ENTERPRISE IOT

XPENG G9 Equipped with Dual Automotive-Grade LiDAR Sensors from RoboSense

RoboSense | September 29, 2022 | Read time : 02:28 min

RoboSense
RoboSense, a world-leading provider of Smart LiDAR Sensor Systems announced XPENG G9 equipped with two RoboSense second-generation Smart Solid-state LiDARs (RS-LiDAR-M1). On September 21, XPENG Motors held the “G9 Flagship SUV Immersive Experience” online launch event and officially launched XPENG G9. XPENG G9 is positioned as “the world’s Fastest-Charging electric SUV”. It achieved a breakthrough and went going from development of “independent functions” to “global intelligence”.

G9 further demonstrates XPENG’s innovation in the field of intelligence. From the early functions of autonomous parking, voice control to driver assistance, G9 uses XPENG’s second-generation ADAS, XNGP, equipped with two RoboSense second-generation smart solid-state LiDARs, to realize full-scenario intelligent driver assistance.

The sensing system of the X Version of G9 uses 31 sensors. In particular, two RoboSense second-generation smart solid-state LiDARs are deployed under the headlights on both sides of the vehicle, covering 180° horizontal view, effectively reducing the size of vertical blind spots and thus tackling various complex driving scenarios in urban areas more effectively. This greatly improves the intelligent driving experience of G9, enabling it to run gracefully in the bustling traffic in urban scenarios.

With two smart solid-state LiDARs to boost performance, XNGP ADAS integrates new-generation visual perception and sensor fusion technologies, more powerful computing algorithms and decision-making and planning capabilities, which will achieve full coverage of daily driving scenarios including highways, urban expressways/main trunk roads/sub trunk roads, parks roads and parking lots and connect points such as high-speed toll stations, parking lot gates, etc. to become an advanced intelligent driver-assistance system that meets the daily commuting needs.

In accordance with strict passenger vehicle automotive-grade standards, RoboSense second-generation smart solid-state LiDAR has passed a series of reliability tests and fully meets the safety, reliability, service life and other requirements of XPENG G9 in high-speed and urban complex road scenarios.

With its leading technological strengths in the field of LiDAR, RoboSense has obtained design wins for more than 50 models from companies including XPENG, Great Wall Motor, BYD, FAW Hongqi, GAC AION, ZEEKR, WM Motor, Lotus Cars, Lucid Motors, Inceptio Technology and Zhito Technology. RoboSense will always pursue technological innovation and keep promoting the large-scale production of smart vehicles.

About RoboSense
RoboSense (Suteng Innovation Technology Co., Ltd.) is a world-leading provider of Smart LiDAR Sensor Systems. With a complete portfolio of LiDAR sensors, AI perception and IC chipsets, RoboSense transforms conventional 3D LiDAR sensors with comprehensive data analysis and interpretation systems.

About XPeng Inc.
XPeng is a leading Chinese Smart EV company that designs, develops, manufactures, and markets Smart EVs that appeal to the large and growing base of technology-savvy middle-class consumers. Its mission is to drive Smart EV transformation with technology and data, shaping the mobility experience of the future.

Spotlight

IoT / M2M is experiencing tremendous growth, with radio prices falling, new applications being deployed, and cellular use rising. There are many technologies to choose from in building an IoT / M2M solution. When you’re evaluating using a wide-area network, generally wireless technology will be used for satellite and cellular connectivity for most applications. At the same time, there is growth in the IoT / M2M space for short-range technologies, such as medical devices for self-monitoring that send information over Wi-Fi networks at home. But the minute you need a wide-area network, you’re probably going to want to pick a cellular or satellite technology. That choice depends on the application. What do you need? Each application will have different requirements forcing a particular selection for transport.


