INBRAIN Neuroelectronics

Accio Robotics, founded in 2019 and headquartered in Bengaluru, develops robotic solutions for warehouse automation with a primary focus on assisted order picking. The company has raised $1.8 million in Pre-Series A funding to scale its automation technology for logistics and supply chain operations. Co-founded by Pranav Srinivasan and Tuhin Sharma, the company targets order fulfillment optimization through mobile robotic platforms designed for warehouse environments. The company's product portfolio includes two mobile robot systems: AccioPick Air and AccioPick Pilot. Both platforms are designed to combine high-speed movement with precision navigation for warehouse operations. The technical approach emphasizes route optimization and adaptability to facility-specific layout constraints. The robots are engineered to navigate warehouse spaces while supporting order picking workflows, addressing the operational demands of warehousing and logistics verticals. Accio Robotics positions its solutions as customizable systems that adapt to different operational challenges and physical warehouse configurations. The company's technical domains span warehouse automation, robotics navigation, and logistics optimization. From its base in India, the company indicates an intent to serve warehousing and supply chain operations globally, though specific deployment scale and customer installations are not publicly detailed.

Diligent Robotics develops socially intelligent mobile robots for healthcare environments, focused on automating routine logistical tasks so clinical staff can concentrate on patient care. Founded in 2017 by Andrea Thomaz and Vivian Chu - social robotics experts trained at MIT and Georgia Tech - the company addresses a concrete problem in hospital operations: nurses and clinical staff spend substantial time transporting medications, lab samples, and supplies rather than attending to patients directly. The company's flagship platform is Moxi, a mobile manipulation robot designed specifically for healthcare settings. Moxi navigates hospital corridors autonomously, retrieves and delivers supplies, and incorporates social intelligence features including patient greetings and friendly gestures. The design philosophy positions the robot as a collaborative teammate rather than a disruptive presence in clinical workflows. Technical capabilities span social robotics, mobile manipulation, robot navigation, and human-robot collaboration - disciplines that intersect autonomous navigation constraints with the complex, human-dense environments of active hospital floors. Moxi is deployed across health systems throughout the United States. In 2024 alone, the platform saved over 284,000 hours for clinical staff, a metric that reflects accumulated autonomous task completion in live hospital environments. The operational focus centers on robot-assisted logistics: handling the repetitive transport tasks that pull clinical staff away from direct patient interaction. For hospitals facing staffing shortages and increased patient care demands, the system serves as a force multiplier for existing teams rather than a replacement for human workers.

Autobrains is a leading AI mobility company that is fundamentally rethinking autonomous driving with its patented Liquid AI technology. With over 250 patents and more than $140 million in funding from strategic investors including BMW i Ventures, VinFast, Continental AG, and Knorr-Bremse AG, Autobrains is transforming the automotive industry's approach to automated driving. The company's paradigm-shifting technology, inspired by the human brain, uses signature-based self-learning AI that dramatically reduces reliance on labeled data and requires significantly less computing power than traditional deep learning approaches. Autobrains delivers a comprehensive product portfolio ranging from entry-level ADAS to full autonomous driving solutions, all designed to be more affordable, scalable, and safer than existing alternatives. The company's modular Skills product line enables a scalable path from L2++ to L4 autonomy, while their Smart Camera solution provides cost-efficient front camera vision that meets all global safety regulations with minimal compute requirements. With a global presence spanning Israel, Germany, China, France, India, and the United States, and a team of over 100 AI talents and automotive experts, Autobrains is positioned to make advanced autonomous driving accessible to millions of vehicles worldwide, not just premium offerings.

At Fox Robotics, we believe the future of warehouse automation lies in intelligent robots that seamlessly integrate into real-world operations. Our team combines expertise in robotics, machine learning, optimization, and planning to build autonomous forklifts that are not just innovative but practical. We operate as a tight-knit group of engineers and problem-solvers who thrive on tackling complex challenges in unstructured environments. From our early days working out of a garage in Austin to shipping FoxBot autonomous forklifts to customer warehouses nationwide, we have maintained a scrappy, hands-on culture where everyone contributes directly to our mission. Our engineers ship real solutions that work immediately - our FoxBot ATLs can be installed in just one hour and start unloading trailers within 45 minutes. We prioritize practical impact over hype, focusing on creating technology that genuinely transforms warehouse operations by making them safer and more efficient. Whether we are developing new capabilities like trailer loading, auto-adjusting forks, or enhanced sensor systems, we are united by our commitment to building robots that truly work for people. We are passionate about solving the labor shortage challenge and delivering on our promise of autonomous forklift solutions that multiply human potential.

ARX Robotics develops autonomous robotic systems for defense applications. The company specializes in creating high-end autonomy platforms that integrate artificial intelligence, advanced software architecture, and sophisticated system integration. Founded by former German Armed Forces officers, ARX Robotics combines military expertise with cutting-edge technology to deliver battlefield robots designed for modern defense requirements. The company's technology enables legacy military vehicles to be upgraded with autonomous capabilities through their Mithra OS platform. By transforming traditional defense equipment into intelligent, autonomous systems, ARX Robotics addresses critical modernization needs for European armed forces. The company has secured significant venture funding to accelerate development and deployment of their autonomous defense solutions.

Andromeda Robotics is an Australian company developing AI-powered companion robots for aged care facilities, with a mission to combat loneliness and improve wellbeing among elderly residents. The company originated as a student project at Melbourne Space Program before transitioning into a commercial venture. Its flagship product, Abi, is a robot equipped with expressive features and multilingual conversational software designed to adapt to individual residents' needs and abilities. The engineering work spans electrical, software, and mechanical disciplines, with particular focus on human-robot interaction and expressive feature design. Abi's technical architecture centers on creating natural interactions through adaptive conversational AI that can accommodate varying cognitive and physical abilities in aged care settings. The system is designed to function reliably in real-world deployment environments where user capabilities may differ significantly from resident to resident. Andromeda partners directly with aged care providers, evolving its technical solutions in response to operational challenges encountered in facility deployments. The multidisciplinary team approaches product development through iterative refinement based on field feedback, focusing on practical problems around isolation and engagement in residential care settings. The company is currently expanding deployment across Australia with plans for broader geographic reach.