Top 50 Computer And Electronic Product Manufacturing in Israel

The startup develops software that analyzes computer-aided design files to identify opportunities for additive manufacturing and perform geometry analyses. This technology enables manufacturers to reduce industrial printing costs and optimize production efficiency by pinpointing economically viable parts for three-dimensional printing.

Cybord offers an inline visual-AI platform that performs authentication, analytics, and traceability of electronic components to prevent counterfeit and defective parts from entering the production line. By analyzing 100% of components during assembly, the platform enhances product quality and reduces rework and recalls.

CADY is an AI‑driven platform that ingests component datasheets into a formal specification database and validates uploaded netlist and BOM files against those specs. It automatically checks connection integrity, voltage domains, communication protocols and industry best‑practice rules, delivering an interactive, commentable report while keeping all data encrypted and never permanently stored. The service targets hardware design engineers and verification teams at electronics OEMs and contract manufacturers.

CADY automates the analysis of Printed Circuit Board (PCB) schematics using AI technology to detect design errors before production. This reduces costly re-spins and accelerates time to market by ensuring higher quality and reliability in electronic designs.

proteanTecs provides a cloud-based platform that utilizes machine learning and on-chip monitoring technology to deliver real-time analytics on the health and performance of electronic components. This solution enables manufacturers to gain continuous visibility throughout the design, production, and operational phases, thereby enhancing reliability and reducing operational risks.

Xsight Labs manufactures programmable Ethernet switches and software-defined accelerators for data centers and automotive applications, enhancing connectivity and resource allocation in high-bandwidth environments. Their technology addresses the challenges of network efficiency and scalability, enabling seamless integration with emerging 100G and 800G ecosystems while reducing power consumption.

RAAAM Technologies offers GCRAM, a high‑density embedded memory that serves as a drop‑in replacement for SRAM in semiconductor chips. The technology delivers up to 50% silicon area reduction and up to 10× lower power consumption while remaining compatible with standard CMOS processes. It enables higher on‑chip memory capacity for AI, ML, AR/VR, automotive, 5G, and data‑center applications.

Powermat Technologies provides end‑to‑end wireless charging platforms for OEMs, covering Qi‑standard and custom coil designs from 5 W to 300 W. The company offers electromagnetic simulation, hardware prototyping, Qi‑qualification support, and an IP licensing portfolio of over 225 patents to streamline integration and reduce development time. Its modular solutions serve consumer electronics, automotive, robotics, medical, and IoT applications.

Inspekto provides an AI-based visual inspection system that enables manufacturers to implement quality control without requiring expertise in machine vision or artificial intelligence. The solution is designed for rapid deployment and scalability, ensuring seamless integration with existing automation systems to enhance production efficiency and reduce defects.

Leo is an AI-driven engineering design copilot that generates product concepts and provides real-time technical answers by referencing over one million engineering standards and data sheets. This platform significantly reduces tedious design work by 50%, enabling mechanical engineers to make informed decisions and accelerate product development.

Valens provides semiconductor chipsets for high-performance, long-reach connectivity, enabling uncompressed video, audio, data, and power transmission over single category cables. Their technology offers superior bandwidth, extended reach, and EMI resilience for automotive, professional AV, and industrial applications.

The startup specializes in sourcing parts through a streamlined procurement platform that connects manufacturers with suppliers, ensuring quick and cost-effective transactions. This approach addresses the inefficiencies and delays commonly faced in traditional supply chain processes.

This fabless startup specializes in Photonics Engines that enhance optical communication efficiency in data centers by utilizing advanced light modulation techniques. Their technology addresses the limitations of traditional data transmission methods, enabling higher bandwidth and reduced latency for improved data center performance.

3d Signals provides a cloud-based Asset Performance Monitoring platform that connects any type of manufacturing machine to the cloud using non-invasive sensors. This technology enables real-time data collection and operational visibility, resulting in increased machine uptime by up to 30% and significant reductions in operating costs.

DustPhotonics develops pluggable optical modules utilizing Low Loss Laser Coupling (L3C) technology to integrate off-the-shelf lasers on silicon, enabling high-speed data transmission at rates of 400Gb/s to 1.6Tb/s. This technology addresses the need for lower power consumption and reduced costs in data center and high-performance computing applications by minimizing the number of lasers required in the system.

Chain Reaction designs ASIC processors that accelerate Fully Homomorphic Encryption (FHE), enabling high‑performance AI inference and data‑intensive workloads to run on encrypted data without exposing it to the underlying infrastructure. Their 3PU™ privacy processor provides hardware‑level support for multiple FHE schemes, delivering low‑latency, server‑grade performance compatible with existing cloud and enterprise racks, while a separate EL3CTRUM ASIC line offers high‑efficiency Bitcoin mining.

