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Silexica provides software development solutions that enable technology companies to take intelligent products from concept to deployment by mastering state-of-the-art computing at the edge. The SLX programming tools analyze how software runs on heterogeneous compute platforms and provide deep system understanding for the developer.
Silexica was founded in 2014 and has so far received $28 million in funding. With its headquarters in Germany and offices in the US and Japan, a team of world-leading software engineers supports markets including automotive & ADAS, aerospace & defense, 5G wireless, robotics, and other rapidly transforming industries.

TTTech Auto provides solutions for the challenges of future vehicle generations. TTTech Auto specializes in safe software and hardware platforms for automated driving and beyond, applicable in series production

programs. With their leading technology solutions, TTTech Auto ensures safety and electronic robustness for a more automated world.

TTTech Auto operates under the umbrella of the TTTech Group, a technology leader in robust networking and safety controls, with cross-industry experience from more than 20 years of operation.

The TTTech Group is headquartered in Vienna, Austria and also present in several locations in Europe, USA and Asia.

The TÜV Rheinland Group is a leading provider of technical services worldwide. Founded in 1872 and headquartered in Cologne, the Group employs nearly 20.000 people worldwide on all continents. It generates annual revenues of € 1.92 billion. The Group’s mission and guiding principle is to achieve sustained development of safety and quality in order to meet the challenges arising from the interaction between man, technology and the environment.

For more than 40 years, LDRA has developed and driven the market for software that automates code analysis and software testing for safety-, mission-, security- and business-critical markets. Working with clients to achieve early error identification and full compliance with industry standards, LDRA traces requirements through static and dynamic analysis to unit testing and verification for a wide variety of hardware and software platforms. Boasting a worldwide presence, LDRA is headquartered in the UK with subsidiaries in the United States, India and an extensive distributor network. For more information on the LDRA tool suite, please visit:

Smart Eye was founded to bridge the gap between man and machine and is today regarded as a global leader in the development of multi-camera head and eye tracking solutions for Automotive, Aviation and Aerospace research and manufacturing industries. We are proud of our position in the market as the gold standard for remote eye tracking, enabling complete freedom of movement within any given application environment while retaining impressive levels of gaze accuracy, field of view and robustness. Our real-time and completely non-invasive solutions are used by over several hundred clients over the world to support research projects in areas including HCI, Human Factors, Neuroscience, Psychology, and more.

Foretellix tackles the most challenging barrier to autonomous vehicle deployment – Safety: ensuring the autonomous vehicle behaves properly under all possible driving conditions. Foretellix develops intelligent automation and analytic tools to orchestrate 100’s of millions of driving scenarios including corner cases, providing the confidence required to allow broad deployment of autonomous vehicles and to unleash the full potential of the autonomous revolution. Foretellix’s coverage driven verification framework provides safety metrics on how well the 100’s of millions of driving scenarios are being covered. Foretellix’s solution is required by leading autonomous vehicle developers, consumers, suppliers, insurance companies and regulators. The solution works with all required driving platforms, including simulators, X-in-the-loop configurations, test tracks and test vehicles. Foretellix was founded by a very experienced team, who led a start-up to a successful IPO, using proven coverage driven methodologies, intelligent automation, and analytics of large datasets for the verification of complex semiconductor products. The company has offices and representatives in Israel and the US.

Foretellix tackles the most challenging barrier to autonomous vehicle deployment – Safety: ensuring the autonomous vehicle behaves properly under all possible driving conditions. Foretellix develops intelligent automation and analytic tools to orchestrate 100’s of millions of driving scenarios including corner cases, providing the confidence required to allow broad deployment of autonomous vehicles and to unleash the full potential of the autonomous revolution. Foretellix’s coverage driven verification framework provides safety metrics on how well the 100’s of millions of driving scenarios are being covered. Foretellix’s solution is required by leading autonomous vehicle developers, consumers, suppliers, insurance companies and regulators. The solution works with all required driving platforms, including simulators, X-in-the-loop configurations, test tracks and test vehicles. Foretellix was founded by a very experienced team, who led a start-up to a successful IPO, using proven coverage driven methodologies, intelligent automation, and analytics of large datasets for the verification of complex semiconductor products. The company has offices and representatives in Israel and the US.

