Autonomous Systems

Deep Learning Robotics (DLRob) develops advanced robotic automation solutions that combine AI, computer vision, and robotics to simplify complex industrial tasks. Its flagship technology enables robots to learn directly from human demonstrations, eliminating the need for traditional programming or extensive teach routines. This “teach-by-demonstration” approach allows rapid deployment and adaptability across various environments, from precise kitting and assembly to quality inspection and material handling.

DLRob’s systems leverage deep learning and real-time 3D perception to detect, grasp, and manipulate objects with high accuracy, even in unstructured settings. Its proprietary software integrates with robotic arms and sensors, creating fully autonomous cells capable of adjusting to variations in objects, positions, or process conditions. The technology supports zero-teach workflows, meaning operators can deploy robots without prior programming expertise.

DLRob also holds patents in AI-driven robotic learning and adaptive automation, ensuring its solutions remain at the forefront of industrial innovation. By reducing setup times, improving operational consistency, and enabling scalable automation, DLRob empowers manufacturers to increase productivity, reduce human error, and respond faster to changing production needs—all while minimizing the barrier to robotic adoption.

AIR is a leading aerospace OEM developing advanced dual use eVTOL aircraft for both uncrewed cargo logistics and FAA-certified piloted flight. With flight testing facilities in both the United States and Israel, AIR combines engineering, certification, and operational expertise under one mission: to redefine aerial mobility.

With payload capacities over 250 kg and a one-hour endurance, AIR’s platform demonstrates proven operational readiness and is among the first in the Advanced Air Mobility (AAM) industry to deliver aircraft, hold airworthiness approvals in both the United States and Israel, and generate commercial revenues.

Through real-world flight operations, industrial partnerships, and global regulatory collaboration, AIR is bringing to market scalable, dual-use VTOL solutions that support a wide range of applications, including commercial cargo logistics, emergency response, medevac support, tactical resupply (contested logistics), and more.

Powered by a proprietary approach to aircraft design, safety, and patented innovations in hardware and software, and applying proven practices from the automotive industry, AIR delivers aircraft that are fundamentally different: in design, engineering, production, cost, operation, and maintenance.

By harnessing the promise of electric aviation, AIR is shaping the future of flight, today.

Founded in 2016 and driven by elite automotive cybersecurity specialists, CYMOTIVE Technologies offers end-to-end solutions for software-defined vehicles, fleets, and mobility. Our chip-to-cloud engineering services and innovative technologies are production proven to accelerate agile deployment, global certification, and cybersecurity across automotive domains and platforms for the full vehicle lifecycle for millions of operational vehicles around the world.
From continuous compliance & homologation to in-vehicle security and secure data management solutions, we help our customers flexibly, scalably, and innovatively optimize their opportunities amid SDV transformation.
We partner with global automotive & IT leaders to optimize costs, localize services, and maximize outcomes for OEMs and suppliers.

Kronomy delivers a holistic security and safety ecosystem, integrating autonomous drones with a 24/7 remote command center, advanced AI, and seamless live operations for total situational awareness

Ruby.AI develops Physical AI robot technology, enabling robot systems to operate in real-world environment, indoor and outdoor.
We also specialise in developing robots for harsh environments and ATEX-rated zones.
Our focus is spacial robotics for demanding maintenance operations.
• RoboFuel – autonomous fueling diesel/ petrol/ hydrogen for autonomous vehicles/ platforms.
• RoboCharge – autonomous charging for autonomous vehicles (Robotaxi)
• RoboWash- heavy-duty motors and machinery ( mining, construction, and defence)

Founded in 2018 by two leading entrepreneurs, Propeller Drones Ltd. has quickly become Israel’s largest and most trusted provider of drone services. The company was established by Itamar Kohli, a retired IDF Colonel (Golani Brigade), who went on to manage a public drone communications company, and Tal Yadin, a former IDF drone team commander and advisor to top drone technology firms.

Driven by a clear vision to meet the growing operational needs of the drone industry, Propeller Drones blends elite military experience with a deep understanding of the commercial UAV landscape.

Since its founding, the company has trained thousands of certified drone pilots, served hundreds of business clients, and won leading tenders across the sector. With a relentless pursuit of excellence and innovation, Propeller Drones stands at the forefront of drone technology – setting new standards and pushing the industry forward.

We are committed to the highest levels of professionalism and customer service, offering tailored, cutting-edge drone solutions designed to meet each client’s specific goals.

