One floor. Many vendors. One operating system.
The Torix Warehouse OS builds and runs optimized workflows across people, machines and robots, whoever made them. It is tailored to your site, proven on your digital twin, and it keeps re-planning as conditions change, so the floor you run at peak is as optimized as the one you designed.
Automation added robots. Nobody runs the floor.
Each system optimizes itself. The workflow, the thing that actually ships orders, runs across all of them, and across your people.
Every vendor is an island
The AMR fleet has its software. The forklifts have theirs. The WMS was built to track inventory, not to orchestrate robots. Integrations pass messages; nobody optimizes across the seams.
The plan decays from day one
Workflows get designed once, at go-live, for the demand of that quarter. Then SKUs shift, peaks hit, a robot faults, a shift runs short, and the floor quietly drifts away from optimal. Re-planning is a project, so it rarely happens.
People are outside the loop
Your workforce still does most of the work, but automation software treats them as background. Handoffs between people, machines and robots are where throughput actually leaks.
A brain that plans the work, then keeps it optimal
Not another integration layer. An AI-native execution system that composes workflows, dispatches every actor on the floor, and re-optimizes the moment reality changes.
Orchestrates the whole floor
Multi-robot and multi-vendor by design: arms, AMRs, autonomous forklifts, conveyors, and the people working alongside them, all sequenced by one brain. Your WMS stays; the OS runs the execution layer beneath it.
Stays optimized when conditions change
Demand spikes, equipment faults, absences, rush orders. The OS treats events as inputs, not exceptions: it re-plans the workflow, re-balances tasks between people and robots, and reports what changed and why.
Tailored to your site, proven on its twin
Built on the same simulation and evaluation modules as the Torix evaluation. Every workflow is composed for your layout and demand profile, tested on your digital twin before it dispatches a single task, and re-verified as it learns.
Events are inputs, not incidents
The difference between a plan and an operating system is what happens at 2pm on the worst day of the quarter.
Demand doubles overnight
The OS re-slots the plan: pulls people to packing, shifts robots to the fast movers, re-sequences replenishment so pick faces never starve. The what-if was already simulated on your twin.
A robot drops out mid-shift
Its tasks re-route to the fleet and to people within the same workflow, with the guard rails deciding what is safe to hand off. Throughput bends; it doesn't break.
A crew runs short
The OS re-balances work between the people who showed up and the robots that never call in sick, and tells your supervisors exactly what changed and what to watch.
From your data to a floor that runs itself
The same motion as everything Torix does: model it, prove it, run it.
Model your site
WMS extracts, layout, fleets and shift patterns become a digital twin, the same module that powers the Torix evaluation. Your floor, not a reference site.
Compose your workflows
We build the workflows your site actually runs, across people, machines and robots from any vendor, and prove each one on the twin before it goes live.
Operate and adapt
The OS dispatches, verifies and re-optimizes continuously, and reports to SLA. Add robots, vendors or whole workflows over time; the brain stays the same.
Your robots have software. Your warehouse needs an OS.
Tell us what runs on your floor today, vendors, fleets, headcount, and we'll show you what one operating system across all of it would look like, simulated on your site.
See it on your siteor write to contact@torixsystems.com