Huawei is a leading global provider of information and communications technology (ICT) infrastructure and smart devices. With integrated solutions across four key domains – telecom networks, IT, smart devices, and cloud services – we are committed to bringing digital to every person, home and organization for a fully connected, intelligent world. Huawei’s end-to-end portfolio of products, solutions and services are both competitive and secure. Through open collaboration with ecosystem partners, we create lasting value for our customers, working to empower people, enrich home life, and inspire innovation in organizations of all shapes and sizes.

Omnex is a global Quality and Engineering Services organization headquartered in the USA with offices in Berlin, Germany. Omnex has implemented management systems and new product development for thousands of organizations in the Automotive, Electronics and Semiconductor industries including extensive experience in ADAS, hybrids, and E-Cars. We are one of the only companies in the world who can provide training and implementation support for ISO 26262, SOTIF (ISO/PAS 21448), Cybersecurity (SAE J3061 and ISO 21434), Automotive SPICE, Agile methodologies, IATF 16949 and Core tools including AIAG-VDA FMEA. We are a 33 year organization that has been working with E-Cars and Autonomous cars since 2009. 

Omnex’s EwQIMS™ Software provides Integrated ISO 26262, Automotive SPICE, and IATF 16949/ISO 9001 solution and work products. This Integrated Solution reduces cost of implementation, improves efficiency by Design & Process reuse and provides ROI.

Kalray is the pioneer in processors for new intelligent systems. As a real technological breakthrough, “intelligent” processors have the capability to analyze on the fly, and in an intelligent manner, a very large amount of information, and to make decisions and interact in real time with the outside world. These intelligent processors will be deployed extensively in fast-growing sectors, such as new-generation networks (intelligent data centers) and autonomous vehicles, as well as healthcare equipment, drones, and robots. Kalray’s offering encompasses both processors and complete solutions (electronic boards and software). Created in 2008 as a spin-off of CEA (“Commissariat à l’énergie atomique et aux énergies alternatives”, the French Alternative Energies and Atomic Energy Commission), Kalray serves customers such as server manufacturers, intelligent system integrators, and consumer product manufacturers, including car makers. For more information, visit www.kalrayinc.com.

QTronic is a leading provider of tools for virtual validation of automotive functions.

With the help of Silver, our virtual ECU platform, accurate executable models of the car ECUs can be built. This way, virtual test drives can be performed on PCs with realistic models of the car control software. Even with good simulation models, huge numbers of scenarios and parameter variations must be considered and safe-guarded before releasing automated driving functions.  Our tool TestWeaver helps investigate the behavior of the simulated system in large parameter spaces. Classical test automation is complemented by thousands of computer-generated scenario variations guided by intelligent search algorithms – in order to increase the test coverage and in order to identity the critical situations.

HCC Embedded, founded in 2002, believes that core software components for deeply embedded systems, should be engineered for safety, quality and portability such that they can be core elements of any system.

HCC has built its organization on quality (ISO 9001:2015 and ISO 27001 certified) to deliver quality solutions. With its SafeTCPIP product HCC is using its focus on developing portable safety components based on the ISO26262 SEooC (Safety Element out of Context) concept, that are mappable to other standards such as IEC61508, IEC62304, DO178B etc.

HCC’s portfolio includes over 250 embedded components with core competence in reliable flash management, fail-safe filesystems, IPv4/6 networking stacks with associated security protocols, as well as a comprehensive suite of USB host and function software.

HCC has supplied its embedded software components to over 2000 companies globally in a wide variety of industries including Industrial, Medical and Automotive.

Fast Lane to Autonomous Cognata provides driving validation platform for the autonomous vehicles industry. Our product enables autonomous vehicle manufacturers with the ability to test drive their AI and sensors on our platform. Our unique patented technology consists of combination of Deep Learning, advanced computer vision algorithms and Artificial Intelligence engine. Cognata’s platform Enable’s the testing of multiple scenarios on different geographic location. Our customers can drive million of miles on our reality-grade platform, receive meaningful feedback’s that enable accelerated AI learning curve and faster product maturity

Cambridge-based start-up developing cost-effective 3D sensing technology for smarter and safer vehicles

Established in the year 1996, TriGeo Technologies has developed unmatched expertise in implementing path-breaking technologies to provide value added IT solutions. For over a decade now we have assisted our clients across the globe in Engineering, BIM and Geospatial areas.From Data capture and conversion, Application development, Enterprise Integration, Engineering, Lidar to BIM, TriGeo has a command over all.

