Locus Robotics Acquires Nexera Robotics: The Next Era of Autonomous Fulfillment Starts Here.
Locus One – Locus Fleet – Locus Array
Fulfillment That Runs On Its Own.
AI-driven mobile manipulation for production-scale fulfillment with fully autonomous picking, intelligent grasping, and unmatched SKU coverage across every vertical.
Fully Autonomous Fulfillment Reimagined.
Fixed automation solves one problem by creating another: constant inventory movement and rigid infrastructure that breaks the moment volume or SKU mix shifts. Locus Array works differently. Our AI-powered robots go directly to your inventory and execute every fulfillment task in the aisle — 24/7, across the widest SKU range in the industry, at a cost per pick that outperforms traditional automation.
More Throughput. Faster ROI.
24/7
High Throughput
90%+
Labor reduction
2x
Storage density
40%
Lower cost per pick
<12
Month ROI
The Broadest SKU Coverage in Warehouse Automation
Our patented NeuraGrasp™ gripper technology is built for real-world SKU variability. One gripper. No tool switching. No SKU-specific pre-training. It can pick complex warehouse items such as:
- Polybags
- Soft goods
- Porous items
- Deformed items
- Perforated items
- Unpackaged items
The Physical Intelligence Behind The Grasp.
Most autonomous systems fail on SKU diversity. NeuraGrasp™ doesn’t. Soft compliant grasping combined with AI-powered perception enables fast, accurate, and damage-free handling of almost any SKU. This is physical AI at the edge: advanced sensing, real-time decision-making, and intelligent grasping working together on one mobile manipulation platform.
Sally Miller
Global CIO
“We are excited about the Array product. To have a fully autonomous, end-to-end fulfillment solution is a game changer in the industry.”
Sally Miller
Global CIO
“We are excited about the Array product. To have a fully autonomous, end-to-end fulfillment solution is a game changer in the industry.”
Automation Designed To Scale From Day One.
Locus Array is built to deploy fast, run continuously, and scale intelligently — orchestrated by LocusONE™, our enterprise-grade platform powering over 17,000 robots across 360+ sites worldwide.
Rapid deployment
Live in weeks, not months. Locus Array works with standard racking and off-the-shelf totes — no reflooring, construction, or facility redesign.
24/7 throughput
Locus Array picks and consolidates orders continuously. Add more robots as volume grows and scale without rebuilding your operation.
100% SKU coverage
LocusOne routes work across Locus Array, Locus Origin, and Locus Vector so every order moves to the right robot with no coverage gaps.
Low upfront cost
Robotics-as-a-Service reduces capital commitment, accelerates ROI, and lowers cost per pick as operations scale.
Increased storage density
Locus Array supports six totes per robot, storage up to 10 feet, multiple tote heights, and double-deep configurations — helping operators achieve up to 2x storage density without fixed AS/RS rigidity.
Awards & Honors
Same Platform. More Inventory. Accelerating Your Time-to-Value
Locus Array Picks What Others Can’t
Mobile Manipulation Locus Array | Mobile Manipulation Competition* | |
|---|---|---|
| Boxed Goods | ||
| Polybags & Polymailers | ||
| Pouches | ||
| Mesh, Net & Perforated | ||
| Porous Items | ||
| Curved Items | ||
| Loose Plastic Packaging | ||
| Blisterpack Packaging | ||
| Loose Fabric | ||
| Deformed / Non-uniform | ||
| Loose-Lids & Flaps | Locus Origin ✓ | |
| Bulky Items | Locus Vector ✓ |
Frequently asked questions
What is Locus Array?
Locus Array is a fully autonomous warehouse robot that performs end-to-end fulfillment workflows directly within the aisle. It is an advanced Physical AI system that combines AI-powered vision, real-time decision-making, and robotic manipulation to perceive its environment and execute tasks such as picking, putaway, induction, drop-off, and slotting without manual intervention.
What problem does Locus Array solve?
Locus Array addresses three core challenges in warehouse operations: labor constraints, rising costs, and the need to maintain service levels as demand fluctuates. It reduces reliance on manual labor by up to 90%, maintains consistent throughput under changing conditions, and enables operations to scale and adapt without redesigning infrastructure.
How many Locus Array robots can be used in a warehouse?
Locus Array is designed to scale within constantly changing warehouse environments. Fleets can range from a few robots to hundreds, depending on throughput requirements. Multiple Array robots can operate within the same aisle and across different levels. This allows operators to increase automation density in both brownfield and greenfield environments without redesigning existing workflows.
