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NTT DATA and DENSO Sign a Basic Agreement on Strategic Partnership for Software

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Establishing a global software development system with 3,000 engineers for the era of SDVs

SOUTHFIELD, Mich., June 13, 2024 /PRNewswire/ — On June 12, 2024, NTT DATA Japan Corporation (“NTT DATA”) and DENSO CORPORATION (“DENSO”) have signed a memorandum of understanding to form a strategic partnership for software development.

Through the agreement, the companies will deepen their collaboration on strategy, talent management, and technology as they jointly contribute to the advancement of Japan’s automotive industry and help address social issues. The partnership between DENSO, which has strengths in vehicle (in-car) technologies including in-vehicle software, and NTT DATA, which has strengths in outside-car technologies including cloud computing, aims to quickly and efficiently develop and offer in-vehicle software, which is becoming more prevalent and sophisticated in new vehicles.

The two companies will also hire more advanced software engineers and upskill current engineers at both companies to create a globally deployable software-oriented mobility service platform, which will help support a mobility-centered society in the era of software-defined vehicles (“SDVs”).

As the first initiative, the two companies will jointly establish a software development system, as well as training engineers and increase the number of engineers to 3,000 engineers by 2030.

Background
Recently, in response to automated driving, electrification, and artificial intelligence, including the rise of ever-connected cars, there is a need to enhance the ability to develop large-scale, advanced in-vehicle software and drastically increase development efficiency. Meanwhile, the concept of SDVs, in which software dramatically raises the value of vehicles and services, has become widely desirable, making software development increasingly important and necessitating closer linkage between vehicles and infrastructure. Accordingly, initiatives using cloud technology have become essential. With various social issues emerging in society, such as challenges relating to public transportation, population growth and driver shortages in the logistics industry, mobility services are needed to help solve these issues and an underlying platform needs to be built by connecting vehicles with the cloud via software and ensuring data linkage.

NTT DATA and DENSO have been collaborating with each other for many years. In 2016, DENSO took a stake in NTT DATA MSE, a software development company. In 2022, NTT DATA and DENSO launched an initiative to build an industry-wide ecosystem for electric vehicle batteries. The two companies have strengthened their ties by working on software initiatives together to transform the automotive industry.

Details of the partnership
Against this backdrop, the two companies have reached a basic agreement on a strategic partnership for software with the aim of accelerating conventional activities, developing the automotive industry and solving social issues. The synergies of the two companies will be maximized in terms of strategy, human resources, and technology by leveraging the cloud technology strengths of NTT DATA, which has worked in various industries, and the in-vehicle software strengths of DENSO, which has mainly focused on the automotive industry.
This partnership will tackle the following initiatives.

(1) Expansion of global software resources

Software will be the key to automotive development in the future, as exemplified by automated driving, electrification, and SDVs, necessitating substantial software resources. NTT DATA and DENSO will establish a global development system with 3,000 engineers by 2030 to maximize the synergies of software resources at their group companies in Japan and overseas, in order to develop increasingly large-scale and sophisticated in-vehicle software.

(2) Cultivating advanced software engineers

NTT DATA and DENSO will establish a program in the software domain to train human resources who can generate business value. The two companies aim to update the definition of software engineers whom the two companies have cultivated, reinforce and standardize the program, and deploy and utilize the program throughout the automotive industry.

(3) Enhance the platform to support software development

It is crucial to increase the speed and efficiency of developing in-vehicle software, which is becoming larger in scale and more sophisticated, for the era of SDVs. It is indispensable to build a common platform to support the software development, which underpins the development of various other functions, including AI-based evaluation tools. NTT DATA and DENSO aim to jointly develop and deploy an optimal platform to support the development based on combinations of solutions by harnessing the advanced IT that they have refined.

(4) Joint initiative to tackle social issues

NTT Data has been providing services that contribute to the growth of businesses and the resolution of social issues, using IT, extending beyond the boundaries of various companies and industries to social infrastructure. DENSO aims to reduce its environmental burden and realize a society with zero traffic accidents. DENSO has been expanding the technology it has cultivated in the automotive field to various other areas, continuing to provide new value to society.

To realize a mobility-centered society in the future, NTT DATA and DENSO will jointly study the possibility of developing solutions to solve social issues by leveraging their strengths. The two companies aim to accelerate the initiative, including field tests on social implementation, and deploy the initiative globally in the future.

