Collaborative AI Canvas for Teams
Founder
Former CTO with 15 years of experience in leading global teams; successfully scaled teams to over 100 members in both enterprises ans startups.
Founder
Over 8 years of experience as a Regional AI SME at Microsoft and AWS. Served as a consultant for Big 3 firms and a prominent speaker/trainer for organizations including Microsoft, AWS, Nvidis, IBM, INSEAD, UBS, and others.
AI models are powerful but often limited to standalone interactions, preventing companies from fully leveraging their potential. This leads to missed collaborative opportunities, challenges in organizing AI outputs, time spent searching for past conversations, and difficulties in managing complex prompts.
illumi offers a collaborative whiteboard that makes AI interactions visible and actionable for temsa. Our canvas-based whiteboard help teams spatially organixe and iterate on ideas. A card system with Notes (knowledge blocks), Prompts (AI tools), and Preprines (outputs) creates a structured workflow. This enables teams to capture, organize, and co-create collaboratively. These innovations turn fragmented private AI chats into shared actionable team knowledge.
Established in May 2024, illumi gained recognition through programs like AWS/Nvidia Buildpad and Plug and Play via GIA Singapore. In 2025, we partnered with LITEON+ and secured Singapore government funding. Our first prototype, launched in late 2024, generated significant market interest with over 100 early users on the waitlist. Currently, illumi is developing its beta version, set for release in May 2025.
3D everywhere
Founder
Scientific entrepreneur & computer vision expert with numerous patents in the field of computer vision and a history of venture startups. He was previously the Founder of Cognitens (acquired by Hexagon), Gentech and Kizna. Takeo holds a B.A. in Psychology from Sophia University in Tokyo, Japan.
Machine vision is limited by high costs and power consumption. MagikEye has fundamentally solved these issues, paving the way for widespread adoption of depth sensing across various markets.
Lowest cost and most power efficient 3D sensing technology for mass market consumer markets.
100% growth per year targeted for the next 5-10 years.
Reimagining PCBs
Founder
Founded by Jack Herring in 2017, Jiva aims to reduce CO2 emissions and e-waste through sustainable PCB materials. Jack invented Soluboard® during his studies at the Royal College of Art and has since led JIVA in securing IP, funding, and certifications while building a term to drive industry-wide change.
The electronics industry faces a sustainability challenge due to non-recyclable PCBs, which contribute significantly to e-waste and carbon emissions. PCBs make up 8% of global e-waste, and 68% of a laptop's carbon footprint comes from the motherboard PCB. E-waste is projected to reach 82 million tonnes by 2030, and new EU regulations mandate carbon reporting. The industry needs sustainable PCB materials that reduce environmental impact without disrupting manufacturing. Jiva has developed a solution to meet these needs.
Soluboard® is a sustainable PCB laminate designed to replace FR-4, offering a 67% lower carbon footprint and 37% lower density. It requires no changes to existing manufacturing processes and is made from biodegradable polymer and natural fibers. Soluboard® can be recycled using a non-hazardous, hot water-based process, enabling efficient precious metal recovery. It also supports CO2 savings through reduced-energy solder processes and surface finishes.
With over 50 customers, JIVA has generated $320k in sales from paid pilot orders. Short-term growth focuses on accelerating adoption through key OEM partnerships, targeting $860k in sales by 2025 and $3.4 million by 2027. By 2032, JIVA aims for over $60 million in revenue through global market penetration and automotive contracts. Revenues will consist of single-sided, two-layer PTH, and multilayer PCBs as well as paid development projects.
Make all material smart!
Founder
- CEO of Nanomade, MSC in Computer Science + MBA ESSEC
- Former CEO of Motorola France & Director of engineering
- Former Director at Philips, Former A.I. Engineer at Thalès.
- Professor in "Business strategy" and "Management of International teams" in business schools
- Consultant in Management for Corporate Groups
Our sensors measure micro-deformations and address several issues:
- Sensitivity problems with metal, lack of 3D conformance, poor transparency, and false alarms in HMI.
- Insufficient sensitivity for non-intrusive health measurements in SmartLife.
- Challenges with sensitivity, weight, and 3D conformance in efficient infrastructure.ges.
"Our sensor is based on Tunneling Quantum effect.
