. Using Digi’s X-ON cloud platform, customers leverage a single solution to convert complex protocols for the industrial IoT into simplified data APIs, to integrate data with other tools and systems. “Two of the biggest challenges companies face in industrial IoT projects are money and time,” said Nik Kitson, Director of OEM Solutions Business Development for Digi. “Traditional SCADA systems are very expensive and can take months to deploy and configure for a company's specific needs. A new system or software package often involves a substantial learning curve and employee training time. But remaining with a non-secure or outdated system can cost far more in the long run. Unlike legacy systems that could only leverage the tools available at the time, Digi developed the IEC using today’s most advanced technologies to create more intelligent, secure, and cost-effective solutions.” A Smarter Alternative to Traditional SCADA Traditional SCADA systems have typically relied on extensive middleware – including gateways, software, and licenses – raising the risk of unauthorized data accessibility and other security breaches. Industrial IoT protocols add security as an afterthought and require users to enable those features. The combination of complex technology infrastructures, communications interoperability challenges, and immature IoT standards creates enormous hurdles for automation engineers. Additionally, standard SCADA and PLCs often require high network bandwidth and cloud capacity to provide sub-second monitoring. The Digi XBee IEC solution is being successfully deployed for electrical smart-grid asset monitoring, smart city water management, logistics warehouse operations, and more. “The Digi solution enables Valmont to offer a proactive condition monitoring experience that complements our scheduled maintenance and operations. The ability to detect infrastructure anomalies in real time using remote wireless technology unlocks huge potential, enabling our customers to operate tower infrastructure without over-taxing remote operations workers.” Trevor Mecham, Vice President of Global Infrastructure Technology Strategy and Industry Relations at Valmont Industries, Inc Digi XBee IEC not only provides a faster time-to-market for IIoT OEMs and enterprises, it is also a value-added tool set for systems integrators and Value Added Resellers (VARs) to address complex IIoT deployments. The IEC solution can be easily deployed into multiple solutions for a wide range of use cases, all through the X-ON device management portal. About Digi International Digi International is a leading global provider of IoT connectivity products, services, and solutions. It helps companies create next-generation connected products and deploy and manage critical communications infrastructures in demanding environments with high levels of security and reliability. Founded in 1985, Digi has helped customers connect more than 100 million things and counting.

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ENTERPRISE IOT

Renesas Delivers Industry’s Most Complete Intelligent Sensor Solutions for IoT Applications

Renesas | June 27, 2022

Renesas Electronics Corporation, a premier supplier of advanced semiconductor solutions, is changing the way designers build sensor-connected IoT applications with a range of new solutions targeted at faster design cycles, improved accuracy, and reduced system cost. In addition to the new HS4XXX family of relative humidity and temperature sensors, Renesas is introducing the ZSSC3281 sensor signal conditioning (SSC) IC for highly accurate amplification, digitization, and sensor-specific correction of sensor signals. These new products complement Renesas’ extensive MCU portfolio and embedded AI solutions. The sensor design process is supported by Renesas’ unique system design platform that significantly eases the prototyping of IoT systems. The Renesas Quick-Connect IoT system consists of standardized boards and interfaces, enabling designers to quickly and easily connect a wide range of sensors to MCU/MPU development boards. The new system also delivers core software building blocks that are portable between boards, greatly reducing coding requirements. Now, instead of writing and testing hundreds of lines of driver code, designers only need to graphically select their sensor and write a few lines of code. All the integration and setup effort happen behind the scenes, reducing the time to a working solution. Renesas also provides numerous Winning Combinations that combine sensors with multiple other ICs to offer customers an elevated design platform that mitigates the design risks and reduces development time. According to a recent Zion Market Research study, the Global IoT sensors market is estimated to grow at a compound annual growth rate (CAGR) of approximately 27.9%, reaching an estimated $27.9 billion by the year 2028. “Sensing solutions are a critical element in IoT systems, and present numerous design challenges during system integration that can slow development and impact overall system performance, The combination of our sensor technology, signal conditioning expertise, and system solution mindset enables us to deliver customers a design platform that is unmatched by any competitor.” DK Singh, Senior Director of the Systems and Solutions Team at Renesas With more than 20 years’ experience, Renesas has deep and broad expertise in the sensor market. Renesas’ portfolio includes sensor signal conditioners, biosensors, humidity and temperature sensors, light and proximity sensors, flow sensors, and position sensors. HS4XXX Relative Humidity and Temperature Sensors The new HS4XXX family of relative humidity and temperature sensors provides high accuracy, fast measurement response time, and ultra-low power consumption in a small package size, making them ideal for a wide number of applications ranging from portable devices to products designed for harsh environments. More information on the new family is available at renesas.com/humidity. Key features of the HS4XXX Relative Humidity and Temperature Sensors Very low current consumption: 0.3µA average for 8-bit resolution with a 3.3V supply Ultra-low sleep current: 0.010 µA Small 2.5 × 2.5 × 0.9 mm DFN-style 8-LGA package Highly accurate relative humidity sensing of ± 1.5% RH Temperature sensor accuracy of ±0.2°C typical ZSSC3281 Sensor Signal Conditioning IC The new ZSSC3281 SSC delivers highly accurate amplification, digitization, and sensor-specific correction of sensor signals. It includes a two-channel analog front end as well as an integrated ARM-based MCU with embedded mathematics for sensor signal processing. It targets high-end applications including industrial, medical and consumer sensing. Key features of the ZSSC3281 Sensor Signal Conditioning IC Highest performance with flexible analog front-end configurations Dual-speed mode for highest accuracy combined with fastest update rate 2 ADC’s running in parallel with up to 24-bit resolution Enables broad use for different sensor elements with multiple characteristics Measurement scheduler for optimized performance Advanced interrupt and diagnostic functions Digital interfaces including I²C, SPI, and One Wire Interface (OWI) 4-20mA current loop output, OWI communication via current loop About Renesas Electronics Corporation Renesas Electronics Corporation (TSE: 6723) empowers a safer, smarter and more sustainable future where technology helps make our lives easier. A leading global provider of microcontrollers, Renesas combines our expertise in embedded processing, analog, power and connectivity to deliver complete semiconductor solutions. These Winning Combinations accelerate time to market for automotive, industrial, infrastructure and IoT applications, enabling billions of connected, intelligent devices that enhance the way people work and live.

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Spotlight

This is the second part of a series of lectures on networking protocols for Internet of Things (IoT) by Professor Raj Jain, Washington University. It covers 6LowPAN Adaptation Layer Address Formation Compression RPL.

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