What is Robots-to-Goods (R2G)?
Robots-to-Goods (R2G) is a new category of warehouse automation pioneered by Locus Robotics, where robots go directly to inventory and execute fulfillment tasks within the flow of operations. By keeping inventory stationary and bringing automation to the work, R2G enables continuous operation, higher storage density, and throughput that is not constrained by labor.
How do totes enable higher throughput in Locus Array?
In Locus Array, totes are the unit of work. Each robot actively manages six order totes in parallel and operates directly from rack to tote inside the aisle. This allows multiple orders to be picked, consolidated, and completed in motion rather than batching work at fixed stations. Support for multiple tote heights further increases storage density by matching shelf space to actual SKU dimensions, enabling Locus Array to execute more work per trip and per aisle.
What is NeuraGrasp™?
NeuraGrasp™ is the patented robotic grasping technology inside Locus Array. It gives Locus Array the ability to grasp more real-world SKUs with speed, precision, and consistency — including items that traditional suction-based systems often struggle to handle.
How does NeuraGrasp™ work?
NeuraGrasp™ uses a patented soft membrane that envelops items instead of relying on airtight suction alone. Combined with Locus Array’s AI perception and manipulation architecture, it analyzes each item’s physical signature and computes the optimal grasp before contact.
What makes NeuraGrasp™ different from traditional robotic grippers?
NeuraGrasp™ is built for variability. Traditional suction systems can struggle with porous, perforated, deformed, loose, or unpackaged items. NeuraGrasp™ is designed to handle a broader range of real-world inventory with one gripper and no tool switching.
Frequently asked questions
What is Locus Array?
Locus Array is a fully autonomous warehouse robot that performs end-to-end fulfillment workflows directly within the aisle. It is an advanced Physical AI system that combines AI-powered vision, real-time decision-making, and robotic manipulation to perceive its environment and execute tasks such as picking, putaway, induction, drop-off, and slotting without manual intervention.
What problem does Locus Array solve?
Locus Array addresses three core challenges in warehouse operations: labor constraints, rising costs, and the need to maintain service levels as demand fluctuates. It reduces reliance on manual labor by up to 90%, maintains consistent throughput under changing conditions, and enables operations to scale and adapt without redesigning infrastructure.
How many Locus Array robots can be used in a warehouse?
Locus Array is designed to scale within constantly changing warehouse environments. Fleets can range from a few robots to hundreds, depending on throughput requirements. Multiple Array robots can operate within the same aisle and across different levels. This allows operators to increase automation density in both brownfield and greenfield environments without redesigning existing workflows.
What is Robots-to-Goods (R2G)?
Robots-to-Goods (R2G) is a new category of warehouse automation pioneered by Locus Robotics, where robots go directly to inventory and execute fulfillment tasks within the flow of operations. By keeping inventory stationary and bringing automation to the work, R2G enables continuous operation, higher storage density, and throughput that is not constrained by labor.
How do totes enable higher throughput in Locus Array?
In Locus Array, totes are the unit of work. Each robot actively manages six order totes in parallel and operates directly from rack to tote inside the aisle. This allows multiple orders to be picked, consolidated, and completed in motion rather than batching work at fixed stations. Support for multiple tote heights further increases storage density by matching shelf space to actual SKU dimensions, enabling Locus Array to execute more work per trip and per aisle.
What is NeuraGrasp™?
NeuraGrasp™ is the patented robotic grasping technology inside Locus Array. It gives Locus Array the ability to grasp more real-world SKUs with speed, precision, and consistency — including items that traditional suction-based systems often struggle to handle.
How does NeuraGrasp™ work?
NeuraGrasp™ uses a patented soft membrane that envelops items instead of relying on airtight suction alone. Combined with Locus Array’s AI perception and manipulation architecture, it analyzes each item’s physical signature and computes the optimal grasp before contact.
What makes NeuraGrasp™ different from traditional robotic grippers?
NeuraGrasp™ is built for variability. Traditional suction systems can struggle with porous, perforated, deformed, loose, or unpackaged items. NeuraGrasp™ is designed to handle a broader range of real-world inventory with one gripper and no tool switching.
Ready to Automate your Fulfillment?
Explore how Locus Array’s Robots‑to‑Goods automation and physical AI can deliver high, scalable throughput and keep your operations on pace — no matter what tomorrow brings.