It is Ultra Sensitive, Thin (0,2 mm) , Transparent, Flexible, Capacitive and Force , 20 patents"
The team is planning to triple its size in the coming 3 years. Sales are planned to reach 40 M$ in the coming 3years and the goal is to reach 100 M$ by 2030.
Democratize connected vehicle for worldwide automakers
Founder
A product leader highly experienced and successful in scaling connected vehicle and AI platforms for various leading auto and two-wheeler makers at Cerence and Gogoro, driving significant revenue and market share gains; now focusing at delivering the solution for the future of connected mobility.
OEMs miss out on billions in after-sales revenue due to poor use of connected vehicle data. They struggle with personalizing service, predicting maintenance, and engaging customers, leading to lower retention and missed upselling. Noetiq addresses this by turning raw data into actionable insights, boosting customer loyalty and profits.
Noetiq offers automakers a turnkey connected vehicle solution with user features, analytics, and an LLM-powered assistant on a scalable platform. It processes large vehicle data volumes, delivering real-time insights and cutting storage and costs by over 50%. With AI-generated user tagging based on driving behavior, Noetiq’s assistant tailors services, enhancing satisfaction and aftersales revenue, turning vehicle data into better customer relationships and profitability.
As a SaaS company, Noetiq licenses each vehicle, driving growth through the total number of equipped vehicles. This scales with the number of automakers and regions deployed.
Intelligent Sensors for AI Products
Founder
Dr. Rizk is a thought leader, Systems Engineer, Principal Investigator / S&T manager with expertise in drones, machine learning, multi-modal semiconductor sensors, sensor fusion, and perception for autonomy. He also made key contributions at Rockwell Aerospace, McDonnell Douglas, Boeing, APL and Johns Hopkins University.
Conventional CMOS image sensors capture large volumes of irrelevant data for AI. Oculi’s vision sensors integrate processing within the sensor, reducing data bandwidth, improving latency, and enabling ultra-low power operation. This allows for intelligent, battery-operated devices that run over a year on a single AA battery, maintaining user privacy and real-time responsiveness.
Oculi’s patented IntelliPixel® architecture transforms traditional sensors into programmable vision processors. By embedding intelligence at the pixel level, our SPU (Sensor and Processing Unit) devices minimize latency, reduce bandwidth, and significantly lower power consumption. Each pixel adapts to real-time conditions, enabling smarter, faster, and more efficient edge AI performance—ideal for wearables, IoT, robotics, and autonomous systems.
Oculi has engaged lead customers, OEM partners, and strategic investors, executing multiple proof-of-concept (POC) projects across automotive, consumer, and industrial markets. These POCs validate market demand for energy-efficient, AI-native vision solutions. Our traction with OEMs and partners reflects growing confidence in Oculi’s technology and its potential to enable new intelligent products.
Make PCB industry sustainable
Founder & CEO
Prior to founding Elephantech, Shinya worked at McKinsey & Company and provided consulting services mainly to manufacturing companies.He holds a Master of Engineering degree from the Graduate School of Information Science and Technology at the University of Tokyo.
The Subtractive method is foundational for PCB production, involving large copper foils processed to retain necessary circuitry. However, it has significant environmental drawbacks, producing concentrated wastewater that poses direct threats and requires complex, energy-intensive treatment for safe disposal.
Elephantech Inc. has commenced mass production of flex PCBs using a semi-dry approach called the “Pure-Additive™ method”. This method integrates metal inkjet printing technology with copper plating, whereby copper lines are printed onto a resin substrate and subsequently plated to increase the thickness of the copper lines. The method adds copper only where it's needed. This is different from the Subtractive method, which starts with a full layer of CCL and then removes what's not needed using the DES processes. Because only a small amount of copper is needed for the Pure-Additive™ method, it uses fewer materials overall. The method, while simpler, has a notably lower carbon footprint compared to the more material- and energy-intensive Subtractive method.
Elephantech starts mass production of this additive process PCB from 2021.
In 2024, Elephantech launched a large-scale mass production line and started shipment to global customers including Logitech.
Elephantech developed this process for Multilayer PCB in 2025 and started the equipment and material sales business for spreading their manufacturing process to major PCB manufacturers.