Future outlook
Through this partnership, NTT DATA and DENSO will quickly create and jointly deploy a platform for new mobility services. The two companies will deepen the alliance while coordinating their respective strengths in the in-car and outside-car domains. They will help make vehicles more attractive through software for the era of SDVs.

About DENSO CORPORATION
Headquartered globally in Kariya, Japan, DENSO is a leading mobility supplier with $47.2 billion in sales and develops advanced technologies and components for nearly every vehicle on the market today. DENSO is also expanding its range of value offerings to include factory automation, food, and agriculture, with automotive technology at its core. For more information about DENSO’s operations worldwide, visit https://www.denso.com/global.

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Home Companion Robot Mobo to Debut Globally and Open Pre-orders as AiMOGA Showcases Its Robot Family at the 2026 OMODA & JAECOO International User Summit

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WUHU, China, Nov. 7, 2026 /PRNewswire/ — As AI becomes part of everyday family life, how will it transform the homes of the future? The 2026 OMODA & JAECOO International User Summit, co-presented by CHERY, OMODA|JAECOO, ICAUR, Lepas and AiMOGA, took place in Wuhu from October 19 to 24 under the theme “DRIVE TO THE NEXT VIBE.” During the summit, AiMOGA Robotics officially launched Mobo—its consumer-grade humanoid robot for home companionship—and opened global pre-orders. The launch took embodied AI into the home, extending proven automotive-grade technologies and supply-chain capabilities beyond vehicle manufacturing to a broader ecosystem of intelligent living.

Meet Mobo: A Thoughtful, Expressive and Caring Companion. A key highlight of the summit, Mobo makes its global debut with pre-orders opening worldwide. Having previously appeared at the World Robot Conference and the World Manufacturing Convention, it has already drawn strong interest. Powered by AiMOGA’s proprietary MoAgent AI brain, Mobo goes beyond rigid single-command responses: it independently breaks down complex instructions and plans long-horizon tasks, turning Q&A into goal-driven assistance. Designed for family life, it combines spatial perception with multimodal interaction—autonomous navigation, dynamic obstacle avoidance, and voice-plus-vision conversation that identifies objects and makes companionship feel natural. With a full-body motion system of 22 degrees of freedom, it delivers smooth movements and dance routines, remembers each family member’s habits and preferences, and builds in privacy protection from the outset—a companion blending advanced technology with warmth and care.

Bringing Automotive Expertise to Robotics. Unlike start-ups building from scratch, AiMOGA draws on the extensive automotive engineering experience and global R&D network of CHERY and its brands—OMODA|JAECOO, ICAUR and Lepas—adapting proven technologies, including high-precision environmental perception and automotive-specific large AI models, for robotics. During the summit, its full robot portfolio will appear in zones recreating real-world applications: police robots patrolling mock traffic settings, healthcare robots guiding visitors, Mornine acting as an AI presenter, the Argos Pro quadruped demonstrating following and load carrying, and Mobo offering hands-on demonstrations as pre-orders open. AiMOGA already operates robots across more than 100 use cases—from dealerships and retail to traffic management, security, education and healthcare—with cumulative deliveries exceeding 3,000 units across more than 60 countries and regions.

Beyond Automotive Manufacturing. As these brands move from vehicles into robotics, they extend accumulated R&D, supply-chain and manufacturing expertise to wider intelligent applications; automotive–robotics integration provides the industrial foundation, while the MoAgent brain supports understanding, planning and execution. Guided by the philosophy “In Somewhere, For Somewhere, Be Somewhere,” CHERY, OMODA|JAECOO, ICAUR, Lepas and AiMOGA are bringing intelligent technology into everyday life and delivering meaningful support to people worldwide.

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CassTime Unveils AI-Driven “T+D Solution” to Tackle Data and Repair Bottlenecks in the Global Automotive Aftermarket

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LAS VEGAS, Nov. 6, 2026 /PRNewswire/ — At the recently concluded AAPEX 2026, more than 45,000 professionals from 128 countries and regions and over 2,500 exhibitors gathered in Las Vegas, a clear sign of sourcing demand across the global automotive aftermarket. At the same time, a long-standing industry challenge has become harder to ignore: as vehicle model counts keep climbing and model refresh cycles shorten, global repair networks are commonly facing difficulties in parts data matching, fragmented supply sources, low quotation efficiency, and insufficient repair technical capabilities.

In response to these bottlenecks, Li Li, CEO of International Business at CassTime, introduced an AI-driven “T+D Solution” at the 2026 CassTime Partner Conference. T refers to Digital Trade, which connects supply with overseas procurement demand through the CassChoice platform; D refers to an intelligent localized service platform, which uses PartGrid to bring parts matching, repair support, and insurance claims assessment capabilities to local markets. The solution has already been put into practical operation in markets such as Saudi Arabia.

