Bosch Ventures

Bynav specializes in the development of GNSS high-precision positioning core components, and is committed to providing reliable high-precision positioning in demanding environments. With GNSS signal processing algorithm, RTK algorithm and multi-source fusion algorithm as the core, the company has developed a series of products such as GNSS ASIC, GNSS OEM board and GNSS/INS receiver used in autonomous driving, surveying and mapping, aerospace and industrial control.

AutoCore is a provider of intelligent mobility software and solutions for automotive electrical and electronic architecture. The company focuses on developing an automotive middleware platform that supports next-generation vehicles, offering tailored operating systems and autonomous driving software for various EEA computing platforms. By assisting Original Equipment Manufacturers (OEMs) and Tier 1 suppliers throughout the entire life cycle, from design to production, AutoCore plays a critical role in advancing automotive technology and innovation.

Arduino is an open-source electronics prototyping platform based on flexible, easy-to-use hardware and software. It's intended for artists, designers, hobbyists, and anyone interested in creating interactive objects or environments. Arduino created the worldwide trademark Genuino used as brand name outside the United States.

Syntiant develops advanced neuromorphic semiconductors that facilitate the transition of artificial intelligence and machine learning from cloud environments to edge devices. The company's innovative chip solutions integrate deep learning with semiconductor design to create ultra-low-power, high-performance deep neural network processors. These processors are tailored for always-on applications in battery-powered devices, including smartphones, smart speakers, earbuds, hearing aids, and laptops. By enabling the deployment of AI technology in various sensor, voice, and video applications, Syntiant empowers developers to enhance the functionality of nearly any battery-operated product.

Ferroelectric Memory Company (FMC) specializes in the development of advanced memory solutions utilizing ferroelectric field effect transistors (FeFET), which are characterized by their ultra-low power consumption, high performance, and exceptional temperature stability. The company focuses on non-volatile storage technologies based on ferroelectric hafnium oxide (FE-HfO2), which allows for significant scaling of transistors from 65nm to 28nm and smaller. FMC’s innovations enable substantial reductions in system costs and energy consumption, achieving approximately 80% cost savings, a factor of 1000 reduction in per-bit write energy, and a 70% increase in overall system performance. Its technology is particularly well-suited for integration into artificial intelligence applications and is compatible with cutting-edge processes like 22nm FDSOI and 1X nm FinFET, facilitating its adoption in the latest chip designs. Based in Dresden, Germany, FMC has received support from the EXIST Forschungstransfer program of the Federal Ministry for Economic Affairs and Energy, which underscores its commitment to advancing memory technology.

Syntiant develops advanced neuromorphic semiconductors that facilitate the transition of artificial intelligence and machine learning from cloud environments to edge devices. The company's innovative chip solutions integrate deep learning with semiconductor design to create ultra-low-power, high-performance deep neural network processors. These processors are tailored for always-on applications in battery-powered devices, including smartphones, smart speakers, earbuds, hearing aids, and laptops. By enabling the deployment of AI technology in various sensor, voice, and video applications, Syntiant empowers developers to enhance the functionality of nearly any battery-operated product.

XMOS Limited, based in Bristol, United Kingdom, specializes in voice and music processing integrated circuits (ICs) for audio companies globally. Founded in 2005, the company provides voice controller solutions that enable designers to prototype voice capture applications, including smart microphones and virtual digital assistants. It offers a range of products such as multi-channel audio connectivity solutions, multicore microcontrollers, and xTIMEcomposer tools, which facilitate real-time performance development. Additionally, XMOS is recognized for its xcore technology, which allows embedded software engineers to develop custom system-on-chip (SoC) solutions efficiently by simply loading software onto its flexible hardware platforms. This technology supports a variety of applications, from high-quality audio reproduction to precision motor control, and is applicable across consumer, industrial, and automotive sectors. Recently, XMOS announced a new architecture adopting the RISC-V instruction set architecture, broadening the accessibility and application range of its innovative platforms. The company sells its products through a network of distributors and provides support services to its clients.