Other News
SECURITY

Finite State Adds Larry Pesce to Scale Guidance and Services for Customer Product Security Teams

Finite State | November 09, 2022

Finite State, the product security leader for connected devices, today announced it has hired Larry Pesce as its Product Security Research and Analysis Director. Pesce will serve as a senior consultant, providing expert guidance and services to product security teams worldwide, including product security program design and development, product red-teaming and penetration testing, software supply chain risk management, and vulnerability management. Recent research from the Ponemon Institute indicates that six of every ten organizations find it increasingly difficult to quickly respond to new vulnerability disclosures that may impact their devices, a reality that becomes especially painful when zero-day vulnerabilities such as last month's OpenSSL vulnerability surface. “Sixty percent of IT and IT security practitioners report that their organizations lack the in-house expertise to stand up a strong security posture and 62% cite a lack of resources, I'm confident that, with Larry's leadership and expertise, he will work closely with our customers to understand their needs, identify their product security gaps, and guide them toward solutions. As our Product Security Research and Analysis Director, Larry will act as an internal voice of our customers to help our product, engineering, R&D, and sales teams develop and deliver the solutions that our customers need right now." Matt Wyckhouse, founder and CEO of Finite State Pesce has held senior security and research positions at leading cybersecurity and IT services and consulting firms including InGuardians, Inc., and NWN Corporation. Earlier in his career, Pesce oversaw IS security at Care New England, a Rhode Island-based healthcare provider. An established cybersecurity thought leader, Pesce serves as a principal instructor and course author at the SANS Institute and has co-hosted the popular Paul's Security Weekly podcast for more than 15 years. “Embedded device security has been a passion of mine since the early 2000s. So long ago that it was well before the dawn of what we now refer to as IoT,” said Pesce. “I’m excited to bring my expertise to Finite State to help our customers utilize effective SBOMs, provide actionable results to issues [vulnerabilities], and affect the security of the IoT software supply chain in a positive manner.” Pesce holds several GIAC certifications, including the Global Industrial Cyber Security Professional (GICSP), the GIAC Certified Incident Handler (GCIH), and the GIAC Assessing and Auditing Wireless Networks (GAWN) credentials. Pesce earned his B.S. in Computer Information Systems from Roger Williams University. About Finite State Finite State empowers organizations to gain control of product security for their connected devices and supply chains. Across the software supply chain lifecycle, Finite State is the single pane of glass for customers that provides continuous visibility into product supply chain risk. Backed by a team of seasoned experts, our automated product security platform arms our customers with the actionable insights, critical vulnerability data, and remediation guidance necessary to mitigate product risk and protect the connected attack surface.

