Ambi Robotics: a Berkeley spinout now serving global logistics

Robotics is no longer a niche — it’s a cornerstone of applied technology. With more than 11% of venture funding in 2024 directed toward applied tech, robotics remains a critical subsector powering the next wave of innovation. Earlier this month at AI Horizons Pittsburgh, Justin Krauss, Head of Applied Technology, Innovation Economy, moderated a conversation with Jake Loosararian (Gecko Robotics) and Bill Oplinger (Alcoa ) on how robotics is shaping industries from heavy manufacturing to AI-driven automation. #AIHorizons #AppliedTech #Robotics #VentureCapital #JPMorgan #Bridge

Introducing Figure 03 Designed for Helix, the home, and the world at scale, Figure 03 establishes the foundation for true general-purpose robotics. Read our detailed write-up: https://lnkd.in/g24zMWUM

We’re entering an era where embodied AI isn’t a sci-fi concept, it’s a systems-level disruptor. For public sector leaders and innovation strategists, the question isn’t "how soon?", it’s "how ready are we to adapt?"

Figure 03 — A Humanoid for Homes & Factories A humanoid featuring inductive foot charging and a palm-mounted cameras. Runs the Helix AI system, 35 degrees of freedom and 5 hours of battery life. After successful trials at BMW Group production facilities, plans are to bring Figure 03 to homes and factories by 2026. Figure’s production facility can manufacture up to 12,000 humanoid robots annually, targeting 100,000 over the next four years.

🤖 Figure AI has officially unveiled the Figure 03 humanoid, a groundbreaking leap in general-purpose humanoid robotics, designed to be the first truly mass-producible and commercially viable autonomous humanoid. 🔋In the teaser, we noticed a practical innovation for industrial development is inductive charging built into the humanoid's feet. Where now in the introduction video, we see Figure 03 can wirelessly recharge simply by standing on a compatible floor pad at its workstation. This feature drastically minimizes manual intervention and maximizes uptime for near-continuous operation. In this 6 minutes long introduction video, we are able to see that the Figure 03 humanoid is capable of, fulfilling roles such as: 🏠 Home Assistance: Performing chores like cleaning, serving family members, laundry (putting the laundry into the machine and folding clothes) 🛎️Front Desk: Acting as a modern receptionist. 📦Logistics: Sorting packages at speed and home delivery. 🥂 Retail: Assisting and serving customers. 🏭Manufacturing Assembly: Assembling parts in manufacturing and production pipeline Figure 03 Specification: Height: 1670 mm (5'6") Weight: 60kg Payload: 60kg Operation Duration: 300 minutes Locomotion Speed: 1.2 m/s Actuation: Fully electric The core principles is simple: Figure 03 handles the tasks that are repetitive, physically demanding, or undesirable. This frees up human talent to focus on higher-value work that requires complex problem-solving and creativity. Congrats to team on this successful launch! 🎉 Video source: Youtube (Figure AI) - Introducing Figure 03 #figure #f03 #humanoid #robotics #aparobot

We are closely monitoring the amazing advancements in General Robotics, particularly as Physical AI systems increasingly perform delicate, human-centered tasks such as elderly care or medical assistance, where precision and physical interaction carry real risks of harming humans if control or safety systems fail. Ensuring compliance with international standards — including ISO 10218 and ISO/TS 15066 for robotic safety, ISO 13485 and IEC 62304 for medical device quality and software lifecycle management, NIST SP 800-82 for secure control systems, and EU NIS2 for cybersecurity and incident accountability — is essential not only for safe operation, but also to demonstrate that the system was properly maintained and compliant if a human harm incident occurs. Contact us for a Case Study on cyber, and compliance risk across the Tech Stack(s) of Physical AI platforms. #fideltasdefense https://lnkd.in/e82wGEST

The Gigawatts of AI supercomputers are not being built for chatbots only. When these robots are deployed at scale and real world data flywheels kick in, they’re going to get exponentially better, the cost of labour will effectively be Zero. We’ll be living in a very different economy where the only thing that matters will be energy and tokens. #AIAbundance #TheEconomyofAbundance #AIEconomy

Modern humanoid robots like Figure are designed to track, analyze, and learn from human actions through advanced sensors and AI models. By studying how we move, communicate, and interact, these robots are learning to perform tasks naturally and safely alongside people. It’s fascinating to see how far robotics has come — machines observing us not just to imitate, but to understand the subtleties of human behavior. It makes me wonder: Will robots one day master the precision of human body movements and senses? #AI #Robotics #Innovation #FigureAI #FutureTech #HumanBehavior

The Future is Here! 🤩 Figure AI's unveiling of Figure 03—their third-generation humanoid robot that transforms decades of research into a mass-producible reality. This isn't just another prototype; it's the foundation for truly general-purpose robotics. Revolutionary Helix AI Architecture Figure 03 is powered by Helix, a groundbreaking Vision-Language-Action (VLA) model featuring a revolutionary "two-brain" architecture: System 2 (S2): A 7-billion-parameter multimodal language model processing visual inputs and speech at 7-9 Hz for high-level reasoning and scene understanding. System 1 (S1): An 80-million-parameter transformer translating semantic plans into precise joint movements at 200 Hz, coordinating 35 degrees of freedom. This unified framework enables natural language control while maintaining sub-100ms latency for closed-loop control, consuming under 60W of power. Ultra-Precise Sensory Suite The redesigned vision system delivers 2x frame rate, 75% lower latency, and 60% wider field of view per camera. Each hand integrates embedded palm cameras with wide field of view for redundant visual feedback during manipulation tasks. The breakthrough tactile sensing system detects forces as small as 3 grams of pressure—sensitive enough to register a paperclip's weight. Custom-developed sensors enable distinction between secure grips and impending slips before they occur. Advanced Battery and Charging Technology The F.03 battery system features: - 2.3 kWh capacity providing 5 hours of runtime - 2kW wireless inductive charging through foot-integrated coils - UN38.3 and UL2271 safety certifications - 78% cost reduction over previous generation Mass Production Innovation at BotQ Figure's dedicated BotQ manufacturing facility represents a paradigm shift in robotics production: - 12,000 humanoid robots annually with plans for 100,000 units over four years - Vertical integration of actuators, batteries, sensors, and electronics - Transition from CNC machining to tooled processes (die-casting, injection molding, stamping) - Manufacturing Execution System (MES) providing full component traceability Home-Safe Design Features Figure 03 prioritizes human safety with comprehensive improvements: - 9% mass reduction and significantly smaller volume than Figure 02 - Multi-density foam protection against pinch points - Soft textile coverings replacing hard machined surfaces - Washable and removable clothing system - Upgraded audio system with 2x larger speaker and 4x more power Figure 03 represents the convergence of advanced AI, sophisticated hardware engineering, and manufacturing innovation. By uniting Helix's cognitive capabilities with ultra-sensitive tactile intelligence and safety-focused design, Figure has created the foundation for general-purpose robotics that will transform both domestic and commercial environments. The robot's mass production readiness signals that practical humanoid assistance isn't a distant future—it's arriving now.