Task knowledge disappears
The operator remembers the setup, the engineer remembers the code path, and the reasoning between them gets lost.
Aurevix · Deployment Evidence Layer
Show a task once. Validate it before motion. Reuse it across robots.
Aurevix turns operator demonstrations into reviewable robot task records: task intent, simulation, controller code, deployment evidence, and an Automation Passport your team can reuse across robots and sites.
Human-gated deploymentSimulation before motionController-code exportAutomation PassportBuilt for high-mix factories
01Capture the task
02Extract task intent
03Simulate feasibility
04Export controller code
05Complete deployment evidence
06Human review and approval
07Export Automation Passport
Launch Demo
See the product, not just the promise.
This walkthrough makes the Aurevix workflow more concrete: how a real demonstration becomes a reviewable task record, what gets validated before hardware moves, and how the Automation Passport stays attached to the deployment.
Operator demonstration to task record
Simulation and deployment evidence in one flow
Human review before motion
Reusable Automation Passport output
Product launch walkthroughRecorded demo of the Aurevix workflow for factory and integrator conversations.
The Handoff Problem
Factories bought flexible robots. Retasking is still trapped in meetings, code, and integrator calendars.
Every SKU change, fixture update, layout shift, or process improvement creates the same handoff problem: the operator knows the task, the engineer needs context, the integrator needs details, and the safety owner needs evidence. Six months later, nobody remembers why the program was built that way.
Robot programs lack context
The generated program rarely explains what was demonstrated, what was assumed, or what still needs review.
Every change becomes a new project
Small fixture shifts and routine retasking requests still turn into multi-party intake, coordination, and rework.
Core Narrative
The Aurevix Trust Loop
01Capture
Capture the task
Capture a real operator demonstration, plus the workcell details the reviewer will need later.
02Capture
Extract task intent
Turn the demonstration into an operator-readable task plan with assumptions, constraints, and sequence.
03Model
Simulate feasibility
Check reachability, order, and workcell assumptions before any hardware moves.
04Model
Export controller code
Generate controller-ready artifacts for supported workflows instead of trapping logic in a black box.
05Review
Complete deployment evidence
Assemble the checklist, simulation result, assumptions, and export package into one review surface.
06Review
Human review and approval
Keep the qualified reviewer, engineer, and safety owner in the loop before deployment.
07Reuse
Export Automation Passport
Save a reusable task record with version history, reuse constraints, and what was actually approved.
Core Moat
The task record is the product.
Every taught task becomes a portable record of the demonstration, inferred intent, workcell assumptions, generated controller code, simulation result, evidence checklist, reviewer decision, version history, and reuse constraints.
- Version-bound approvals
- Policy hash and task history
- Reusable across supported robot workflows
- Blocks reuse when reachability or evidence is missing
- Built for engineers, reviewers, and integrators
Automation PassportVersioned artifact
Source robotUR10e / Cell 03
Target robotABB GoFa / Line B
Task intentPick tray -> orient -> place -> signal wait
Workcell assumptionsFixture V2, camera zone A, gripper parallel
Evidence statusSimulation passed, reviewer pending
ReviewerQualified deployment owner
Versionv0.9.4
Export packageURScript + checklist + simulation record
Positioning
Not another robot runtime.
Aurevix makes integrators faster by giving them better task intake, clearer assumptions, and reviewable deployment artifacts.
| Category | Traditional integrator / teach pendant | Offline programming tools | Hardware-native robot platforms | Aurevix |
|---|---|---|---|---|
| Starting point | Engineer interpretation | CAD / offline pathing | Vendor-specific setup flow | Operator-readable task capture + evidence package + Automation Passport |
| Who can capture task context | Engineer or integrator | Technical programmer | Robot-specific user | Operator, engineer, reviewer, integrator |
| Review before motion | Varies by project | Simulation-focused | Controller-centered | Human-gated with explicit review artifacts |
| Cross-vendor task memory | Usually manual | Limited | Vendor-bound | Vendor-neutral task record layer |
| Evidence package | Ad hoc | Partial | Platform-specific | Built into the workflow |
| Reuse across sites | Project by project | Model dependent | Within vendor constraints | Allowed when assumptions and evidence still hold |
| Integrator relationship | Core delivery partner | Technical support partner | Vendor ecosystem | Clearer intake and faster handoff for integrators |
Credible Safety Posture
Built for review, not blind autonomy.
