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Application of the ATLAS methodology to the multi-brand industrial robotics world. Covers KUKA KRL, ABB RAPID, Universal Robots URScript, Fanuc Karel, and Siemens Ladder/SCL. Five services: robot code archeology, AI-assisted trajectory optimization in simulator, safety practices audit, data twin generation from code, and auto-generated multilingual documentation. No cross-brand migration, no safety recertification, no production deployment.
ATLAS Robotics is the application of the ATLAS Methodology to the multi-brand industrial robotics world. It addresses a recurring pain in industrial sites with established robot fleets: code written 10 to 15 years ago by departed operators, undocumented, and untouchable without breaking a production cell.
Languages covered: KRL (KUKA Robot Language), RAPID (ABB), URScript (Universal Robots), Karel and TPP (Fanuc), Ladder and SCL (Siemens). Each manufacturer has its own syntax, I/O semantics, and safety model — the value of a multi-brand approach is to capitalize on transverse patterns while respecting manufacturer-specific constraints.
ATLAS Robotics offers five services: (1) robot code archeology — retrieval of .src/.dat source files, complete mapping, dead-code identification; (2) trajectory optimization AI-assisted and validated in simulator (URSim, RobotStudio, KUKA.Sim, ROBOGUIDE); (3) safety practices audit in the code (interrupt override, speed in human zone, post-error reset); (4) data twin generation from code (kinematics, I/O map, expected states); (5) auto-generated multilingual documentation and operator procedures.
Scope is deliberately bounded: ATLAS Robotics does not migrate a fleet from one brand to another, does not recertify a cell (ISO 13849, IEC 61508), and does not deploy optimized code to production. Production deployment remains piloted by the client's certified integrator. This is an absolute precaution rule, not a commercial reservation.
The idea of applying ATLAS to robotics emerged in 2026 from a shared observation across French and Tunisian industrial sites: the robots run, but the associated knowledge evaporates. The operators who wrote the code retire or move on. New operators no longer know what cell 7 does or why robot 12 behaves oddly after Monday morning restart.
Conventional approaches address this need poorly. The manufacturer (KUKA, ABB, Fanuc) offers audits focused on its own range, at high prices, with a natural commercial bias toward hardware renewal. System integrators are busy delivering new cells. Consulting firms don't read robot code.
ATLAS Robotics combines the methodological rigor of legacy modernization (parity, kill gates, discrepancies log) with generative AI assistance for multi-brand code reading. It's the first extension of ATLAS beyond pure software.
For an industrial executive, the primary risk on legacy robot fleets is not equipment failure — manufacturer maintenance is generally well managed — but loss of code mastery. When no one knows precisely what a cell does anymore, every change is blocked. Every unforeseen software incident triggers a production halt.
The stakes go beyond continuity. Skill transmission between departing and new operators is a strategic HR concern. Preparing an OEE program or predictive maintenance initiative requires a data twin whose extraction from code is the foundational step. An ISO audit or certification renewal can stall on missing documentation.
ATLAS Robotics addresses these stakes without touching production. It's the phase 0 of a robotics fleet optimization initiative — a moderate investment to regain control of the whole.
Our ATLAS Robotics approach runs in three deliberately sequenced phases. Phase 0 — Read-only (2 to 4 weeks): source files retrieval, complete mapping, delivery of cell registry with I/O dependencies and identified states. No operational risk, immediate value. Phase 1 — Simulator optimization (4 to 8 weeks): trajectory optimization proposals validated in the manufacturer's simulator, without touching the production cell. Phase 2 — Controlled deployment: piloted by the client's certified integrator; we provide documented optimized code and validation recommendations.
On pricing, we prefer fixed-price per cell or per analyzed program over time-and-materials. The client gets a predictable invoice, we get a readable outcome commitment. Initial scoping is free.
Our principle: we give clients back mastery of their production tool — without imposing migration, without disguised recertification, without commercial bias toward any specific manufacturer.
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Free initial scoping. We assess your context and identify concrete levers.