Robotics industry surges in mid-2026: AMRs, physical AI, and lab automation headline a busy fortnight

Automate 2026 closed with more than 50,000 registrants and 1,230 exhibitors, the strongest numbers in the show's 10-year history, according to the Association for Advancing Automation. That attendance spike coincided with a string of product launches and partnerships that, taken together, show enterprise robotics shifting from individual pilots to coordinated, multi-site fleet deployments.

ABB expands its AMR footprint on two fronts

ABB Robotics rounded out its autonomous mobile robot lineup with the Flexley Stack F712, an AI-powered Visual SLAM forklift built for pallet transport and high-density storage. The unit operates on the same AMR Studio platform as ABB's tugs and movers, letting facilities run mixed fleets from a single navigation and fleet-management interface. ABB says the unified platform delivers up to 20% faster commissioning, reported by Robotics Tomorrow.

Separately, ABB Robotics struck a collaboration agreement with diagnostics company Roche to introduce what both parties are calling physical AI into laboratory settings. Initial deployments will target pathology slide handling and autonomous connectivity in Core Lab intralogistics, using a combination of mobile manipulation robots and fixed articulating arms. The agreement is framed as the foundation for a broader era of digitally connected labs, with efficiency gains in laboratory workflows as the primary stated objective.

NVIDIA and Hugging Face open new AI models to robotics developers

NVIDIA and Hugging Face added new integrations to LeRobot, the open-source robotics development platform. Developers now have access to NVIDIA Isaac GR00T 1.7, Isaac Teleop, and a set of curated datasets and robotics workflows through the project. The companies also announced that NVIDIA Cosmos 3, a frontier world-model platform, is on the roadmap for future LeRobot integration.

For operations and engineering teams evaluating in-house robotics development, the practical effect is lower tooling cost at the model layer. Access to foundation models that previously required direct NVIDIA partnerships now flows through an open channel, which compresses the timeline from proof-of-concept to deployable system.

Autonomous pallets and drilling robots push deeper into logistics and construction

Logistics startup Logic introduced what it describes as the first autonomous mobile pallet engineered specifically for multifacility operations. The Logic Pallet is designed to carry end-to-end automation across distributed supply chain networks rather than a single site, a design choice that addresses one of the persistent limitations of first-generation AMRs, which were optimized for static, single-building environments.

On the construction side, a fleet-capable downward drilling robot entered commercial availability targeting data center construction timelines. According to Robotics Tomorrow, the robot delivers drilling speeds up to 10 times faster than conventional methods and has reduced construction timelines by 190 weeks across 26 major projects to date. Fast Company highlighted the platform's potential to accelerate data center builds, a notable endorsement given the acute demand pressure on that sector.

Indoor farming and research platforms attract capital and first customers

Hippo Harvest closed a $30 million Series C led by Cox Farms to scale its robotic indoor growing technology and push organic greens to retail buyers at larger volumes. The round signals that agri-tech operators and strategic farming investors see robotic controlled-environment agriculture as a near-term supply chain input, not a speculative bet.

InDro Robotics shipped the first customer units of its Axiom platform, a modular, budget-accessible humanoid-style robot aimed at physical AI research teams. The positioning is deliberate: by targeting research rather than production, InDro lowers the barrier to humanoid development at institutions and enterprises that want to build internal capability before committing to full-scale deployment.

Operating system and battery layers catching up to hardware

Two infrastructure-layer announcements rounded out the period. Peridio released Avocado OS 1.0, a production operating system for physical AI devices that reduces fleet image creation from a months-long engineering effort to a laptop-based workflow. The company says a single configuration file and three commands produce a signed, immutable image ready for real hardware.

Battery startup Addionics launched its Autonomous Architecture platform, designed for robots, autonomous vehicles, drones, and satellites operating under continuous high-demand conditions. The technology targets higher performance and longer cycle life for the always-on operational profiles that 24/7 autonomous systems require. Both announcements point to a maturing supply chain around robotics: the hardware layer is no longer the only bottleneck, and software, firmware, and power infrastructure are now active areas of investment. Automate 2027 is already scheduled for Las Vegas in May, giving procurement and operations teams roughly 10 months to evaluate what emerged this cycle before the next major showcase.