NanoTherma is a deep-tech energy company developing advanced technologies that convert temperature differences into electrical power. The company focuses on thin-film, lightweight, and modular devices designed to operate passively, without moving parts or fluids, and to integrate directly into existing systems with minimal disruption. By leveraging advanced materials and scalable manufacturing approaches, NanoTherma aims to enable efficient energy recovery in environments where heat is abundant but difficult to utilize.

NanoTherma’s solutions transform unused thermal gradients into local electrical power that improves overall system efficiency and reduces wasted energy. The platform is broadly applicable across energy-intensive sectors, including digital infrastructure, industrial systems, mobility, and other applications where reliability, compact form factor, and low maintenance are critical.

Founded by engineers with backgrounds in advanced materials, semiconductor R&D, and system integration, NanoTherma combines deep technical expertise with a strong focus on real-world deployment and commercialization.

Vizible Zone is a situational awareness technology that turns smartphones into a real time, device-to-device safety network. It uses the phone’s built-in sensors to understand motion and context, then applies behavior prediction to anticipate risk before an incident happens. When danger is likely, Vizible Zone shares compact alerts directly between nearby devices and with vehicles or local infrastructure, so warnings can work even where cellular coverage is poor or unavailable.

Unlike camera-only or line-of-sight systems, the goal is to provide awareness beyond what a driver or a single sensor can “see,” including scenarios where vulnerable road users are hidden behind obstacles or emerge suddenly. The system is designed to operate across visibility and weather conditions because it does not depend on clear optics to function.

Vizible Zone can be delivered as software: an SDK that partners can embed into their apps or platforms, and in some cases, integrated deeper at the device or firmware level for tighter performance. Core use cases include automotive collision avoidance, smart city safety, and high-risk industrial environments like ports, where real-time, privacy-minded, ad hoc D2D coordination can reduce incidents and improve response time.

Aviation is evolving. A new generation of aircraft has opened the sky up to more people than ever before, and High Lander was created by veterans of aviation and technology to guide this evolution. We empower people to take advantage of a world of new opportunities while maintaining strict standards of safety in our increasingly crowded skies.

We’ve created software solutions that set a global standard for drone fleet management and consolidated airspace control. They enable anyone to begin using drones at a professional level, while creating a U-space where crewed and uncrewed aerial vehicles can operate together in harmony.

UAV technology has opened the possibilities of flight to everyone for the first time in history, and there are already millions of drones in the air. These machines have taken on roles with emergency services, in private and state security, delivery services, construction and mapping, agriculture, conservation, advanced air mobility… the list goes on and more uses are being discovered every day. High Lander’s talented team of military veterans, aviation professionals, and technology experts have created solutions that enable anyone to use these incredible machines easily and safely, while providing authorities with the tools to manage all this new air traffic safely.

ADASKY is a thermal sensing company focused on providing a Long-Wave Infrared (LWIR) camera and perception software solution, to the Automotive and Inteligent Transport Systems industries. Our products for the automotive industry offer enablement & enhancement of safety and ODD expansion for Advanced Driver Assistance Systems (ADAS) and Autonomous Vehicles (AV), and for the ITS – analytics of objects essential for the system operation in any lighting and weather condition.

Upstream’s AI-powered, cloud-based data management platform is purpose-built for the connected vehicle and smart mobility ecosystem. The platform centralizes and structures distributed mobility data, transforming it into contextualized data lakes. Furthermore, the platform utilizes a robust suite of AI and ML capabilities, OceanAI, to power the advanced anomaly detection capabilities, investigations and effective response. The platform allows data to be effectively leveraged for a variety of AI-driven use cases, including cybersecurity detection & response (XDR), proactive vehicle quality detection, fraud prevention, data observability, usage-based insurance, and more.
Upstream is privately funded by Alliance Ventures (Renault, Nissan, Mitsubishi), Volvo Group, BMW, Hyundai, MSI Insurance, Nationwide Insurance, Cisco Investments, Salesforce Ventures, CRV, Glilot Capital Partners, and Maniv Mobility.ISRA

