Locus Robotics is set to showcase the next generation of warehouse automation at MODEX 2026, centering on the shift from simple mechanical assistance to intelligent, orchestrated operations. The highlight of the exhibition is the Locus Array, a vision-guided robotic arm designed for Robots-to-Goods (R2G) workflows. By integrating directly into existing shelving, the system performs autonomous picking and putaway, significantly reducing the need for manual travel across the warehouse floor.

Beyond individual hardware, the company is emphasizing Smarter Autonomy, a tier of Physical AI that moves beyond single-robot logic to fleet-level orchestration. This system-wide intelligence allows the entire robotic workforce to think as a collective, optimizing traffic flow and task distribution in real-time. This approach addresses common operational bottlenecks, such as volume spikes or labor fluctuations, ensuring consistent throughput without requiring rigid infrastructure changes.

The innovation engine, LocusLABS, is also introducing Adaptive Awareness capabilities. This technology allows Autonomous Mobile Robots (AMRs) to perceive and categorize environmental assets like forklifts, human associates, and charging stations. For warehouse operators, these advancements represent a transition toward System-Directed Labor. By providing tailored instructions to human associates through robotic displays, Locus is bridging the gap between automated systems and manual effort, turning AI into a practical tool for operational resilience.

Locus Robotics is set to showcase the next generation of warehouse automation at MODEX 2026, centering on the shift from simple mechanical assistance to intelligent, orchestrated operations. The highlight of the exhibition is the Locus Array, a vision-guided robotic arm designed for Robots-to-Goods (R2G) workflows. By integrating directly into existing shelving, the system performs autonomous picking and putaway, significantly reducing the need for manual travel across the warehouse floor.

Beyond individual hardware, the company is emphasizing Smarter Autonomy, a tier of Physical AI that moves beyond single-robot logic to fleet-level orchestration. This system-wide intelligence allows the entire robotic workforce to think as a collective, optimizing traffic flow and task distribution in real-time. This approach addresses common operational bottlenecks, such as volume spikes or labor fluctuations, ensuring consistent throughput without requiring rigid infrastructure changes.

The innovation engine, LocusLABS, is also introducing Adaptive Awareness capabilities. This technology allows Autonomous Mobile Robots (AMRs) to perceive and categorize environmental assets like forklifts, human associates, and charging stations. For warehouse operators, these advancements represent a transition toward System-Directed Labor. By providing tailored instructions to human associates through robotic displays, Locus is bridging the gap between automated systems and manual effort, turning AI into a practical tool for operational resilience.