Product

From “what do we run?” to “we proved this can move.”

PortabilityLabs gives technology leaders one guided route through discovery, target generation, execution and continuously current evidence.

01

Discover

Connect only the environments you choose.

Use narrow, revocable access across cloud and customer-controlled sources. Inventory is reviewed before it becomes a workload, and a missing permission remains visible rather than being guessed away.

  • Selected accounts, subscriptions and projects
  • Versioned permission packs
  • Explicit metadata boundary
02

Understand

See the system we think you have.

The architecture view is a review surface, not decoration. Every resource and connection should be traceable to provider evidence, inference or a customer declaration.

  • Inputs, outputs and side effects
  • Read and write relationships
  • Boundary breaches and open questions
03

Generate

Preserve behaviour, not the source-provider diagram.

Entry points and observable outcomes become a portable workload contract. The target can merge, split or replace source components while remaining testable as one application.

  • HTTP, event, message, file and state interfaces
  • Generated target architecture and package
  • Explicit transformations and external dependencies
04

Prove

Run the package and keep the result current.

The proof pipeline deploys into the approved execution boundary, tests required outcomes, records the exact package and signs the evidence. Changes and ageing evidence trigger a clear re-test decision.

  • Visible queue, execution and inspection stages
  • Immutable package and evidence digests
  • Claim scope, limitations and verified cleanup

What the result means

Strong claims are narrow claims.

PROVES

The declared behaviour passed

For this workload revision, target, package, test set and execution mode.

SHOWS

What remains uncertain

Missing relationships, mocked dependencies and unsupported execution shapes remain visible.

DOES NOT CLAIM

A production migration is complete

Data transfer, cutover, operational acceptance and future changes require their own evidence.

Get from source estate to current proof.

Start with one representative workload, then keep the same evidence model as your estate and execution boundaries grow.