Arduino board meets EU Cyber Resilience Act requirements 

The Arduino Portena X8 is claimed to be the first system on module (SoM) to meet all the requirements of the EU’s Cyber Resilience Act, on receipt. 

It uses Foundries.io’s security technology to meet provisions such as provides capabilities making the Arduino Portenta X8 the industry’s first system-on-module (SoM) to meet all the requirements of the European Union’s Cyber Resilience Act (CRA) on shipment to a customer. 

The CRA mandates a minimum set of security features for all IoT devices marketed in Europe from 2025. The legislation requires device OEMs to build in functionality to secure each device, its software and its connections. The OEM must also be able to rapidly identify and fix any exposures to a known vulnerability in any production device in the field, for the full lifespan of those devices. 

Foundries.io provides cloud-native development and deployment DevOps solutions for secure IoT and edge devices and has provided hardware and software security and operational features required for compliance with the CRA for the lifetime of each device for the Portenta X8 SoM.

Developers who use the Portenta X8 SoM can manage device authentication, secure storage, provisioning, a software bill of materials (SBoM) and over-the-air (OTA) updating, in a single, cloud-based user environment. The system is secure against all known forms of cyber-attack and malware, said foundries.iom and enables rapid, device-specific responses to emerging common vulnerabilities and exposures (CVE) notices. 

Arduino said it has met the requirements of the CRA by building the Linux microPlatform (LmP) and FoundriesFactory DevOps product from Foundries.io into the Portenta X8 SoM. To maintain Linux distribution Arduino develops and provides updates to the Linux microPlatform operating system using the secure The Update Framework (TUF) -compliant OTA updating utility in the FoundriesFactory product. 

The Portenta X8 offers secure boot, a trusted execution environment, remote attestation, key installation, cloud authentication, TUF-compliant secure OTA updating and an SBoM that is automatically generated after every software update.

The X8 Board Manager tool provides a visual interface that ensures a user experience familiar to users of the Arduino EE development environment. 

Fabio Violante, CEO of Arduino, said: “When deploying Linux-based edge devices, security cannot be an afterthought. That’s why we designed the Arduino Portenta X8 giving the highest priority to security features, end to end. This spans from hardware and firmware to the Linux distribution and device management with FoundriesFactory technology. This allowed us to be naturally CRA-compliant from the very beginning.”

John Weil, chief marketing officer of Foundries.io, said: ‘Normally, SoM manufacturers supply their boards with a sample Linux distribution that is not maintained after shipment to the customer, and with none of the security infrastructure such as an SBoM tool and OTA update utility required to maintain device security for life. 

“The Portenta X8 has become the first SoM to provide a straightforward path to full compliance with the EU’s CRA, right out-of-the-box”. 

https://foundries.io/.

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IoT design kit from Würth Elektronik is Microsoft Azure-certified

The Calypso IoT design kit is an evaluation kit with pre-installed firmware by Würth Elektronik which enables the creation and evaluation of secure end-to-end IoT solutions using Microsoft’s Azure IoT Central.
The design kit is a robust hardware platform for rapid prototyping comprising the Würth Elektronik FeatherWing sensor, its Calypso Wi-Fi FeatherWing, Adafruit’s FeatherWing OLED and Feather M0, which works with the ATSAMD21G18 ARM Cortex M0+ processor, in addition to the pre-installed firmware from Würth Elektronik.
The FeatherWing development board combines sensors, power modules and wireless connectivity in one kit. Hardware and software have been pre-tested and verified for integration into Microsoft’s Azure IoT central.
The Calypso IoT design kit makes it easy to develop the decentralised recording of sensor data, which are processed using the pre-installed UX und API interface Azure IoT Central. The FeatherWing sensor monitors MEMS absolute-pressure, three-axis acceleration, temperature, and relative-humidity sensors, all from Würth Elektronik. The Calypso IoT design kit can be used, for instance, to develop monitoring and control applications for areas such as industrial automation, the healthcare sector, smart home, smart cities, smart grids and smart farming.
“We have joined the Azure Certified Device Program to ensure that customers can swiftly implement IoT solutions using hardware and software tools that have been pre-tested and verified for integration into Azure IoT,” explained Adithya Madanahalli, IoT engineer at Würth Elektronik eiSos in the business unit for Wireless Connectivity & Sensors.
The Calypso IoT design kit is available now and can be combined with other FeatherWings in Würth Elektronik’s and Adafruit’s product portfolios.
Würth Elektronik eiSos Group is a manufacturer of electronic and electromechanical components for the electronics industry. Würth Elektronik eiSos is one of the largest European manufacturers of passive components and is active in 50 countries. Production sites in Europe, Asia and North America supply a growing number of customers worldwide.
The product range includes EMC components, inductors, transformers, RF components, varistors, capacitors, resistors, quartz crystals, oscillators, power modules, Wireless Power Transfer, LEDs, sensors, radio modules, connectors, power supply elements, switches, push-buttons, connection technology, fuse holders and solutions for wireless data transmission.

