Physical AI Platform

Perceive. Decide. Act. Learn.

Physical AI in execution — navigation, safety, fleet, and telemetry engineered as one loop, behind every application on your floor.

The Loop

One stack. Four questions.

A mobile robot answers four questions thousands of times a shift: Where am I? (navigation) Is it safe to move? (safety) What should I do next? (Fleet Manager) How is it working? (telemetry and Code-Less). Each answer feeds the next. We built one stack across all eight models, so when the loop improves, every robot improves.

Read the Physical AI explainer

Perceive · Navigation

LiDAR builds a real-time map while tracking position. No floor markers, no magnetic tape, no construction. DM Code tags at docking provide ±10 mm precision.

Decide · Safety

UL 3100 + EN 3691-4 certified by SGS. Dual safety-rated LiDAR with 510° combined field of view. Dynamic fields adapt to speed, load, and direction.

Act · Fleet Manager

Up to 50 AMRs, single interface. Real-time monitoring, task scheduling, dynamic routing. WMS/ERP via REST API. No per-robot SaaS fees.

Learn · Telemetry

Every task, route, dwell, and intervention recorded. Code-Less turns the data into workflow changes — no developer, no downtime.

Perceive · Layer 01

SLAM + Tag Hybrid Navigation

The AMR uses LiDAR to build a map of its environment while simultaneously tracking its position — Simultaneous Localization and Mapping. Walls, pillars, and racking become natural reference points. No floor markers. No magnetic tape. No construction.

At transfer points, DM Code tags provide ±10 mm precision and ±1° angular accuracy. The bottom-facing Smart Vision Camera reads them automatically. The loop closes exactly where precision is required — and only where it is required.

The trade-off. LiDAR costs more than QR-code hardware. It eliminates facility modification, which typically runs 30–50% of project cost. For a facility that changes layout every 12 months, the savings compound with every reconfiguration.

Decide · Layer 02

UL 3100 + EN 3691-4 Certified Safety

A robot carrying 1,000 kg at 1.5 m/s carries real kinetic energy. At 1.5 m/s with a 100 ms reaction time, it travels 150 mm before braking even begins. Safety is a constraint on every decision, not a feature bolted on at the end.

Independently certified by SGS. Standard on every model. Dual safety-rated LiDAR with 510° combined coverage, dual Time-of-Flight sensors for the vertical blind spots, and dynamic safety fields that widen with speed and load and tighten for precision maneuvering.

Act · Layer 03

Fleet Manager Software

One AMR is a tool. Ten are a transportation network. Fleet Manager schedules tasks by priority, availability, and route efficiency — and re-routes around a blocked aisle instead of waiting for it to clear.

Up to 50 AMRs from a single interface. WMS/ERP integration via REST API. Opportunity charging coordinates energy across the fleet: 8 hours rated operation, 1.5–2 hours to full charge, no dedicated charging downtime. Included — no per-robot SaaS fees.

Learn · Layer 04

Telemetry + Code-Less

The loop only improves if it closes. Every task, route, dwell time, and intervention is recorded — and the data answers questions an operator actually has: where does the aisle congest at shift change, which transfer point needs a tag moved, which loop is close to capacity.

Code-Less turns those answers into changes. A node-based canvas lets the person who understands the process edit the process — drag, connect, configure. A route changes in minutes, not days. No developer queue, no vendor call, no downtime.

See the Code-Less Platform

Technology Comparison

SLAM vs legacy navigation.

Method	Infrastructure	Deployment	Flexibility	Maintenance
SLAM + Tag (DR)	None	2–4 weeks	Any path, dynamic	Low
QR Code	Codes in floor	2–6 weeks	Fixed paths	Medium
Magnetic Tape	Tape throughout	4–8 weeks	Fixed paths	High
Laser Reflectors	Reflectors on walls	3–6 weeks	Line of sight only	Medium

The Last 10%

Where the loop meets your building.

Simulation gets you 90% of the way. The building is the last 10%: the pallet that sits 40 mm off centre, the aisle where a stretch-wrapper blocks the scan, the dock that floods with sunlight at 4 p.m. We map those edge cases during deployment, because they only appear on your floor, on your shifts, with your people. That is the difference between a demo and a deployment.

±10 mm position accuracy. ±1° angular accuracy. At all rated loads. For all models. No floor markers.

Dallas Roboter Platform · Validated by SGS · 24/7 US-Based Support