TriGeo Technologies is concerned not only with right solutions but cost-effective and efficient answers that have always satisfied every customer’s unique need. Our company’s broad knowledge base, committed workforce and use of global IT applications has successfully implemented projects in various industry domains. Business associates have expressed their delight in these fruitful partnerships. Professional competency has been developed through investment in core training programs, automated processes and nurturing human resources to bring out their best capabilities.

Customer service is our priority, technical competence is our pride and cost-effective solutions our goal.

We offer Sales and Business Development Services for Start-ups and mid-market firms.

Wave Computing is a VC-backed company that is revolutionizing artificial intelligence. with its dataflow-based chips, systems and software that deliver orders of magnitude performance improvements over legacy architectures. The company’s vision is to bring deep learning to customers’ data wherever it may be—from the edge to the data center—helping accelerate time-to-insight. Based in Campbell, California, Wave Computing has been named Frost & Sullivan’s 2018 “Machine Learning Industry Technology Innovation Leader,” and recognized by CIO Application Magazine’s as one of the “Top 25 Artificial Intelligence Providers.” Combined with MIPS, Wave now has over 400 granted and pending patents and hundreds of customers worldwide.

Keymakr is a privately held, global company, which was set up in 2015. Keymakr provides special services of advanced data collection for training of Convolutional Neural Networks and Deep Learning Artificial Intelligence systems. Our experts in Data Collection team specialize in collecting and constructing high quality custom training data sets for deep machine learning algorithms.

The company has the technological infrastructure and knowledge for efficiently collecting, sorting and verifying data from various data sources according to variable and individually suited parameters in accordance with specific requests of the customer. Our goal is to provide the customer with the best custom datasets that will improve customer’s system accuracy, efficiency and reduce overhead from data collection stage.

“Computers are incredibly fast, accurate and stupid; humans are incredibly slow, inaccurate and brilliant; together they are powerful beyond imagination.” Playment is a fully managed data labeling platform generating training data for computer vision models at scale.

We empower companies in the Autonomous Vehicle, Drones, Mapping, and similar spaces with high precision annotation services – No matter how complex. We’re helping companies and research institutions like Drive AI, Starsky Robotics, CYNGN, and UIUC focus on their core areas of development.

Our platform is powered by a trained workforce of 300,000+ users and managed by our human intelligence experts who build your tasks and deliver results with assured quality. Support Annotation types: Bounding Boxes, Cuboids, Polygons, and Polylines, Point annotations, Segmentation(coming soon) for both image and video data types.

Interested to hear more? Please check out https://playment.io Use Cases we worked on: Autonomous vehicles, drones, satellite imagery, precision agriculture, Retail / eCommerce, sports analytics About the team: Founded by IIT KGP/Guwahati 2013 grads with past experience across Product, Software, Operations & Business Development functions @Flipkart @Babajob @PepsiCo, we are a young and dynamic team with a passion to build an innovative product empowering millions of lives every day motivates us to keep playing the game. Recognitions: We are backed by Y Combinator, SAIF Partners & Google Launchpad

The NAVENTIK GmbH was founded in December 2016 as a spin off from TU Chemnitz, providing localization solutions and sensor data fusion software for vehicles. Basic technology is the NAVENTIK PATHFINDER GNSS software receiver, a GNSS receiver (GPS, GLONASS, BEIDOU, GALILEO) awarded with main prize for digital innovations at CeBit 2017 and ready for deep integration to sensor data fusion systems of ADAS and Autonomous Systems.

Main technology derived products are:

• PATHFINDER for nvidia Drive PX 2 (Developer Licence)
• PATHFINDER for NXP Blue Box (Developer Licence)  PATHFINDER Differential GPS Software Modul (Developer Licence)
• NAVENTIK EMERGENCE – Integration service for GNSS components to automotive and railway vehicles

The mission of NAVENTIK is to provide the standard solution for GNSS on ADAS GPU’s, ready for safety critical driving maneuvers of SAE Level 3 and up. Or in short: ENABLING SATELLITE NAVIGATION FOR AUTOMATED DRIVING.

Teraki’s software solution employs propietary techniques to reduce the amount of data generated by sensors by an average of 90%, but up to 99% without compromising its quality. This is core for current applications in the automotive market, including connected and autonomous cars applications. Teraki further on enables novel applications such as in the UBI, Fleet management and Telematics market which are too cost intensive.

With Teraki’s software product, customers are able to increase the data they can transmit, while maintaing a low CPU footprint at the end devices. This advantage is core for enabling future applications even using present automotive hardware.