CoreTigo provides IO-Link Wireless technology for industrial automation, enabling reliable, low-latency wireless communication for machine control and monitoring in manufacturing environments. This technology reduces the need for wired connections, enhancing flexibility and operational efficiency while minimizing changeover times and equipment footprint.

Hailo develops AI processors optimized for deep learning applications on edge devices, enabling high-performance video processing and analytics with low power consumption. Their technology addresses the need for efficient AI inferencing in various industries, including automotive and industrial automation, by facilitating the deployment of complex neural networks in resource-constrained environments.

Polyn provides neuromorphic analog front‑end chips (NASP) that perform always‑on AI inference directly on raw sensor data, eliminating the need for ADC conversion. By processing in the analog domain, its chips deliver microsecond‑scale latency with microwatt power consumption, enabling continuous edge AI for voice extraction, speaker recognition, vibration analysis, and automotive sensing. The offering includes ready‑made product families—NeuroVoice, NeuroSense, VibroSense—and customizable neural‑network chips for integration into wearables, automotive sensors, audio devices, smart‑home products, and Industry 4.0 equipment.

bananaz is an AI-powered design change management tool that enables mechanical engineering teams to track revisions and validate designs using computer vision, ensuring accuracy throughout the development process. By streamlining workflows and reducing revision turnaround times by over 90%, it helps teams launch products faster while minimizing costly design flaws.

InZiv provides high-throughput inspection and metrology tools specifically designed for microLED and OLEDoS displays, utilizing electroluminescent technology for non-damaging, full wafer inspections. Their solutions enable manufacturers to achieve precise defect detection and quality assurance, addressing the critical need for reliable testing in the rapidly evolving display industry.

The startup offers an adaptive real-time bill of materials optimization platform that enhances component selection and identifies at-risk components throughout the product life cycle. By providing precise alternatives and sourcing options from the initial design phase, the platform helps businesses accelerate time-to-market and reduce costs.

Corephotonics provides multi‑aperture camera technology for smartphones, combining compact dual‑camera and folded lens modules, micro‑electromechanical actuators, and AI‑driven computational photography. Their end‑to‑end platform—hardware, firmware, and software—enables high‑resolution optical zoom, optical image stabilization, and depth‑aware imaging within thin device form factors, targeting mobile OEMs seeking premium camera performance.

Newsight Imaging develops CMOS image sensor chips that utilize enhanced Time-of-Flight technology for high-speed depth measurement and 3D machine vision applications. Their sensors address the need for accurate, low-power solutions in automotive and industrial automation, enabling real-time decision-making and improved safety in environments such as smart cities and advanced driver-assistance systems.

3DBattery designs and manufactures lithium-ion batteries utilizing proprietary integrated ion-conductive polymers and high-energy electrodes to enhance energy density and cycle life. Their environmentally-friendly production process addresses the need for reliable and cost-effective energy storage solutions in the growing e-mobility market.

This company develops wireless HD semiconductor systems that transmit uncompressed high-definition video with zero latency. Their technology provides robust video connectivity for medical, industrial, cinema, and live production markets.

The startup develops semiconductor packaging and assembly technology that utilizes single or multiple viscosity materials such as polymers, metals, and ceramics to enhance electronic miniaturization and sustainability. Their method combines the productivity of screen printing with high-quality resolution and industrial production speed, facilitating semiconductor packaging re-shoring.

SonicEdge is developing modulated ultrasound microspeakers that deliver 157 dB SPL at 20 Hz from a compact form factor, addressing the limitations of traditional speaker technology in size and sound quality. Their technology enables powerful, distortion-free audio in applications such as headphones, earbuds, and hearing aids, revolutionizing the audio experience in consumer electronics.

The startup develops an autonomous inspection system that minimizes human error in quality inspection by utilizing online learning and elastic algorithms to adapt to process variations. This technology enables clients to leverage unlabeled data for predictive quality assurance, enhancing deployment speed and scalability while improving overall inspection accuracy.

Makat utilizes generative AI and real-time data processing to streamline the procurement of electronic components for OEMs and CMs, enabling them to quickly identify available stock and secure optimal pricing. This approach addresses supply chain disruptions and excess inventory challenges, allowing manufacturers to reduce their supplier base while maximizing cost savings and operational efficiency.

The startup develops an AI-powered system for heavy equipment that utilizes high-definition mapping and precise localization technologies to enhance operational safety and productivity. By providing real-time alerts and job site insights through computer vision and deep learning, the system enables machinery operators to make informed decisions while minimizing environmental impact.

The startup develops computer vision and artificial intelligence technology for unmanned aerial vehicles, enabling autonomous flights with real-time visual situation awareness. Their platform facilitates navigation, landing, and object tracking without reliance on human operators or GPS, allowing operations beyond visual line of sight at any time of day or night.

