Retrofit Commissioning
Xolver Retrofit helps teams bring bounded autonomy to existing robot cells without replacing working equipment.
What Retrofit Commissioning Covers
The commissioning flow connects robot-cell metadata, OEM compatibility packs, workspace geometry, safety zones, previewable skills, evidence records, and operator approvals into one controlled path. The goal is simple: make adaptive behavior inspectable before it ever becomes physical motion.
A retrofit pilot starts with the current cell, not a blank slate. Xolver records the controller profile, robot endpoint, workcell frames, part metadata, camera/calibration references, fixture or conveyor context, and safety-zone definitions.
From there, the system validates whether the cell has enough information to support preview, proposal, bench validation, and eventually supervised live operation.
1. Draft
The operator or integrator defines the target cell. Typical inputs include:
- OEM compatibility pack
- Controller profile
- Robot endpoint
- CAD or reference geometry metadata
- Camera and calibration references
- Fixture, conveyor, or workspace frames
- Safety-zone bounds
- Allowed retrofit skills
2. Validate
Xolver checks the draft against the runtime contract, selected OEM pack, declared control mode, workspace metadata, safety-zone fields, and preview-only execution boundary.
Validation does not authorize hardware motion. It confirms that the cell description is coherent enough to produce a bounded preview.
3. Preview
The system generates non-executable previews of proposed skill behavior, target tracking, movement intent, and replay-ready metadata.
Previews are designed for review, debugging, and commissioning discussion. They are not live actuation commands.
4. Propose
Once validation and preview pass, Xolver can create a deployment proposal containing the draft, readiness summary, selected blueprint, OEM pack, commissioning stage, and evidence references.
A proposal is still bounded by policy. Hardware execution remains disabled unless explicit live gates are satisfied.
5. Evidence
Retrofit commissioning creates evidence records for the path being evaluated. These records may include simulator-backed baselines, adapter readiness reports, soak/readiness records, and operator review artifacts.
Evidence helps teams understand why a deployment is considered ready, blocked, or limited to preview.
6. Approval
Live operation requires explicit approval. Xolver separates preview readiness from physical readiness so operators and integrators can review the cell, safety posture, and evidence trail before any supervised actuation.
Scene Context And Reference Geometry
Xolver can use live scene context when available. For bench workflows or cells that do not yet publish fresh environment state, the system falls back to reference geometry and declared workcell metadata.
This lets teams begin commissioning with practical cell information while preserving a path toward richer scene-aware operation.
What Remains Gated
Simulator evidence is not the same as production readiness.
Before live operation, a retrofit cell still needs hardware-specific validation, safety I/O verification, controlled bench testing, and operator signoff. Xolver keeps production movement blocked until those requirements are satisfied.
Designed For Existing Cells
Retrofit commissioning is built for teams that already have robots, fixtures, controllers, and process constraints in place. Xolver adds the bounded autonomy layer around that environment, preserving the surrounding automation stack while making adaptive behavior easier to preview, constrain, and audit.
FAQ
Does retrofit commissioning authorize live robot motion?
No. Commissioning can make a cell coherent enough for validation, preview, proposal, and evidence review, but live motion remains blocked until the deployment satisfies explicit hardware, safety, and operator approval gates.
Can commissioning start before live scene publishing is available?
Yes. A bench or pilot cell can begin with declared workcell metadata and reference geometry. The system should remain explicit about which context is assumed, stale, missing, or blocked.
Who is this flow intended for?
It is intended for teams with existing robot cells, fixtures, controllers, and process constraints who want to add bounded autonomy without replacing working automation.
What makes a commissioning proposal different from a deployment?
A proposal packages the draft, readiness summary, selected blueprint, OEM pack, commissioning stage, and evidence references. It is still a review artifact, not permission to actuate hardware.