Watney Robotics

GrayMatter Robotics transforms manufacturing through AI-powered robotic cells that deliver superhuman capabilities to the workforce. Our proprietary GMR-AI™ technology enables manufacturers to achieve 2-4x productivity improvements while reducing consumables by 30-50% and cutting training time from months to just one day. We serve high-mix, high-variability manufacturers across aerospace, defense, marine, specialty vehicles, and general manufacturing, solving the most difficult surface treatment and finishing challenges. Our Scan&Sand™, Scan&Grind™, Scan&Blast™, and Scan&Coat™ solutions deliver consistent quality at unprecedented speeds. Backed by leading investors including 3M Ventures, Bow Capital, and Wellington Management, GrayMatter Robotics has raised $45M in Series B funding to accelerate its unique AI-powered robotics solutions. Named winner of the U.S. Navy's Advanced Manufacturing Innovation for Maritime Readiness Challenge, we've opened a 100,000 sq ft headquarters in Carson, California. Our Robot-as-a-Service model eliminates upfront CapEx costs, providing comprehensive solutions including hardware, software, training, and 24/7 support - enabling manufacturers to achieve instant ROI while empowering their workforce with safer, more rewarding careers.

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.

Verne Robotics builds state-of-the-art AI models that enable robotic arms to learn new skills in hours instead of weeks or months. Based in San Francisco and backed by Y Combinator, the company develops intelligent robotic systems that help businesses cut costs by automating back-of-house tasks like packaging, kitting, folding, and material handling. Their flagship Nemo robot features up to 1 meter reach, dual-arm dexterity, and reconfigurable on-site capabilities - delivering lights-out operations with no sick days, no staffing swings, and nonstop performance. The technology has already delivered measurable results for customers like ABClonal, where Verne's automation gave teams back 5-10 hours per week. With founding team experience from Apple, Stanford, and Microsoft, Verne combines affordable robotic hardware with cutting-edge imitation learning algorithms. Their robots can be redeployed to new tasks on-site, making automation accessible for fulfillment centers, manufacturing facilities, and hospitality operations facing acute labor shortages. The company is building toward 24/7 automated packaging lines, no-touch manufacturing to re-industrialize America, and a future of human abundance.

Nimble Robotics develops AI-powered autonomous fulfillment systems and general-purpose warehouse robots for logistics and supply chain operations. Founded in 2017 and led by CEO Simon Kalouche, the company has raised $221 million in total funding, including a $106 million Series C round that valued the company at $1 billion. The company is currently scaling FedEx's Fulfillment service with fully autonomous warehouses. The company's technical approach centers on what it describes as the world's first general-purpose warehouse robot - an intelligent picking and packing system designed to handle virtually any item in warehouse environments. Rather than purpose-built automation for specific SKUs or workflows, Nimble's system addresses the variability inherent in fulfillment operations where item geometry, weight, packaging, and handling requirements change constantly. The robots integrate advanced AI and autonomy to enable end-to-end warehouse operations at what the company claims are industry-leading service levels and costs. Nimble's deployment with FedEx represents a field-proven implementation of its autonomous fulfillment technology at commercial scale. This partnership validates the system's ability to operate in real-world logistics environments where throughput requirements, accuracy standards, and uptime expectations are non-negotiable. For robotics engineers, the technical challenge space spans perception systems for diverse object types, manipulation planning under uncertainty, fleet coordination, and the integration of hardware and software systems that must perform reliably in 24/7 operations.

GIM Robotics develops localisation and situational awareness software for mobile robots and work machines operating in GNSS-denied or GNSS-challenged environments. Founded in 2014 and headquartered in Finland, the company focuses on environments such as warehouses, mines, construction sites, and manufacturing facilities where GPS/GNSS signals are unavailable or unreliable. The core technology centers on sensor fusion and real-time 3D environmental modeling to enable accurate navigation and positioning where satellite-based systems cannot function. CEO Jari Saarinen leads a team of 42 people working across design, research, development, and system integration. The company's primary offering is software designed for integration into mobile machinery - autonomous vehicles, robots, and work machines - to improve operational safety, precision, and efficiency. The localisation solution processes data from onboard sensors to construct real-time environmental models and determine position without relying on external infrastructure. This approach addresses a fundamental constraint in indoor and underground robotics: the absence of GNSS coverage that most outdoor autonomous systems depend on. GIM Robotics claims its solutions operate worldwide in demanding operational conditions across intralogistics, mining, construction, warehousing, and manufacturing sectors. The technical focus spans robotics, localisation, situational awareness, sensor fusion, autonomous navigation, and system integration. The 42-person team includes robotics specialists from Finland and other countries. GIM Robotics positions itself as a software supplier rather than a hardware manufacturer, developing solutions that integrate into third-party mobile platforms to add intelligent navigation capabilities in challenging environments.

Rolan Robotics is a Netherlands-based systems integrator with over 25 years of experience delivering industrial robot automation solutions. The company has deployed more than 1,000 robot systems across metal processing, food, logistics, agriculture, and graphics industries throughout Europe and beyond. Their core technical focus is welding and handling applications, built on a brand-independent platform that integrates OTC, Fanuc, and Stäubli hardware depending on application requirements. Part of the DAIHEN Smart Solutions Europe network, the company delivers complete turnkey systems from initial consultation through installation, training, and field service. The technical approach centers on application-specific system design rather than platform advocacy. Engineering teams work directly with end users to map operational constraints and edge cases before selecting hardware and control architectures. This methodology has produced deployments spanning high-mix welding cells in metal fabrication, handling systems in food processing environments, and automation solutions in logistics operations. The company utilizes OTC Advanced offline programming software alongside standard industrial controls integration. Rolan Robotics maintains its own installation and service infrastructure, providing both commissioning support and ongoing technical assistance for deployed systems. The engineering staff handles the full integration stack: mechanical design, robot programming, safety systems, and production workflow optimization. Their portfolio demonstrates experience with the practical challenges of industrial deployment - contaminated environments in food processing, high-duty-cycle welding applications, and the integration constraints typical of retrofitting automation into existing production lines.