Industry Bottlenecks: Data Matching and Repair Capability Are Global Challenges

Li Li noted that channel and market-access conditions vary significantly across regions: the Middle East has many new vehicle models and a growing number of supply channels; Brazil has a complex channel and market-access system; Central Asia’s supply channels are being restructured; and North America has mature certification and channel requirements for branded parts. The common challenges are concentrated in four areas: data matching, supply stability, quotation and delivery efficiency, and local repair service capability. Insufficient data leads to matching difficulties, fragmented demand leads to unstable supply, and local repair capabilities are difficult to build up quickly.

“After decades of development, the automotive aftermarket has formed a complete supply chain system, and CassTime has also built a digital system covering the entire value chain,” Li Li said. “We hope to translate proven digital practices into a holistic solution that can be implemented overseas, covering both parts and repair services.”

Li Li emphasized that China’s auto parts industry has been tempered through intense competition and has long built a comprehensive domestic supply chain. In particular, its parts SKU coverage for Chinese-brand vehicles is especially complete: Chinese vehicle models have a large installed base and rapid update and iteration cycles. Leveraging deep accumulation in the local market, CassTime has formed the industry’s most complete coverage in parts data, VIN decoding, and repair cases for Chinese-brand vehicles. This is also the foundation of the T+D Solution. Supported by this most complete Chinese-brand vehicle SKU database, wherever Chinese-brand vehicles go in the world, CassTime can bring along the parts supply and repair experience already proven in China, enabling overseas partners to share the best practices of China’s supply chain.

CassChoice: Digital Trade to Solve Supply-Demand Matching Challenges

In traditional procurement scenarios, when a customer submits demand for hundreds of thousands of SKUs, it usually requires manual order splitting, separate inquiries to multiple suppliers, quotation consolidation, and delivery in batches—a long and inefficient process. The CassChoice system can automatically break down demand, generate batch quotations, track order status, and output reports. The relevant data can also be used for demand tracking and analysis—a direct manifestation of using AI and digital tools to solve “difficult data matching and fragmented supply.”

According to CassTime, its overseas platform has accumulated more than 5 million SKUs—with particularly complete SKU data for Chinese-brand vehicles—and can generate quotes in seconds for more than 10,000 SKUs. On the supply side, CassChoice connects factories, brands, and distributors, helping overseas customers complete sourcing, procurement, and local delivery, and efficiently matching fragmented supply with fragmented demand on a digital platform.

PartGrid: AI Agents to Fill Local Repair Capability Gaps

To address matching challenges caused by the large number and rapid updates of vehicle models, PartGrid integrates CassTime’s VIN decoding system to help local partners achieve precise matching just as they would in China, reducing error rates. Multilingual communication is handled by AI, enabling barrier-free interaction. The platform can use formats such as WhatsApp Chatbot to connect with local users, adapting to the usage habits of small repair businesses and end users.

Beyond parts circulation, PartGrid also provides three AI agent service capabilities: an AI Repair Master, which synchronizes accumulated repair data and cases to local markets to help solve technical difficulties, especially overseas repair of Chinese vehicle models; an insurance claims assessment agent, which combines real-time fault analysis, parts matching information, and labor-hour estimation to support efficient implementation of insurance business; and an AI Seller, which provides accurate and timely quotations around the clock. Together, these three capabilities form a localized service loop of “parts + repair + insurance,” directly addressing the industry bottleneck of “repair capability falling behind.”

Saudi Arabia Case: Localized Operations Starting from Claims Scenarios

CassTime’s partner in Saudi Arabia is a Middle East technology company that manages insurance business. Its digital platform, Tamam, handles related business for nearly half of Saudi Arabia’s insurance companies. The two parties began their cooperation with online access in claims scenarios: through PartGrid, the partner’s platform connects local car owners, workshops, and the supply chain to enable digital tracking and management of the process; through CassChoice, it connects supply, opening up the parts value chain from source to end user.

On this basis, the cooperation has three expansion directions: extending application scenarios from claims to more end-user demand; as workshops adoption and business volume grow, more local suppliers join the platform; and upstream factories, brands, and distributors connecting to supply.

At present, CassTime has advanced implementation in the Middle East and is extending the mature model to Central Asia, South America, and other regions, accelerating the construction of a global parts service network. CassTime stated that it will continue to rely on AI and digital capabilities and work with local partners to jointly build a sustainable overseas service ecosystem.