Newsight Imaging is a leading developer of advanced 3D vision chips, combining high-performance line sensors, next-generation area sensors, and its patented Enhanced Time-of-Flight (eTOF) technology to power the future of mobility. With ultra-fast depth sensing, exceptional accuracy, and industry-leading low power consumption, Newsight’s solutions enable real-time perception for autonomous vehicles, drones, service robots, logistics robots, AGVs, and AMRs—Autonomous Mobile Robots that navigate independently in dynamic environments using onboard sensing. The company’s eTOF technology significantly extends range, enhances depth resolution, and reduces system cost, making it ideal for LiDARs and 3D cameras required in modern mobility systems. Beyond silicon, Newsight provides comprehensive reference designs, SDKs, and application-ready modules that accelerate integration for automotive, industrial, and robotics customers worldwide. Its sensors deliver high frame rates and low latency, enabling machines to detect obstacles, map surroundings, and make instantaneous decisions while maintaining efficient energy usage. Newsight’s technologies are deployed globally in robotic vision, intelligent transportation, industrial automation, and a wide spectrum of emerging mobility ecosystems. As mobility evolves toward autonomy, intelligence, and efficiency, Newsight Imaging stands at the forefront—delivering versatile, scalable sensing platforms that enable safer, smarter, and more energy-efficient movement in any environment.

Sixdof Space has created an optical tracking solution offering precision landing with cm level accuracy both indoors and outdoors in direct sunlight. Our patented technology leverages infrared lighting to serve as location beacons. Our sensor unit, connected to your drone or robot, can see the beacons on the ground (or opposite the sensor; currently tested up to 100 meters). Our algorithms will report the 6DOF positional data to the drone/robot, to direct an autonomous landing, docking or relative position.

Lakuruma’s technology is backed by US patents, including optical train-to-infrastrcuture communication, QRNG-based approach for autonomous valet parking, vehicle priority, and junction directing, and optimization of optical system and routing for autonomous vehicles and LIDAR-based vehicles.

IPgallery delivers AI-powered intelligent Advanced Driver Assistance Systems (ADAS) solutions that are redefining urban mobility and shaping the future of transportation. As cities worldwide face increasing challenges, congestion, safety concerns, emissions, and infrastructure strain, our technology transforms these challenges into opportunities for efficiency, sustainability, safety, and livability.

Our intelligent ADAS platform integrates real-time data from vehicles, road infrastructure, traffic management systems, and environmental sensors to create a seamless, connected ecosystem. With AI-driven predictive analytics, it enhances driver awareness, prevents accidents, and optimizes traffic flow, enabling smoother, safer, and more energy-efficient rides across urban areas.

From collision avoidance and dynamic routing to eco-driving recommendations and real-time hazard alerts, IPgallery empowers city planners, fleet operators, and mobility providers to deliver superior travel experiences while reducing environmental impact.

More than just technology, our solutions foster smarter cities where transportation networks work harmoniously with energy grids, micromobility options, and pedestrian infrastructure. By placing safety and sustainability at the forefront, IPgallery’s intelligent ADAS systems pave the way for cleaner air, reduced congestion, and improved quality of life, transforming urban mobility into a cornerstone of smart, livable cities.

Lidwave develops the next generation of LiDARs – High resolution, long range, affordable 4D LiDAR. With all the optical elements fully integrated on a single chip, this coherent light LiDAR offers affordable price, easy scalability and high durability. The patented FCR – finite coherent ranging – technology offers accurate velocity information per pixel per frame, for improved segmentation and better time-to-colision data, and total immunity to interference (glare, other LiDARs or spoofing).
The first commercial product based on the FCR (TM) technology is the Odem sensor – a versatile, software defined, long range LiDAR. The Odem sensor suits many use cases thangs to a range of over 300m, a max resolution of 0.02X0.02 degrees and field of view of up to 100X40 degrees for a max pixel count of 4.88 million pixels per second (Resolution, field of view and frame rate can be changed by software, without changing anything in the hardware). With compact dimensions (13X11X5.5 cm) and price point much lower than comparable LiDAR systems, the Odem sensor is staged to revolutionize the world of autonomous machines and smart infrastructure.