http://www.we-online.com

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COM Express Type 6 module is certified for railway applications

Proven shock and vibration resistant for harsh environments, congatec’s conga-TC570r COM Express Type 6 Compact modules has been IEC-60068 certified for operation in railway applications and extreme conditions, such as extended temperatures, rapid temperature changes, shocks and vibrations.

The COM Express Type 6 Compact modules are based on the 11th Generation Intel Core processor family (code named Tiger Lake) and are suitable for operation in railway applications. Customers benefit from an application-ready building block with proven ruggedness for various mission critical applications, said congatec.

The IEC-60068 certified conga-TC570r module suits various new railway applications, including train control and management systems (TCMS), predictive maintenance, passenger information systems, video surveillance and analytics, ticketing and fare collection, and fleet management and optimisation. They are also suitable for applications beyond transportation exposed to extreme conditions including automation, autonomous guided vehicles (AGV), autonomous mobile robots (AMR). These applications require advanced embedded computing capabilities provided by Intel’s 11th Gen Core processor technology, noted congatec, in an industry-compliant design certified to meet all required IEC-60068 specifications.

The conga-TC570r module has undergone rigorous testing and certification against various IEC-60068 standards. It is certified for reliable operation under extended temperatures ranging from -40 to +85 degrees C, including change of temperature (IEC-60068-2-14 Nb) and rapid change of temperature (IEC-60068-2-14 Na). It also provides shock and vibration resistance on the basis of DIN EN 61373 April 2011 category 2 (railway applications). The module is also protected against severe environmental conditions, such as high humidity, in accordance with IEC-60721-3-7 class 7K3, 7M2. Optional features include conformal coatings to enhance resistance to liquids and moisture further.

The rugged COM Express Compact Type 6 11th Gen Intel Core modules with soldered RAM and In-Band ECC (IBECC) are available in standard configurations, 8from two cores and two threads to four cores and eight threads, up to 12Mbyte cache and 48 to 96 graphics execution units. Customisation options are available upon request.

congatec offers also corresponding carrier boards and comprehensive cooling solutions for its IEC-60068 certified COM Express module, allowing for fast application design. The heat pipe -based passive cooling ensured optimided heat dissipation and ruggedness, said congatec, thanks to the fanless design, which extends the module’s lifetime and reliability.

Additionally, congatec’s design-in and compliance measurement services for PCIe Gen4/5 and USB4 simplifies and accelerates application design, improving design security and reducing time-to-market.

http://www.congatec.com

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Universal Robot sensor kit simplifies integration of force torque sensors

Multi-axis force torque sensor manufacturer, Bota Systems, has introduced the Universal Robot FT sensor kit. The sensitive six-axis force torque sensor is certified by Universal Robots for use with the company’s collaborative robots.

The sensors provide sensitive haptic feedback to enhance the precision of applications, said Bota Systems. A robotic force torque sensor measures force and torque when they are applied on its surface. By using the measured signals in real-time feedback control, robots can perform challenging interaction tasks. The sensor of this type that is used most in robotics is a complete six-axis sensor, which measures forces and torques on three axes each.

The sensor kit is part of the UR ecosystem. It provides everything needed to get up and running quickly, including the lightweight SensONE sensor traducer with integrated electronics, cabling, power supply, and adapters and fasteners. The kit also includes URCap software that integrates in to UR’s graphical programming interface PolyScope. The software consists of drivers to provide access to the force torque data, as well as program templates to easily create force sensitive applications and to save development time.

The sensor is suitable for UR20, Universal Robots’ latest collaborative robot, or cobot, which has a reach, of up to 1750mm. It is also capable of the company’s heaviest payload, up to 20kg. The small footprint is just 245mm in diameter, which allows this industrial cobot to enable customers to automate more applications where heavy objects need to be lifted over a longer distance.

https://www.botasys.com/

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