About CassTime

CassTime Holding Co., Ltd. ( “CassTime”) is a leading digital intelligence platform for the automotive aftermarket in China. It is committed to building AI-enabled digital infrastructure for all participants across the automotive aftermarket value chain, driving the industry’s upgrade toward digital intelligence, standardization and efficient collaboration. The company focuses on auto parts trading, supply chain integration, digital intelligence management for workshops and end-consumer vehicle owner services. It has built a full-value-chain ecosystem covering upstream OEMs and auto parts manufacturers, auto parts distributors, auto service workshops and car owners.

Media Contact

Ben Chan
General Manager, North & South America
Email: ben.chen@casstime.com 
Phone: +86 186 6512 3710

Related Links

CassChoice – China Auto Parts, Direct Supply Worldwide

https://www.facebook.com/people/CassTime/61595799821591/

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Sensitron Introduces 16-Channel, 270VDC Programmable SSPC Series

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SPHM/SEHM Series consolidates circuit protection, load switching and real-time monitoring in a single networked COTS module

HAUPPAUGE, N.Y., Nov. 6, 2026 /PRNewswire/ — Sensitron Semiconductor, a U.S.-based manufacturer of high-reliability power electronics, today announced the SPHM/SEHM Series, a family of programmable Solid State Power Controllers (SSPCs) for 270VDC power distribution. Built on a microcontroller-based, commercial off-the-shelf (COTS) architecture, the series replaces discrete circuit breakers, solid state relays and system monitors with one intelligent unit that switches, protects and reports on up to 16 electrical loads.

Sensitron Semiconductor programmable 16-Channel Solid State Power Controllers (SSPCs) for 270VDC power distribution.

Flexible, high-capacity power distribution

Each SPHM/SEHM module provides 16 independently controlled high-side channels, each programmable from 1A to 10A, for a total capacity of up to 160A. Channels can be paralleled to drive higher-current loads, letting system designers tailor the power architecture to the platform rather than the other way around.

View the latest specifications at sensitron.com/270Vdc_SSPC.

Protection built in

True I²t protection with thermal memory, instant-trip capability and a trip-free reset circuit safeguard both loads and wiring. Soft turn-on and turn-off limit inrush and reduce electromagnetic interference (EMI).

Visibility at the system level

Integrated current, voltage and temperature sensing delivers readings accurate to within 5% across the full operating temperature range. Measurements and channel status are reported to the system controller over dual CAN or dual RS485 interfaces, enabling remote diagnostics, power budgeting, load shedding and condition-based reconfiguration.

Additional features

Start-up and continuous built-in self-test (BIT)

Galvanic isolation between the control interface and line power

Programmable interface I/O signals

Bootloader with field-updatable runtime code

Onboard code space for customer-developed application software

Conduction cooling with an operating range of −45°C to +100°C

“The introduction of our latest 270VDC Solid State Power Controller represents a significant leap forward in thermal management, effectively reducing junction temperatures by 15% compared to industry standard components.”  said Joseph Castaldo, Sensitron’s Vice President of Sales and Marketing. “By leveraging advanced wide-bandgap semiconductor materials, Sensitron Semiconductor is empowering engineers to push the boundaries of power distribution in the most demanding aerospace and defense applications.”

Configurations and applications

The SPHM Series is supplied as an open-frame card for integration into existing enclosures, while the SEHM Series adds an IP67-rated enclosure for harsh environments. Target applications include military ground vehicles, unmanned and manned aerial vehicles, marine vessels, command and communication centers, energy exploration equipment and off-highway vehicles.

Availability

For configuration options, availability and current specifications, visit www.sensitron.com/270Vdc_SSPC or contact sales@sensitron.com.

About Sensitron Semiconductor

Headquartered in New York, Sensitron Semiconductor is a U.S. company that for more than 50 years has delivered high-reliability power semiconductors and power management solutions to military, aerospace, space, medical and other demanding markets.

About Sensitron Semiconductor

Headquartered in Hauppauge, New York, Sensitron Semiconductor is a U.S. company that designs and manufactures high-reliability power semiconductors and power management solutions for military, aerospace, space, medical and industrial applications. With over 50 years of experience, Sensitron offers solid state power controllers, motor drives, power modules, rectifiers and transient voltage protection devices. Standard and custom solutions help customers meet demanding electrical, thermal and mechanical requirements. For more information, visit www.sensitron.com.

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