Smart Manufacturing
Refers to the use of advanced technologies, data, and interconnected systems to enhance the design, production, and assembly of vehicles and their components through technologies such as additive manufacturing, digital twins, IoT and more.
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.
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.
DevRob is a Physical AI software company transforming how factories program and operate robots. Our platform enables fast and simple creation, updating, and optimization of robotic cells through a reliable digital twin. By transforming plain English into fully programmed industrial automation, DevRob’s AI converts production requirements into orchestrated robot movements, PLC logic, and sensor integration, making automation accessible, flexible, and efficient across all robot brands.
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.
Hirundo is pioneering next-generation AI accuracy for mobility. Our platform automatically detects and remediates mislabeled and low-quality data across radar, LiDAR, vision, and other sensor modalities – dramatically improving the performance of AV, ADAS, and other mission-critical models.
Unlike conventional tools such as manual QA, Hirundo uses a patented Data Influence Engine to analyze how each training sample affects a model’s behavior. The result is precise, automated data QA and optimization that works in minutes – not weeks. Our platform is domain-agnostic, fully airgap-deployable, and scales seamlessly across datasets and model types.
We’re backed by five filed U.S. patents and led by a team of former elite Israeli R&D officers and academic leaders. Today, Hirundo is in active collaborations with the Israeli Security Agency, ELTA, and global mobility enterprises.
From optimizing data quality pipelines to ensuring real-world robustness, Hirundo makes your AI more accurate, trustworthy, and production-ready.
The CT vehicles outsmarts traffic like a motorcycle while riding safely and conveniently like a car
GreenRoad is a global leader in digital fleet safety telematics and driver behavior management.
We provide the industry’s deepest driving data that improves fleet safety and driver behavior through effective real-time coaching, predictive AI and advanced fleet analytics.
Our driver focused solution reduces accidents, fuel, emissions, and operational costs and increases EV range.
Our solutions can be deployed across any vehicle in any location in minutes and provides a single platform to track fleet, manage safety and identify potential risk in real time.
We’ve been helping fleets since 2004, empowering 100s of companies across 70 countries.
Let us help you create a safer and more efficient fleet today.
Opsys has developed the world’s most advanced pure solid-state scanning LiDAR. It is based on an addressable VCSEL array – SPAD receiver & works without any moving parts for high-performance at low cost. The proprietary tech enables true, real-time, 5D LiDAR. Founded in 2016, Opsys has established relationships with global OEMs & Tier1s.
Enervibe revolutionizes data collection from moving IoT’s by harnessing ground-breaking kinetic energy harvester, enabling billions of devices to operate sustainably with self-sustaining, zero-emission power
This breakthrough solution excels in minimizing size and weight while maximizing power efficiency and durability.
Our technology transforms kinetic energy into electrical power, enabling self-powered sensors that can wirelessly charge and transmit IoT data via Bluetooth to external systems. This capability unlocking new possibilities for smart, autonomous solutions, where advanced analytics can be used and improve processes and life time.
The Enervibe platform is versatile and adaptable across industries, including automotive, Industry 4.0, wearables, and defence.
Our flagship product, the Enertire™ – a smart tire sensor designed for commercial fleets, provides an all-in-one tire management solution. It delivers measurable value by reducing costs, enhancing cost saving, safety, and promoting sustainability.
Currently in the pilot stage, Enervibe is poised to commence commercial sales by 2025.









