At Luchrome, we are creating a generation of human-machine interfaces (HMIs) for connected objects by leveraging a technology that has been largely underutilized until now: the electrochromic display.
Positioned between the simplicity of e-paper and the customization of traditional screens, our electrochromic displays combine ultra-low power consumption, sunlight readability, adaptable design, and low production cost.
Our ambition: to become the link between low-power HMIs and integrated aesthetics, in a space where LCD and OLED screens are often oversized, power-hungry, or hard to integrate.
Designed to be the most energy-efficient display on the market, it targets a wide range of markets for IoT and connected devices.

Procero offers a software-based solution that optimizes the performance and energy consumption of AI workloads on Edge AI devices (i.e. compute-bound and memory-bound devices), without requiring code or architectural changes. We deliver significant performance improvements, benefiting both Edge AI systems vendors and their end-users. Our software solution operates at the algorithmic level and can be adapted to execute on almost any NPU, GPU, or CPU platform.
Procero's technology dramatically accelerates the runtime execution of LLMs (i.e. inference tasks) and other GenAI applications, such as image generation, video generation, 3D scene generation, etc. Our technology takes the form of an optimized runtime engine which plugs into major inference engines widely used in the industry, and accelerates processing for a given family of NPU / TPU, GPU, or CPU devices. Our primary go-to-market motion is to partner with the vendors of these devices in order to optimize the performance of their products, as well as directly with users of these platforms.
Procero controls the exclusive rights to two families of issued US and PCT patents, one family based on research at Purdue University and the other based on research at the Univ. of Washington. Additionally, Procero has developed an extensive set of proprietary and trade secret optimization techniques, which are being filed as additional patents in the US, Canada, and a range of PCT member countries.

Kotozna is redefining digital engagement with cutting-edge multilingual AI solutions. At the forefront is TPG, our no-code GenAI CMS that enables businesses across industries to instantly deploy human-like chatbots and avatars—powered by their own data. TPG empowers business support and operations teams with seamless automation and high accuracy in real time, all without the need for technical expertise. Backed by hybrid RAG, KAG, and seamless API integration, TPG scales effortlessly with business needs. Kotozna is revolutionizing how companies connect with customers and employees—breaking down language barriers, boosting efficiencies, and delivering value for money for SMEs and large organizations.

Oculi is redefining how machines see and react. Instead of streaming images, our IntelliPixel® architecture turns every pixel into a programmable element. The result is a Software-Defined Vision Sensor™:
Processes at the pixel, outputting only the data that matters—gestures, motion vectors, etc.
Slashes power and bandwidth, enabling always-on, battery-powered devices.
Protects privacy: sensitive engineering models incorporate the most up-to-date information. In the virtual, every never leaves the sensor.
Lower BOM & Energy Budget: eliminating expensive companion SoCs.
Ultra-Low Latency: unlocks true real-time control and safer human-machine interaction.
Scalable, Field-Upgradable Features: loaded as firmware for specialized capabilities.
Oculi fuses human vision with the speed of silicon—giving devices the eyes and reflexes for the next wave of intelligent, always-aware applications.

Clirio enables everyone to understand complex spatial data as 3D holographic models. Using the data and applications that are already part of our clients' workflow, they can view, discuss, design, and collaborate in a true three-dimensional space—in virtual meetings from anywhere in the world. Leveraging the power of AI, 3D engineering, IoT, manufacturing and geoscience data is rendered in the cloud and delivered with visual indicators of change detection. From GIS to CAD to LiDAR to comprehensive block models, our software takes a data-driven approach to ensure 3D environment, participants can measure and draw in three dimensions, creating more intuitive designs. Clirio provides for a high degree of speed, security, and graphics fidelity to allow project participants to view a digital twin of a project site from a variety of VR and AR platforms.

Ethicronics is a Cambridge-based deep tech startup pioneering scalable software solutions to address complex electronics hardware security challenges. Founded in 2022 by Dr. Franck Courbon following his academic and industry experience in security at Gemalto and the University of Cambridge, Ethicronics aims to eliminate the global risks of counterfeit and compromised electronics across sectors including defence, aerospace, telecoms, automotive, and consumer electronics.
Its flagship product, HEAVENS, provides scalable, product-agnostic software assurance of hardware integrity and authenticity from PCB down to nanometer chiplet level. Unlike traditional physical-based assurance (optical, X-ray, destructive testing), HEAVENS uses innovative software and security engineering to deliver tamper-proof verification without hardware performance impact or sampling limitations. Ethicronics' unique IP has been validated through awards such as the Franco-British Business Awards Small Business of the Year 2024 and the Cambridge Business Weekly Graduate Business of the Year 2024.
Ethicronics has secured £930k in funding including UK MoD DASA and InnovateUK grants, and leads a £2.5M UK-South Korea bilateral project with a top 3 UK university and a world-leading Korean company. The team actively partners with global defence primes, semiconductor leaders, and security-focused multinationals to accelerate adoption, making hardware security scalable, efficient, and commercially viable worldwide.

We design and build unmanned aircraft systems drones to move people and things with the highest reliability, allowing humanity to thrive with our unmanned air mobility technology.

Innspatial is a Chilean AI startup focused on developing Birdspatial, an intelligent bird monitoring and deterrence system designed for wind farms, airports, and other infrastructure. Using AI vision, smart sensors, and real-time analytics, Birdspatial helps reduce bird mortality and ensures compliance with environmental regulations. With experience in Latin America and Europe, and a growing network in Taiwan, we aim to scale our solution globally, starting with a pilot implementation in Taiwan.

Since our founding, we have continuously raised funds to support technology development and organizational expansion. Most recently, in 2024, we secured approximately 1 billion yen in Series B funding. Major publicly listed companies on the Tokyo Stock Exchange Prime Market, such as Mitsubishi UFJ Trust and Banking Corporation and Sanwa Tecnos, have newly joined as shareholders.
As a solution supplier specializing in "Image Distillation (enhanced visualization)", we distinguish ourselves from conventional AI-based image processing and image-editing technologies. Under the concept of "not creating or modifying images," we focus on three core domains:
• Life Sciences; represented by fields such as medical, healthcare, and life culture
• Security; crime prevention and law enforcement
• Infrastructure; disaster prevention, dashcams, in-vehicle cameras, infrastructure inspections, factory automation, and drones
We are currently in the final development phase of "ASSP chip integration" for our image distillation algorithm, and we continue to raise Series B funds with the goal of beginning mass production in the next fiscal year.

Anymate Me GmbH is a Cologne-based startup developing award-winning Gen AI technology for creating lifelike AI videos. Founded in 2023, our core product is a web-based AI platform designed for technical training and marketing content. The platform enables the automated production of dynamic, multi-lingual videos featuring realistic avatars. Our customers include mid-sized and large enterprises, particularly in the machinery engineering sector, ranging from medical technology to electronics as well as academic institutions. These organizations use Anymate Me to streamline internal training, improve knowledge retention, and produce engaging content for international audiences across various channels.

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