Robots and autonomous machines are arriving on construction sites. AROBOTIX is the neutral coordination and verification layer that sits between the digital plan and the field, so people can orchestrate humans and machines, confirm what is ready, and keep a defensible record of what actually got built.
Most projects go over budget and behind schedule, not because the plans were wrong, but because no one can reliably coordinate and verify what happens on site.
Architects and engineers model every building in detail before a single hole is dug.
Skilled crews and contractors are ready, experienced, and accountable for the work.
Automation is showing up on job sites worldwide, and the trend only accelerates.
No one decides which machine does what, when, and in what order alongside the others. There is no trusted record that the work actually happened. When errors and disputes occur, there is no reliable trail to follow. That gap costs the industry hundreds of billions of dollars a year.
Construction robotics is on track to grow from $1.4B to $3.66B by 2030, a 17.1% annual rate. But robots without coordination are expensive islands. They need a layer that can read the plan and connect them.
Major projects now run on detailed BIM models before construction starts. Advances in AI and machine learning make those models readable, analyzable, and decomposable into work.
The industry is expanding in volume, speed, and scale. More complexity demands faster completion, higher quality, and better safety, which manual coordination cannot keep up with.
Air-traffic control does not fly the planes. It makes sure every aircraft knows where to go, in what order, where the others are, and that every movement is on record. AROBOTIX does the same for sites that mix people, robots, machines, and autonomous systems.
Ingests the digital construction model and converts it into clear, actionable tasks.
Sequences tasks for the right human or machine, in the right order, with full context.
Creates a real-time, defensible record of what was done, by whom, and when.
Robot-agnostic and vendor-neutral. It connects hardware and platforms, it does not replace them.
Ingests the digital construction model, the complete blueprint for the building.
Converts the complex model into specific, sequenced actions for humans or machines.
Before anything starts, confirms the right people, materials, and machines are in place.
People and machines do the work. AROBOTIX provides real-time context and sequencing.
Every completed task generates a verified, time-stamped Proof-of-Work record.
Insights from each project feed the next, improving coordination accuracy over time.
Human review and final accountability stay with the contractor at every step. AROBOTIX supports judgment, it does not replace it.
AROBOTIX is an AI-native system with engineered guardrails. The wedge is a compiler that turns models into structured, verifiable work. Everything else is built on top of it.
The first critical system. It reads the digital model and compiles it into structured execution tasks, with readiness validation, sequencing, and dependency mapping built in. It turns drawings into instructions without dictating means and methods.
In the Crawl phase, classification is rule-based, which is sufficient and more defensible for the pilot than a black-box model. The output is clear, verifiable, trackable tasks.
The schema that everything else depends on. CTOM is organized by execution pattern, not trade name, so the same logic generalizes across projects. Each group carries its own readiness prerequisites, verification requirements, and dependency structure.
Getting this schema right is the difference between a system that compounds and one that breaks on the second project.
A structured, confidence-tagged record that a task was executed: the time, the machines, the conditions, and the human confirmation, all traceable. It is a defensive record and a dispute-reduction layer.
It is not automated QA signoff, legal certification, or fault assignment. Human review and final accountability stay central. When a question comes up months later, the verified record surfaces in seconds, before it becomes a claim.
Every project we run produces a dataset no competitor can replicate: the first verified, confidence-tagged record of how construction actually happens at task level. It grows with every build and gets harder to replicate with every cycle.
Features can be copied. Operational intelligence compounds. The graph powers benchmarking, risk prediction, and the pattern recognition that makes the next project's coordination smarter.
A neutral intelligence layer that delivers contextual insight across different robots and applications. It captures real-time execution data, sequences work to site conditions, and answers project questions by citing the underlying project data.
AI assists task decomposition with human validation checkpoints throughout. Every robot vendor owns its silo. No one orchestrates across all of them. That neutral position is the strategic advantage, and taking sides with any OEM would destroy it.
Every company in this space solves one part of the problem and stops. No one connects them. No one coordinates execution in real time. No one produces verified proof of what happened.
| Traditional tools | AROBOTIX |
|---|---|
| Single-task automation | An entire execution coordination layer |
| Vendor-specific hardware silos | Works with any robot, hardware, or platform |
| Fragmented, manual coordination | Unified, real-time orchestration |
| Manual paper trails | Verified, time-stamped digital records |
| Static project data | A system that learns with every build |
| Generic AI platforms | AI grounded in verified project data |
Humans remain the final decision-makers. The reason general contractors will trust this system is the same reason they cannot easily rip it out: it is built around their authority, not against it. That is critical for adoption, liability, and trust.
AROBOTIX sits above the tool stack and connects it. Procore manages projects. Autodesk owns design. Trimble captures field data. Robotics vendors build single-task hardware. None of them coordinate execution across all of it. That is the gap.
AROBOTIX does not build anything. It makes sure what gets built is coordinated, confirmed, and defensible. Here is what that looks like in practice.
Readiness across crews, machines, and materials is confirmed before the day starts, so work begins on time instead of after an hour of phone calls.
Every task leaves a confidence-tagged, time-stamped record. When a question comes up months later, the answer surfaces in seconds instead of in a claim.
Insights from each project feed the next, improving coordination accuracy and surfacing risk earlier over time.
AROBOTIX is neutral infrastructure. It gets more valuable as more of the ecosystem connects to it. We partner across the construction value chain, and every partner makes the coordination layer stronger.
Run a structured pilot, shape the roadmap around how you actually build, and gain a coordination and verification advantage as your sites adopt automation.
Connect your hardware through robot-agnostic APIs and reach customers through the orchestration layer. No lock-in and no taking sides. Your machines become part of a coordinated site.
BIM, scheduling, and field platforms integrate so data flows end to end. AROBOTIX sits above the tool stack and connects it rather than replacing it.
Get transparent, verified execution records on your assets, lower dispute and rework exposure, and clearer visibility from plan to finished building.
Bring defensible verification to critical public projects where accountability and a trustworthy record matter most.
Collaborate on research, validation, and standards alignment with groups like the BIMForum DfMA Working Group and university research teams.
Whether you build, manufacture, develop, or research, there is a place for you in the AROBOTIX ecosystem. Tell us how you want to work together.
From a single-site pilot to enterprise deployment, plans scale with your projects. Pricing is tailored to scope and scale, so we set it together. Contact us for a quote.
We do not publish fixed prices, because every project differs in scope, scale, and integration needs. Contact us and we will put together a plan that fits.