How to watch today's Bosch CES 2026 press conference live The German engineering and tech giant will share new car cabin tech and AI enhancements. How to watch today's Bosch CES 2026 press conference live You might think of Bosch as the modern European equivalent to what the GE brand once was in America. It's a home appliance name (thanks to its partnership with Siemens), but the German multinational brand's core business is really about providing the underlying technology and engineering that powers cars, homes and factories around the world. That focus is reflected at CES 2026, where much of what Bosch is unveiling is intended to be licensed to other companies rather than sold as Bosch-branded products on store shelves. Case in point is Bosch's automotive plans at CES.

The German engineering and tech giant will discuss how it's bridging the physical and digital gap with people-centric tech. You might recognize Bosch as a home appliance name (thanks to its partnership with Siemens), but the German multinational brand's core business is really about providing the underlying technology and engineering that powers cars, homes and factories around the world. That focus is reflected at CES 2026, where much of what Bosch is unveiling is intended to be licensed to other companies rather than sold as Bosch-branded products on store shelves. Case in point is Bosch's automotive plans at CES. The company is showcasing what it calls AI in the car, or more specifically, in the cockpit of the car.

We present memory-based language modeling as an efficient, eco-friendly alternative to deep neural network-based language modeling. It offers log-linearly scalable next-token prediction performance and strong memorization capabilities. Implementing fast approximations of k-nearest neighbor classification, memory-based language modeling leaves a relatively small ecological footprint both in training and in inference mode, as it relies fully on CPUs and attains low token latencies. Its internal workings are simple and fully transparent. We compare our implementation of memory-based language modeling, OLIFANT, with GPT-2 and GPT-Neo on next-token prediction accuracy, estimated emissions and speeds, and offer some deeper analyses of the model.

Rückert's focus, though, is on more proactive AI applications that can make decisions on their own and control processes. Such AI agents, she believes, will give industry a boost comparable to the erstwhile advances triggered by smartphones and the internet. If a machine breaks down, the agent will check if the same problem has already been experienced in a different Bosch factory, examines handbooks and scans shift logs – before then proposing a possible solution within seconds. For more complex tasks, several agents can be combined, which then communicate with each other. Comprehensive use of such tools, says Rückert, can translate into millions in savings for individual factories.

At CES 2025, Bosch is showing off an AI-enabled bassinet with sensors that can detect just about anything an anxious parent could ever hope to monitor about their baby. It's not clear when the device, called Revol, may actually be available, but it's able to track an impressive amount of data. At first glance, the Revol looks somewhat similar to other smart bassinets like the ever-popular Snoo. It has mesh walls and can soothe a sleeping baby with automated movements. But most of the power of the crib lies in the built-in baby monitor that provides a live video feed to caregivers.

The Engineering, Procurement and Construction (EPC) businesses operating within the energy sector are recognizing the increasing importance of Artificial Intelligence (AI). Many EPC companies and their clients have realized the benefits of applying AI to their businesses in order to reduce manual work, drive productivity, and streamline future operations of engineered installations in a highly competitive industry. The current AI market offers various solutions and services to support this industry, but organizations must understand how to acquire AI technology in the most beneficial way based on their business strategy and available resources. This paper presents a framework for EPC companies in their transformation towards AI. Our work is based on examples of project execution of AI-based products development at one of the biggest EPC contractors worldwide and on insights from EPC vendor companies already integrating AI into their engineering solutions. The paper covers the entire life cycle of building AI solutions, from initial business understanding to deployment and further evolution. The framework identifies how various factors influence the choice of approach toward AI project development within large international engineering corporations. By presenting a practical guide for optimal approach selection, this paper contributes to the research in AI project management and organizational strategies for integrating AI technology into businesses. The framework might also help engineering companies choose the optimum AI approach to create business value.

The Bosch Center for Artificial Intelligence (BCAI) provides services in AI technologies to Bosch's business units and plants. Artificial intelligence technologies are impacting Bosch's products and services in many domains: Manufacturing, Engineering, Autonomous driving, Supply Chain Management and Intelligent Services, etc. BCAI currently has offices in Bengaluru, Stuttgart and Silicon valley. For more info, Please visit: https://www.bosch-ai.com The Corporate Research division of Robert Bosch GmbH has over 1300 people worldwide, who specialize in delivering the next generation breakthroughs in technology. Some of the areas of research include software intensive systems, artificial intelligence, robotics, computer vision, human computer interaction, energy, materials, production technology and software engineering.

When Masaya Aso worked on autonomous driving technology at Bosch in Japan and Germany, he realized that "many tasks were still manual as over 85% of warehouses have almost no automation at all." To help address the problem, Aso co-founded LexxPluss, a now two-year-old, Japan-based startup that designs and develop autonomous mobile robots to transport loads and optimize workflows within warehouses and logistic sites. Aso, who is CEO of the outfit, co-founded it with robotics and autonomous vehicle veterans from Bosch, Amazon, Honda and more, and now the Japanese outfit is preparing to enter the U.S. with a fresh injection of about $10.7 million (1.45 billion JPY) of Series A funding that values the company at approximately $38.8 million (5.26 billion yen). Drone Fund led the latest financing along with SOSV's HAX, Incubate Fund, SBI investment and DBJ Capital. LexxPlus initially targeted the logistics and automotive manufacturing spaces because those spaces are actively deploying robots beyond their production lines.

In 2018, appliance conglomerate Bosch created a startup, Security and Safety Things (or "SAST" for short), whose stated mission was to develop a platform to help developers create software for AI-equipped cameras. SAST was to host a moderated, vetted "app store" for internet-connected cameras that would allow developers to build software on an open standard -- software mainly focused on security and "business intelligence" use cases. SAST successfully launched the app store in 2020, later rebranding it (and itself) to Azena and opening a headquarters in Pittsburgh's Strip District. But after tens of millions of euros in investment from Bosch, SAST -- now Azena -- apparently never quite achieved the success that its parent company hoped it would. TechCrunch has learned that Azena is shutting down its external operations and pivoting to internal projects at Bosch.

BGSW is a 100% owned subsidiary of Robert Bosch GmbH, one of the world's leading global supplier of technology and services, offering end-to-end Engineering, IT and Business Solutions. With over 25,000 associates, it's the largest software development center of Bosch, outside Germany, indicating that it is the Technology Powerhouse of Bosch in India with a global footprint and presence in the US, Europe and the Asia Pacific region. BE / B.Tech or M.Tech in Computer Science or Electrical / Electronics Engineering