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DEVICES

Velodyne Lidar Signs Multi-Year Agreement with Stanley Robotics

Velodyne Lidar | September 29, 2022

Velodyne Lidar, Inc. announced a multi-year agreement to provide its lidar sensors to Stanley Robotics for an automated valet parking solution. The innovative service uses autonomous handling robots to help car parks to improve the customer experience and increase the number of vehicles that can be stored. Stanley Robotics is working with Velodyne’s Puck and Velarray M1600 lidar sensors to provide perception and navigation capabilities that enable its all-electric Stan robot to operate autonomously and safely. The sensors provide real-time 3D perception data for localization, mapping, object classification and object tracking. Velodyne’s power-efficient sensors support Stan robots in a wide range of challenging environmental conditions, including varied temperature, lighting and precipitation. The Stanley Robotics automated valet parking solution equipped with Velodyne sensors is already in operation in airports and finished vehicle logistics in Europe and Japan, with further deployments expected in 2023, including North America. “High-performance sensors are key to enabling our autonomous mobile robots to reliably navigate and maneuver in narrow parking lanes, Velodyne’s lidar sensors deliver the performance for Stanley Robotics’ innovative solutions. This agreement reflects Velodyne's ability to serve the unique nature and high-level requirements of our use cases. This partnership with Velodyne also provides Stanley Robotics privileged access to best-in-class technology in the field of lidar sensors.” Mathieu Lips, COO, Stanley Robotics “Stanley Robotics is transforming logistics for vehicles with its autonomous mobile robot technology,” said Laura Wrisley, Senior Vice President, Worldwide Sales, Velodyne Lidar. “Equipped with Velodyne’s lidar sensors, Stan robots provide the precision needed to safely move, park and deliver cars where and when customers need them. This advanced system aligns with efficiency and sustainability goals of car park operators, parking cars in dense blocks and relieving the need to add costly new parking areas.” Stanley Robotics is partnered with Mitsubishi Heavy Industries, Ltd. (MHI) to deliver business opportunities in Japan and Asia-Pacific and collaborate on future industrial projects. The initiative combines Stanley Robotics’ advanced expertise in autonomous mobile parking robots and MHI’s industrial power. Also, MHI invested in Stanley Robotics technology to accelerate the delivery of value to customers. Transforming Car Parks with Advanced Technology Using the Stanley Robotics parking service, equipped with advanced autonomy technology utilizing Velodyne’s lidar, drivers leave their vehicles at a dedicated drop-off/pick-up area where the robot takes the car to a secure parking area not open to the public. When customers return, the car is waiting in the designated area, providing drivers with significantly enhanced convenience. The Stanley Robotics automated valet parking service, powered by Velodyne’s lidar, enables efficient use of limited parking space at airports, shopping malls and more, fitting more vehicles in a single line just centimeters apart. Car parks can then increase the number of cars in a given area by up to 50 percent. About Velodyne Lidar Velodyne Lidar ushered in a new era of autonomous technology with the invention of real-time surround view lidar sensors. Velodyne, the global leader in lidar, is known for its broad portfolio of breakthrough lidar technologies. Velodyne’s revolutionary sensor and software solutions provide flexibility, quality and performance to meet the needs of a wide range of industries, including robotics, industrial, intelligent infrastructure, autonomous vehicles and advanced driver assistance systems (ADAS). Through continuous innovation, Velodyne strives to transform lives and communities by advancing safer mobility for all. About Stanley Robotics Stanley Robotics is a deep tech company that combines hardware and software to provide solutions for outdoor logistics. The technology lies in a robot lifting and moving cars autonomously and in an intelligent storage management software. Robotics has transformed indoor logistics (e.g., in warehouses), resulting in a spectacular increase of productivity. Stanley Robotics’ ambition is to bring this transformation to outdoor logistics with their proprietary technologies. Founded in 2015, the SME is headquartered in Paris, France, and is also behind the world's first outdoor robotic valet parking service.

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ENTERPRISE IOT

AMTSO Publishes Guidelines for Testing of IoT Security Products

AMTSO | September 06, 2022

AMTSO, the cybersecurity industry's testing standard community, today announced it has published its first Guidelines for Testing of IoT Security Products. Comprised of input from testers and vendors, the guidelines cover principles for the testing of IoT security products providing recommendations on test environment, sample selection, testing of specific security functionality, and performance benchmarking for testers. The guidelines include the following sections: General principles: All tests and benchmarks should focus on validating the end result and performance of protection delivered, instead of how the product functions on the backend. Sample selection: The guidelines provide guidance for challenges with choosing the right samples for IoT security solution benchmarking. For a relevant test, testers need to select samples that are still active, and that actually target the operating systems smart devices are running on. Determination of "detection": IoT security solutions work very differently than traditional cybersecurity products when it comes to detections and actions taken; for example, some solutions will simply detect and prevent a threat without notifying the user. The guidelines suggest to use threats with admin consoles that can be controlled by the tester or to use devices where the attack will be visible if conducted. Test environment: In an ideal case, all tests and benchmarks would be executed in a controllable environment using real devices. However, the setup can be complex, and if the tester decides against using real devices in the testing environment, it is advised that they should validate their approach by running their desired scenario with the security functionality of the security device disabled and checking the attack execution and success. Testing of specific security functionality: The guidelines embrace advice on different attack stages, including reconnaissance, initial access, and execution. They outline the possibility to test each stage individually vs. going through the whole attack at the same time. Choices on this should be documented in the testing methodology. Performance benchmarking: The guidelines also provide considerations on performance benchmarking, e.g. suggesting to differentiate between various use cases such as consumers vs. businesses, or the criticality of latency or reduced throughput per protocol, which depends on its purpose. The guidelines were approved by the AMTSO membership in June 2022. About AMTSO: AMTSO is the cybersecurity industry's testing standard community, consisting of over 60 security and testing member companies from around the world. The organization offers a platform for knowledge-sharing and collaboration on objective standards and best practices for anti-malware testing and assessment of other cybersecurity products. The AMTSO standard raises the bar for cybersecurity tests, contributing to more fairness in the industry, and creating transparency for consumers and businesses looking for the best digital protection.

