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Industrial automation's mid-2026 moment: AI picking, superhumanoids, and the safety certification push

The article discusses the advancements in industrial automation expected by mid-2026. This includes AI-based picking technology, superhumanoid robots, and a focus on achieving safety certifications such as ISO 27001. These developments have practical implications for the industry, potentially transforming operational processes.

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By MarketScale Newsroom · · Industrial AutomationRoboticsAi PickingFesto
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Industrial automation's mid-2026 moment: AI picking, superhumanoids, and the safety certification push

Key takeaways

01

Superhumanoid robots are being developed for advanced industrial applications.

02

Safety certifications like ISO 27001 are becoming crucial for robot makers.

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Festo this week detailed how its GripperAI system uses software and simulation to manage high-volume picking across industrial applications, skipping the custom hardware configurations that have historically made mixed-SKU automation expensive to set up. That announcement arrived alongside a string of hardware, certification, and M&A moves across the industrial automation sector that collectively signal a more demanding evaluation environment for operations and procurement teams in the second half of 2026.

AI moves from the demo floor to the picking line

Festo's GripperAI handles object recognition and grasp planning through software rather than bespoke mechanical design, according to Robotics 24/7. The approach targets the longstanding friction point in picking automation: configuring reliable grippers across a constantly changing mix of items. Software-defined gripping lowers that barrier, and the timing matters. Physical AI was one of the dominant themes at Automate 2026 in Chicago this past June, where vendors including Dexterity, NEURA Robotics, and Doosan Robotics all showed AI-integrated platforms aimed at warehouse and manufacturing floors.

Ambi Robotics and Pickle Robot formalized an integration earlier this summer that connects truck unloading and palletizing into a single inbound logistics workflow using physical AI. The pairing is a practical example of what operations leaders heard repeatedly at Automate 2026: point solutions are giving way to integrated physical AI systems that span multiple steps in a facility's material flow.

Software-defined gripping and physical AI integrations are compressing what used to be year-long automation projects into months.

The multi-arm humanoid arrives with real motion control specs

Dexterity's Mech robot, described by Robotics 24/7 as a "superhumanoid," runs on Beckhoff Automation's EtherCAT communication protocol and TwinCAT controller platform. The choice of EtherCAT is significant for plant engineers: the protocol's deterministic real-time performance is a known quantity in industrial settings, meaning the Mech is built on infrastructure that maintenance and controls teams are likely already managing. Dexterity also expanded its collaboration with Kawasaki Robotics at Automate 2026, pairing the Mech platform with Kawasaki's RL030N arm to target warehouse logistics at scale.

For operations teams evaluating humanoid robots, this combination matters. Integration risk drops when a novel robot form factor sits on familiar fieldbus and controller architectures rather than requiring entirely new support tooling.

Certification and safety standards raise the vendor bar

Yaskawa announced it has secured ISO/IEC 27001:2022 certification, the global benchmark for information security management systems, as reported by Robotics 24/7. For procurement teams at manufacturers with IT/OT convergence requirements or critical-infrastructure designations, a vendor's 27001 status is increasingly a hard qualification criterion rather than a nice-to-have. Yaskawa's certification gives it a documented answer for supplier security questionnaires that many smaller automation vendors cannot yet provide.

On the physical safety side, Sonair announced that its ADAR One sensor, billed as the world's first safety-certified 3D ultrasonic sensor for human-robot collaboration, has achieved SIL 2 and Performance Level d ratings. Those ratings, required for safety functions in collaborative robot cells, have historically been met by laser scanners and vision systems. A certified ultrasonic alternative gives system integrators a new design option, particularly in environments where dust, glare, or occlusion make optical sensors unreliable.

A July 2026 report from Interact Analysis examined how prepared automation suppliers are for incoming industrial robot safety standards, finding that readiness varies across the market. EHS and compliance leads evaluating vendors should be requesting explicit compliance roadmaps, not just current certifications.

Intralogistics consolidation and no-code cobot painting

Comau acquired Invent Smart Intralogistics Solutions, a Brazilian specialist in warehouse and intralogistics technology, extending its platform into a fast-growing regional market. For global manufacturers with South American distribution or manufacturing operations, Comau's expanded footprint means broader local support for automated intralogistics deployments.

At Automate 2026, Hirebotics launched the Cobot Painter, a no-code, explosion-proof cobot designed for painting applications. The product eliminates dedicated paint cells and complex programming requirements, according to Robotics 24/7, addressing one of the more stubborn manual holdouts in finishing operations. Explosion-proof certification is the enabling detail: paint environments carry strict hazardous-area requirements, and no-code programming means facilities do not need robotics specialists on staff to operate the system.

RoboDK reported at Automate 2026 that its CAM software reduces robotic machining deployment time by 40%. That figure is specific enough to anchor an ROI calculation for machine shop and fabrication managers weighing whether to automate a machining cell this budget cycle. The next concrete marker to watch: how Dexterity, Beckhoff, and Kawasaki formalize their joint go-to-market as multi-arm warehouse humanoids move from pilots to purchase orders.

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