The coordination protocol for every robot that shares physical space.
Multi-vendor fleets, signed decisions, programmable right-of-way. PrimusNeo is the spatial layer above ROS, Isaac, and every OEM stack.
The high cost of fragmentation
Current systems in this sector suffer from deep-rooted structural inefficiencies that PrimusNeo is built to resolve.
Protocol Fragmentation
Every major OEM (ABB, Kuka, Comau, Fanuc) runs proprietary languages and stacks; multi-vendor fleets can’t coordinate without expensive bespoke integration.
Spatial Coordination Gap
Autonomous fleets in warehouses, sites, and cities have no shared map of static infrastructure, dynamic agents, or right-of-way rules — leading to deadlocks and recall events.
Accountability & Trust Gap
When a robot fails, no tamper-evident record links cause, decision, software version, and operator — slowing insurance, regulation, and public trust.
Why PrimusNeo for this sector
Vendor-Neutral Fleet Coordination
Insurable Autonomy
Right-of-Way Governance
Platform layers tailored for you
AMP Spatial OS
Vendor-neutral 3D map of every aisle, dock, and corridor that ABB arms, AMRs, drones, and autonomous trucks coordinate against in real time.
NEOS Governance
Programmable right-of-way and priority rules (e.g., human-first, emergency-yield) that cross every fleet on a site.
AZOA Identity
Each robot, model, and firmware version carries a verifiable identity — so liability, recall, and audit trace to the exact agent that acted.
Fractal Engine
Behavioral prediction and incident simulation across mixed-autonomy fleets, including failure-mode analysis for insurance and regulators.
“The robotics industry is repeating PC-era format wars while shipping into shared physical space. The winner won’t be a robot maker — it’ll be whoever owns the coordination layer between them, the same way TCP/IP ate the proprietary networks.”
Every stat on this page is cited.
We back our positioning with primary sources from McKinsey, the IEA, FAO, OECD, UNCTAD, Stanford HAI, the World Economic Forum, and government data portals. Click any link to verify.
- EU JRC2024Robotics & Autonomous Systems — Rolling Plan 2024https://interoperable-europe.ec.europa.eu/collection/rolling-plan-ict-standardisation/robotics-and-autonomous-systems-rp-2024
- Waymo2025Safety Impact (71M+ rider-only miles)https://waymo.com/safety/impact/
- eWeek2025Waymo’s Driverless Cars Cut Serious Crashes by 91%https://www.eweek.com/news/waymo-driverless-cars-serious-crashes/
- Grand View Research2024Robotics System Integration Market — $74.6B (2024) → $130.4B (2030)https://www.grandviewresearch.com/industry-analysis/robotics-system-integration-market-report
- Rodney Brooks (MIT / Rethink)2017Seven Deadly Sins of Predicting the Future of AIhttps://rodneybrooks.com/the-seven-deadly-sins-of-predicting-the-future-of-ai/
- Missy Cummings (IEEE Spectrum)2024On autonomy safety and governancehttps://spectrum.ieee.org/self-driving-cars/missy-cummings
- Bradford (Columbia / GovAI)2024The Brussels Effect & AI regulationhttps://www.governance.ai/research-paper/brussels-effect-ai
Mixed-Fleet Site Operating System
A warehouse operator running AMRs from three vendors, ABB arms, and Boston Dynamics quadrupeds unifies them on PrimusNeo’s spatial OS. NEOS enforces right-of-way; AZOA signs every decision; Fractal predicts deadlocks before they happen.
Key Outcomes
- →Vendor lock-in eliminated across robot fleet
- →Insurable, signed decision trail per agent
- →Programmable site rules (safety, priority, zones)
- →Faster onboarding of new robot SKUs
Ready to transform your operations?
Connect with our team to see how PrimusNeo can be tailored to your specific needs.