ACiiST transforms existing street and highway infrastructure into a robust, secure connectivity platform – enabling rapid deployment of smart systems like cameras, sensors, and EV charging points. Our compact, cyber-protected switch installs directly inside lighting poles, eliminating the need for communication cabinets, cooling systems, or distance limitations.
Cities, Highways, and train Companies using ACiiST save up to 90% in time and cost while gaining a reliable, fully managed edge network built for outdoor conditions. This backbone supports smart city, road safety, homeland security, and mobility applications, with maximum flexibility and minimal disruption.
ACiiST is already deployed across Israel, in Europe, Asia, and Africa. We already support mega-projects, as an OEM partner of Bynet Telecommunications, including Israel’s national Light Rail, leading highway operator, Ashdod Port, and strategic defense sites, as well as distribution agreements with companies operating in Europe.
ACiiST empowers outdoor areas to move from connected infrastructure to truly smart, responsive outdoor environments – faster, safer, and more efficiently

Airwayz develops advanced technology that makes it possible for drones to operate safely and efficiently at scale – whether in busy cities, large ports, or across entire countries. Our AI-powered platform acts like “air traffic control” for drones, managing multiple operators and fleets in real time. It approves flights instantly, prevents collisions, and reroutes drones when needed – without requiring any extra hardware on the drones themselves.

Already trusted by the Port of Rotterdam, Israel’s National Drone Initiative, and Americal National Authorities like Space Florida, Airwayz enables new services like rapid deliveries, infrastructure inspections, security patrols, and emergency response – while cutting costs, reducing emissions, and meeting regulatory requirements. We work with governments, enterprises, and mobility leaders worldwide to unlock the full potential of the skies for safer, smarter, and more sustainable mobility.

We bridge machines, workers, and software by leveraging Artificial Intelligence, Machine Learning, and Large Language Models. AnyMaint’s SaaS solution reduces machine downtime in production plants and equipment-intensive enterprises by up to 70%.

Bluewhite provides AI-driven off-road autonomous solutions that enhance productivity, quality, and safety. Bluewhite autonomous stack enables conversion of offroad vehicles to fully autonomous with advanced field intelligence AI and multi-dimension fleet management platform. Leveraging over 20 years of expertise in autonomous technologies, global talent, and cutting-edge AI, Bluewhite is working with leading OEMs, enterprises, and governments to transform their off-road operations to safe, resilient, and efficient.

Carteav provides an autonomous low speed vehicle solution for managed area and urban areas with restricted private cars

CipherSiP AG – We develop and deliver pioneering Cyber-AI technology on a single chip designed specifically for the mobility arena. Our solution is a radical departure from traditional software-based security, providing an unhackable, hardware-level layer of protection. This compact, powerful chip integrates a dedicated AI engine that learns, predicts, and neutralizes cyber threats in real time, before they can cause harm.
In addition to our Cyber-AI and other unique capabilities, we recognize the enduring role of the CAN network. While technologies like Ethernet and 5G/6G handle external communication at the vehicle’s gateway, the critical safety components—hundreds of sensors and dozens of ECUs—still rely on the 50-year-old CAN bus. This network is here to stay, particularly for safety-critical messages. No other solution, not Ethernet, not CAN-XL, can replace the good old safe CANbus. Only our CAN.SF+ technology, which is riding over the existing CAN network, creates a 25 Mbps data rate over the existing 8-byte/1 Mbps CAN bus without interrupting the network and with no EMC or EMI issues. It has been tested in Germany and in the US on the Porsche Cayenne and the Honda Acura, as well as with other OEMs in Japan, India, and China.

Cities are booming and despite Billions being pored into building transport systems, 80% of commuters prefer to use private cars.
We provide a real door to door, on demand, autonomous alternative.
Ride is free from congestion, emission and accidents.
It is cost effective, fast to build, street changes are minimal to non and in addition, it boosts the effectiveness and financial performance of all present systems.

Cognata provides advanced simulation software that accelerates the development of AV and ADAS technologies. Leveraging AI and deep learning, Cognata recreates real-world conditions in virtual environments, enhancing the testing and validation of automotive sensors and systems. These tools allow for extensive testing, enhancing safety.

ConnVAS operates in the ITS sector, developing real-time solutions for safer and more efficient transportation. This solution provides an end-to-end system from detection to alarming.
At the core of our system is the ConnVAS MAGIC, which is an all-in-one adaptive detector that can provide a wide variety of solutions in a single box.

DriveU.auto accelerates the safe and efficient deployment of autonomous vehicles in demanding industrial environments where operational continuity is non‑negotiable.

Our Autonomous Terminal Tractor (ATT) Retrofit Kit transforms existing terminal tractors into autonomous vehicles, enabling container terminals to capture the productivity and safety gains of autonomy without replacing existing fleets or large upfront investment.

Powered by advanced physical AI and enhanced by human cognition when needed, DriveU.auto’s retrofit solution ensures 24/7 continuous operation even in complex edge cases, and demand fluctuations.