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ENTERPRISE IOT

Smart Home Innovation Set To Accelerate With Matter

Connectivity Standards Alliance | November 07, 2022

Today members showcased their Matter products at a launch event in Amsterdam with a wide array of categories including motion blinds, occupancy sensors, weather devices, smart plugs, door locks, lighting, gateways, platform components, and Matter-based software applications. Since the release, 190 products have received certification or are in queue for testing and certification. The transition from standards development to standards adoption is clearly accelerating, with 4,400 downloads of the new Matter specification since its release and 2,500 downloads of the Matter software development kit (SDK) from GitHub. With the launch of the Matter certification program for both hardware and software products, there are now eight authorized test labs in 16 locations across nine countries, making it easy to bring Matter products to life. "This is a major inflection point for the IoT. As we become more connected and break down the walls between the digital and physical world, we need to work together to make those connections meaningful. Matter and our membership are tackling this challenge head-on, With collaboration, inclusiveness, and a deep sense of responsibility to the market and consumers, Matter has the power to create a more connected, safe, and useful Smart Home." Tobin Richardson, President and CEO of the Connectivity Standards Alliance CCS Insight, a leading European-based analyst firm, notes that purchase intent for smart devices is on the rise, with 35 percent of households in key European markets intending to purchase smart home products in the next 12 months. Additionally, in recent research by Parks Associates, a US-based firm, interoperability is top-of-mind with consumers, where 73 percent of US households that own or are planning to buy a smart home device say interoperability amongst products is important when choosing which smart home device to buy.* As part of the Matter launch event in Amsterdam, over 100 media and analysts representing 15 countries learned about the latest certified Matter devices, and heard from member leaders on key topics including energy management, security, and empowering Matter developers. Those attending in person were able to see live Matter product demonstrations from 20 companies**. A similar event will be held in China. Members including Silicon Labs, Schneider Electric, Tuya Smart, and Amazon spoke individually about their perspectives on Matter as they relate to their position in the IoT ecosystem. "The promise of Matter is the accelerated proliferation of connected things by bringing simplicity and interoperability to consumers who can now mix and match products from different ecosystems with greater ease and reliability. And the foundation of Matter's interoperability begins at the silicon level," said Matt Johnson, CEO of Silicon Labs. "Silicon Labs is proud to have contributed our breadth of protocol support, depth of wireless expertise, and focus on the IoT to Matter's development." "As a global specialist in energy management and automation, we believe open standards, technology and interoperability of connected products are essential in bringing energy to all, making our homes more sustainable, and energy efficient," said YiFu Qi, Executive Vice President, Home & Distribution Division, Schneider Electric. "We are innovating to bring Matter-ready technology to help homeowners globally achieve net zero homes, by making it easier to utilize the full power of sustainable home energy management systems." "Tuya Smart is committed to breaking down barriers between different smart product brands and categories and creating a more open and neutral IoT ecosystem for the global intelligence market," said Alex Yang, Co-Founder and COO of Tuya Smart. "As a Board member of the Alliance, Tuya participated in Matter's early development, application, and promotion. We also believe that with our extensive and growing partnerships in the IoT industry, the era of connecting everything in a smart way will come soon." "As services like Alexa continue driving rapid smart home adoption, Matter presents a new opportunity to further simplify development for device makers and add to the customer