This CRM platform helps mental health practices manage client relationships and streamline administrative tasks. It offers workflow management tools, customizable web forms, analytics, and integrated email inboxes to improve operational efficiency for healthcare professionals.

Adrich utilizes IoT-powered usage sensing to provide real-time consumption data and analytics for consumer packaged goods (CPG) brands, enabling them to implement smart reordering and subscription models. This technology addresses the challenge of inaccurate consumer insights and high churn rates in subscription services by aligning product replenishment with actual usage patterns.

The startup operates an advertising technology platform that provides in-depth analytics for digital content through campaign planning, programmatic integration, and content analysis. By offering actionable insights, brands can optimize their advertising strategies and make informed decisions when purchasing ad spaces.

The startup develops computer vision systems that minimize online order errors and enhance operational efficiency for food service brands. Their technology provides accurate pickup time estimates and actionable analytics, leading to increased order volume and improved customer ratings.

Aquatonomy deploys autonomous underwater robots to perform 3D inspections in zero-visibility conditions, creating measurement-grade digital twins of submerged infrastructure. These robots capture precise data for hydropower, shipping, and civil infrastructure assets, enabling accurate visualization and analysis. The resulting data supports predictive maintenance strategies, reduces inspection downtime, and improves operational safety for asset owners.

Beyond Reach Labs builds ultra‑lightweight, deployable solar arrays that provide orders‑of‑magnitude more power per launch while avoiding low‑frequency bending modes that can disrupt spacecraft control. Their modular, high‑efficiency panels can be compactly launched and expanded in orbit, delivering scalable megawatt‑class electricity for orbital data centers, commercial habitats, and lunar outposts.

Cell X Technologies develops the Celligent™ platform, which integrates robotics, imaging, and artificial intelligence to automate and optimize cell processing for stem cell research and cell manufacturing. This technology addresses the challenges of achieving consistent, reproducible, and GMP-compliant processes necessary for the commercialization of cellular therapies and tissue engineering applications.

Clean Plate Innovations provides an AI‑driven food waste tracking system that uses smart cameras and computer‑vision to measure plate waste in real time. Integrated with existing kitchen software, the platform delivers actionable analytics and automated recommendations to help large‑scale dining operations reduce over‑production, lower food costs, and improve sustainability reporting.

EKTO VR develops motorized robotic boots that enable natural locomotion in virtual reality environments, utilizing omnidirectional drive technology to allow users to walk freely without physical movement in their real surroundings. This technology effectively eliminates motion sickness and disorientation commonly experienced with traditional VR locomotion methods.

This company develops electroadhesive hardware, including clutches and brakes, for motion control systems. Their technology uses static electricity to engage and disengage surfaces, resulting in components that are significantly lighter, more compact, and more energy efficient than conventional actuators. ESTAT products enable performance advancements in robotics and safety equipment where traditional hardware limitations are prohibitive.

Journey Robotics develops automated robotic solutions specifically for aviation baggage handling operations. These touchless systems manage physically demanding and repetitive tasks, improving airport throughput and reducing labor strain. The technology enhances operational efficiency, increases safety for ground staff, and contributes to faster baggage delivery for passengers.

KEF Robotics develops software for visual autonomy in aircraft, utilizing AI-powered obstacle detection to enhance military surveillance capabilities. Their technology addresses the need for improved situational awareness and mobility in complex environments, enabling more effective operational responses.

This company develops AI-powered smart technology for bicycles that enhances cyclist safety through real-time awareness and communication. The system uses advanced sensors to monitor traffic, providing cyclists with audible and visual alerts about approaching vehicles. It also features reactive light patterns to signal drivers and automatically records rides for evidence.