Scalable across old and new fleets, DriveU.auto enables fast ROI and zero disruption to ongoing port operations, giving terminals the fastest path to autonomous productivity.

Foresight is a leading developer of advanced 3D perception software solutions using stereo vision technology for obstacle detection and navigation in adverse conditions. Foresight’s technology can be applied to ADAS and autonomous driving, across various industries including autonomous vehicles, agriculture, heavy equipment and defense.

Foretellix is the leading provider of safety-driven verification and validation solutions for Automated Driving Systems and ADAS. Foretellix’s Foretify™️ platform helps automotive, trucking, and mining customers to ensure safety, reduce development costs, and accelerate time-to-market. Foretellix is headquartered in Israel, with offices in the US, Europe, and Asia. For more information, visit http://www.foretellix.com

We are building an emission-free grid of solar roads connected to hydrogen storage systems to transform how energy is produced, stored, distributed, and supplied to consumers. By combining multiple existing technologies, we have designed a system that supplants the need for the energy consumption of both electricity and fuel.

An L3/L4 Autonomous Driving software solution provider, Imagry has been operating passenger cars autonomously on public roads since 2019. Currently driving in the U.S., Germany, Japan, and Israel, we have also launched multiple autonomous bus projects (urban routes and operational zones). We have offices in San Jose, CA and Haifa, Israel.

Nakai Robotics is an innovative robotics company transforming maritime hull maintenance through advanced, in-house developed technology. We design autonomous robots that clean ship hulls both while docked and in transit — without causing any damage to the vessel’s paint and while fully collecting the waste generated during cleaning.

Our fully autonomous robot operates during docking, ensuring fast, efficient cleaning that minimizes fuel consumption and biofouling.
A second robot, now in development, will enable continuous hull cleaning even while the ship is sailing — a groundbreaking advancement in proactive maintenance.

With R&D centers in Israel and Miami, Nakai Robotics is bridging engineering innovation with real-world maritime needs. Positioned between R&D and commercialization, we are focused on scaling our impact and building strategic partnerships across the shipping industry.

At Nakai Robotics, we’re not only building robots — we’re creating cleaner, more efficient oceans.

Newsight Imaging develops advanced CMOS image sensors and 3D vision technologies, featuring its proprietary eTOF™ (enhanced Time-of-Flight) solution. Designed for smart mobility, industrial automation, and AI-driven applications, Newsight’s sensors enable real-time depth perception and environmental awareness in a compact, cost-efficient form. From automotive ADAS to robotics and smart cities, Newsight empowers machines and vehicles to see, sense, and make intelligent decisions with unmatched precision.

Combining long-range radar, AI, and multi-sensor fusion, NIART provides a next-generation safety and perception system for mainline passenger and freight trains, supporting key stakeholders in railway operations and development. Our unique approach delivers reliable obstacle detection in any condition, enabling multiple critical use cases and accelerating the transition to semi-autonomous and fully autonomous rail transport. Our mission is to empower safe and Autonomous Rail by Delivering Unrivaled intelligent obstacle detection and recognition systems.

Platingo does not own any trucks. Instead, we organize available delivery rides and match them to actual needs in the market. This helps farmers and traders reduce logistics costs, reach more customers, and focus on what they do best — producing and selling quality food.

Terriffic.AI develops a cutting-edge AI-powered platform for traffic orchestration. Our software solution integrates seamlessly with existing data sources, processes them, and produces a city-wide real-time optimization plan, with actionable insights for the operator to implement or monitor.

Tervizio is a revolutionary company set to disrupt the Lidar market. Tervizio disrupts the market with its game-changing, globally patented Shark-Fin receiver module, powering existing and newly developed NIR and SWIR Lidar products. Tervizio’s Shark-Fin is presently the only solution that enables high-performance Lidars at a low cost

TriEye is the pioneer of the world’s first short-wave Infrared (SWIR) sensing solutions. The company’s technology, grounded in its SEDAR (Spectrum Enhanced Detection And Ranging) platform, enables HD SWIR imaging and 3D deterministic depth sensing in all weather and lighting conditions, enhancing perception systems at the pixel level.

​Tupaia introduces a new paradigm in precise positioning through cutting-edge cloud service.

Whilx develops an add-on, modular system for autonomous tire pressure optimization in response to changing road conditions, ensuring that the tire’s contact area with the road is always optimal while extracting valuable data regarding driver tendencies and providing personalized insights.