experience of smart home devices from a range of different companies and brands," said Marja Koopmans, Director of Smart Home & Health at Amazon. "As an Alliance board member, founding company and long-time contributor to Matter, we look forward to introducing this open standard to over 100 million Echo and eero devices to make it easier for customers to set up and control their Matter-certified smart home devices." With the initial launch of Matter, a variety of popular smart home product categories are supported including lighting and electrical, HVAC controls, window coverings and shades, safety and security sensors, door locks, video players, protocol bridges, and controllers embedded in many different kinds of products. Looking beyond the initial release, work has begun and is ongoing for new device categories. In addition to teams working on cameras, home appliances, and more advanced energy management use cases, at the event the Alliance announced the formation of new teams to work on closures (such as doors and gates), environmental quality sensors and controls, smoke and carbon monoxide detectors and ambient motion and presence sensing. The Alliance called on all interested companies looking to develop connected solutions in these areas to join the Alliance and build what's next in Matter. Since the release of the specification, twenty companies have joined the Alliance. To learn more about Matter and to be a part of the next generation of the IoT, become a member of the Connectivity Standards Alliance here. The Alliance conducted nine test events and a final Specification Validation Event (SVE) prior to the launch of Matter. Companies that successfully participated in the SVE and can proceed with certification applications include: Amazon, Apple, Assa Abloy, CAME S.p.A., Espressif Systems, Eve Systems, GE Lighting a Savant Company, Google, Grundfos Holding A/S, Infineon Technologies, innovation matters iot GmbH, Latch, LEEDARSON, Legrand, LG Electronics, Longan.Link, Lumi United Technology Co., Ltd., mui Lab, Nanoleaf, Nordic Semiconductor, NXP Semiconductors, OPPO, PanKore, Qorvo, Resideo Technologies Inc., Samsung Electronics, Schlage, Schneider Electric, Sengled, Shenzhen CoolKit Technology Co., Ltd., Shenzhen ORVIBO Technology Co., Ltd., Signify (Philips Hue and WiZ), Silicon Labs, Somfy, TCL, Texas Instruments, Tridonic, Tuya, ubisys, and Universal Electronics. About the Connectivity Standards Alliance The Connectivity Standards Alliance is the foundation and future of the Internet of Things (IoT). Established in 2002, its wide-ranging global membership collaborates to create and evolve universal open standards for the products transforming the way we live, work and play. With its Members' deep and diverse expertise, robust certification programs, and a full suite of open IoT solutions the Alliance is leading the movement toward a more intuitive, imaginative, and useful world. The Connectivity Standards Alliance Board of Directors is comprised of executives from Amazon, Apple, ASSA ABLOY, Comcast, Google, Haier, Huawei, IKEA, Infineon Technologies AG, The Kroger Co., Latch Systems, LEEDARSON, Legrand, LG Electronics, Lutron Electronics, Midea, Nordic Semiconductor, NXP Semiconductors, OPPO, Resideo Technologies, Samsung Electronics, Schneider Electric, Signify (Philips Hue and WiZ), Silicon Labs, Somfy, STMicroelectronics, Texas Instruments, Tuya, and Wulian.

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Spotlight

IoT / M2M is experiencing tremendous growth, with radio prices falling, new applications being deployed, and cellular use rising. There are many technologies to choose from in building an IoT / M2M solution. When you’re evaluating using a wide-area network, generally wireless technology will be used for satellite and cellular connectivity for most applications. At the same time, there is growth in the IoT / M2M space for short-range technologies, such as medical devices for self-monitoring that send information over Wi-Fi networks at home. But the minute you need a wide-area network, you’re probably going to want to pick a cellular or satellite technology. That choice depends on the application. What do you need? Each application will have different requirements forcing a particular selection for transport.

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