Aurevix supports your existing safety process. It does not certify the workcell, replace risk assessments, or remove the qualified person from deployment decisions.
Simulation before hardware moves
Qualified human approval
Deployment readiness gates
Risk assessment draft
Audit trail and task versions
Controller-code export, not black-box lock-in
Design Partner Program
Design partners: validate one real task, end to end.
We are working with a small number of industrial teams to validate one constrained task through the full Aurevix workflow: demonstration, task intent, simulation, controller export, evidence package, human review, and measured before/after retasking time.
- Robot model and controller
- Gripper/tooling
- First task family
- Current retasking baseline
- Target assisted retasking time
- Safety owner / qualified reviewer
- Evidence artifact required
- Data-rights scope
- Failure definition
Apply With One Robot Task
Compatibility
Support language that reflects real workflow readiness.
Universal Robots e-Series, UR20
Supported workflow targets
ABB GoFa, SWIFTI
Supported workflow targets
Selected FANUC flows
Design-partner validation in progress
KUKA / Techman / Yaskawa
Roadmap integrations
Gripper and fixture assumptions
Captured in task record
Controller-code exports
Per supported workflow target
Scoping First
Pricing is confirmed during scoping.
Task complexity, robot type, workcell readiness, support load, and evidence requirements vary.
Design Partner
Validate one constrained task end to end with the trust loop, evidence package, and Automation Passport.
Factory Pilot
Scope one cell or task family with deployment evidence, reuse rules, and guided review workflows.
Integrator Partner
Use Aurevix as a clearer task-intake, evidence, and reuse layer across customer deployments.
Bring Us One Robot Task
Routine retasking, without the integrator calendar.
Start with constrained, repeatable task changes: pick/place, machine tending, signal-wait workflows, packaging movement, fixture-based handling, and inspection positioning. Aurevix shows what is ready, what needs review, and what is blocked before hardware moves.
Bring Us One Robot Task
Secondary Product
For robotics ML teams: KineTrace
Separate from the main Aurevix retasking workflow, KineTrace supports robotics dataset annotation and evidence review for ML teams.
FAQ
Questions buyers, reviewers, and integrators ask first.
Is Aurevix fully autonomous?
No. Aurevix is human-gated. It generates reviewable task plans and code, but deployment remains subject to your existing safety and approval process.
Does Aurevix replace integrators?
No. Aurevix helps factories and integrators work from better task records, clearer assumptions, and reusable evidence packages.
What tasks are in scope first?
Constrained, repeatable task changes such as pick/place, machine tending, signal-wait workflows, packaging movement, fixture-based handling, and inspection positioning.
What is an Automation Passport?
A versioned task record containing the demonstration, task intent, workcell assumptions, generated code, evidence status, reviewer decision, and reuse constraints.
Can Aurevix work across robot brands?
Aurevix is designed as a vendor-neutral task layer. Supported workflows can be exported to selected robot/controller formats, with deployment validation handled through the customer's normal process.
What does Aurevix do when a task is not ready?
It should surface the blocker instead of pretending the task is deployable: missing evidence, unclear workcell assumptions, reachability issues, or reviewer gating.
What evidence is stored in the Automation Passport?
The task record can include the demonstration source, inferred task intent, assumptions, simulation result, controller export package, reviewer decision, change log, and reuse constraints.
What happens when a fixture or layout changes?
Aurevix is meant to show what can be reused, what needs revalidation, and what is blocked because the original assumptions no longer hold.
Who uses Aurevix inside the factory?
The workflow is built for operators, engineers, qualified reviewers, plant leaders, and integrator partners who all need the same task context for different decisions.
Does Aurevix keep version history?
Yes. The point of the Automation Passport is to preserve version-bound task history so teams can understand what changed, who reviewed it, and what was approved.
Can integrators still stay in the loop?
Yes. Aurevix is designed to improve task intake and reuse for integrators, not cut them out of complex deployment work.