ITK Engineering AG is a technology company based in Rülzheim, Germany, specializing in technical consulting and development services across various sectors, including automotive, medical technology, and railway systems. Founded in 1994, the company has grown to employ over 800 professionals and operates several branch offices in Germany, as well as international locations in Austria, Spain, Japan, and the United States. ITK Engineering offers a range of services, including software engineering, embedded systems, control systems design, and signal processing. The company also develops turn-key systems and solutions such as test benches for electrified and mechatronic components, as well as tools for automation and testing processes. Its product offerings include software solutions like TACware for component test bench automation, and modeling frameworks such as VeMoF for vehicle motion simulation. Additionally, ITK provides systems engineering, algorithm design, functional safety, and consulting services, catering to diverse industries including robotics, transportation, and aerospace.

Movidius is a vision processor company based in San Mateo, California, specializing in the design of compact and high-performance computational imaging and vision processing chips. The company develops software, development tools, and reference designs aimed at enhancing intelligent and contextually aware experiences in mobile and wearable devices, as well as various consumer and industrial camera applications. By focusing on ultralow power consumption, Movidius' technology supports advancements in computational imaging and computer vision for a range of connected devices, including smartphones, tablets, and embedded systems. The company is backed by several venture capital firms, which contribute to its innovative approach in the rapidly evolving field of visual technology.

XMOS Limited, based in Bristol, United Kingdom, specializes in voice and music processing integrated circuits (ICs) for audio companies globally. Founded in 2005, the company provides voice controller solutions that enable designers to prototype voice capture applications, including smart microphones and virtual digital assistants. It offers a range of products such as multi-channel audio connectivity solutions, multicore microcontrollers, and xTIMEcomposer tools, which facilitate real-time performance development. Additionally, XMOS is recognized for its xcore technology, which allows embedded software engineers to develop custom system-on-chip (SoC) solutions efficiently by simply loading software onto its flexible hardware platforms. This technology supports a variety of applications, from high-quality audio reproduction to precision motor control, and is applicable across consumer, industrial, and automotive sectors. Recently, XMOS announced a new architecture adopting the RISC-V instruction set architecture, broadening the accessibility and application range of its innovative platforms. The company sells its products through a network of distributors and provides support services to its clients.

Pebbles Interfaces technology provides an entirely new meaning to simple and natural human gestures, by unifying the interfaces on any device or platform, be it a smartphone, PC, smart TV, or even a coffee table surface — from any distance. They develop advanced motion sensors that display physical objects within the digital space, at any range or angle, with no latency. Pebbles’ minimal hardware is being embedded in their partners’ smart products and devices. These upcoming products are set to reinvent human interaction within the digital world. Following their vision — to naturally interface with every object, real or virtual — Pebbles presents a technology that extends human behavior, enabling simple and intuitive interaction with any consumer electronic device.

Movidius is a vision processor company based in San Mateo, California, specializing in the design of compact and high-performance computational imaging and vision processing chips. The company develops software, development tools, and reference designs aimed at enhancing intelligent and contextually aware experiences in mobile and wearable devices, as well as various consumer and industrial camera applications. By focusing on ultralow power consumption, Movidius' technology supports advancements in computational imaging and computer vision for a range of connected devices, including smartphones, tablets, and embedded systems. The company is backed by several venture capital firms, which contribute to its innovative approach in the rapidly evolving field of visual technology.

Intrinsic ID B.V. specializes in digital authentication solutions, primarily utilizing its proprietary SRAM Physical Unclonable Function (SRAM PUF) technology. Founded in 2008 and based in Eindhoven, the Netherlands, with operations in Korea, the company develops a range of products aimed at enhancing security for Internet of Things (IoT) and embedded applications. Its offerings include Broadkey, a secure key management software; Citadel, a key provisioning system; Quiddicard, which focuses on remotely programming keys; and Quiddikey, a solution for reconstructing on-chip secret keys without storage. These technologies are designed to validate payment systems, secure connectivity, authenticate sensors, and safeguard sensitive government and military data and systems.