Largix manufactures 3D robotic printers utilizing cold laser printing technology to produce thermoplastic vessels, significantly reducing labor dependency. Their system enhances productivity by up to 15 times while cutting production costs by 50%.

Copprint supplies nano‑copper ink formulations that enable additive, self‑sintering printing of conductive patterns on a wide range of substrates, including paper, PET, FR4, PI, glass, and photovoltaic cells. The inks deliver conductivity within 5 % of silver at 5–10× lower cost and up to 90 % material savings, while eliminating hazardous chemicals through rapid air‑based sintering and supporting multiple printing methods for sustainable, on‑shore production of PCBs, RFID antennas, and other printed electronics.

IDEEZA is a generative AI platform that transforms user-provided product ideas into detailed blueprints, including electronic circuits and 3D designs, without requiring technical expertise. It addresses the challenge of monetizing creative concepts by linking these blueprints to NFTs for instant digital commercialization.

Neologic develops CMOS+ technology to enhance the performance, power, and area (PPA) of next-generation microprocessors. This proprietary approach integrates standard CMOS circuits with novel topology-modified circuits, significantly reducing transistor count and power dissipation. The result is superior performance-per-watt metrics, enabling designs to leapfrog current technology nodes while maintaining compatibility with existing EDA tools and fabrication processes.

The startup develops an additive manufacturing system utilizing photopolymerization for automatic single-step post-processing of plastic parts. This technology targets high-mix, low-volume manufacturing needs in sectors such as automotive, aerospace, and medical devices, reducing post-processing time and costs.

Qsee provides real-time predictive analytics for process manufacturers, utilizing data modeling techniques to detect and prevent product defects during production. This platform enhances quality control and reduces waste, leading to improved operational efficiency and cost savings.

The startup develops autonomous machine vision systems that utilize three-dimensional imaging and metrology-grade accuracy for dimensional inspection and robotic guidance. Their technology reduces custom application development time from weeks to minutes, enabling manufacturers to enhance operational efficiency and precision.

Pashoot Robotics develops contextual robotics that utilize computer vision and artificial intelligence to enable manufacturing robots to understand and adapt to their environments. This technology allows for rapid deployment and operation without the need for a technical team, addressing the challenge of automating production lines efficiently.

Xyte provides a hardware-as-a-service platform that enables manufacturers to remotely manage, monitor, and support their connected devices through a secure cloud infrastructure. This solution addresses the challenges of operational inefficiency and limited customer engagement by facilitating subscription-based business models and real-time device performance insights.

The startup has developed an electronic hydroponic device that automatically regulates pH levels, temperature, humidity, and fertilizer concentrations, enabling users to grow organic plants indoors. This system allows for remote monitoring and control via computer or smartphone, resulting in increased crop yield and faster growth cycles.

The startup develops dynamic meta-materials for the aerospace, defense, and premium automotive sectors, utilizing computational tools and machine learning algorithms to streamline the research and development process. This approach significantly reduces the time and costs associated with traditional meta-materials development, enabling faster deployment in high-tech applications.

Vanti provides an AI-powered platform that integrates and curates manufacturing data from various sources, enabling users to generate actionable insights through natural language queries. This solution significantly reduces the time required for data analysis, allowing manufacturers to quickly understand production behaviors and improve decision-making processes.

Synteros offers an AI-based platform that enables manufacturers to quickly identify and replace electronic components, minimizing technical and commercial risks associated with sourcing alternatives. This solution reduces availability risks and bill of materials costs, streamlining the component selection process for engineers.

RNC Technologies provides touchless sensor solutions for human-machine interfaces, using their R-Force technology to eliminate common issues like false activations and detection inconsistencies. Their sensors offer reliable and accurate touchless control for various applications, improving user experience and public health.

Kitov develops an AI-based visual inspection platform that automates the detection of defects in complex manufactured parts using CAD-based planning and 3D computer vision. This technology addresses the inefficiencies of manual inspections, significantly reducing error rates and improving quality control across various industries, including automotive, aerospace, and medical devices.

This startup develops and manufactures LED lighting solutions specifically for the agricultural sector, focusing on medical cannabis cultivation through the integration of IoT and machine learning technologies. By optimizing light conditions, the company enables farmers to enhance crop yields and meet increasing market demand efficiently.

This startup develops 3D printing technology specifically for aluminum manufacturing, enabling the rapid and precise production of complex aluminum components. By providing a cost-effective and sustainable alternative to traditional manufacturing methods, the company supports industries such as aerospace, automotive, and medical devices in overcoming limitations associated with conventional processes.

Zammit is an online platform that enables businesses to customize and order metal products using engineering drawings and 3D simulations generated from user-defined parameters, eliminating the need for in-house engineering expertise. This system allows locksmiths, architects, and maintenance personnel to efficiently produce tailored metal components, enhancing their service offerings and operational flexibility.