Industries
Where expertise is scarce and failure is unacceptable.
Three environments, one platform. The equipment differs. The constraint does not: judgment that takes a career to build and cannot be hired at scale.
Precision manufacturing
Running in production
Presses, hot hammers, CNC fleets, and robot cells from vendors never meant to talk. Vitesse connects them without touching PLC code, then gives operations one view of cycle times, hidden micro-stops, and traceability. At one site, connection had already failed on half the machines.
Life sciences
In deployment
Aseptic filling, isolators, and GMP containment, where throughput is limited by gowned-operator judgment, not equipment. Full capture and traceability on every batch, on the lines already running โ in a validated environment, replacing the line is not an option.
Hospital operations
In development
Not clinical care โ the infrastructure under it. Power and switchgear, chilled water and steam for imaging, cleanroom pressure, medical gas, dialysis water, pneumatic tubes and lifts, cold storage. A chiller failure stops an MRI. An unmonitored freezer costs a research programme. All read and acted on without touching patient data.
What they have in common
Every one of them is brownfield.
The equipment is bought, validated, and running. Autonomy that requires new machines reaches almost none of it.
What customers get
One control layer
Machines that were never meant to talk, unified without replacing anything.
Engineering off the critical path
Domain experts change processes directly, instead of queuing behind scarce PLC programmers.
Commissioning without downtime
Logic is built and proven on a digital twin while the hardware is still being made.
Traceability by default
Every cycle recorded and comparable โ across a line, a plant, or a fleet of sites.
A secure OT boundary
Legacy protocols terminate at the edge. Compliance work that was going to happen anyway, done once.