Deployment · 05

Adoption Phases

A practical path from drop-in outputs to deeper runtime integration — without disrupting existing SDLC, CI/CD, and compliance workflows. Teams can adopt per workload, per product, or per team.

The two operating modes

Export Mode

Wantware generates traditional source code or compiled artifacts that pass through existing CI/CD pipelines, scanning tools, and deployment frameworks unchanged. Nothing in your tooling has to change; Essence becomes a generator whose output your existing systems already know how to handle.

Essence Runtime Mode

Execution occurs dynamically within Essence. Fixed builds may still be generated when required for compliance scanning, validation, or certification workflows — but the primary execution path uses governed runtime rather than static binaries.

The adoption phases

Phase 1 · Export Mode (Fast Path)

Wantware generates source code or compiled artifacts that flow through your existing pipeline.

What Plugs In Directly

Best For

Teams that want immediate compatibility and governance with minimal change.

Phase 2 · Hybrid (Export + Controlled Runtime)

Keep standard builds for compliance where needed, while introducing controlled runtime behaviors for specific workloads.

What Changes

Best For

Regulated teams that need a clean compliance path while proving runtime value.

Phase 3 · Essence Runtime Mode (Deep Integration)

Execution occurs dynamically within Essence, with controls for trust, traceability, and operational governance.

What Governed Runtime Enables

Best For

Organizations pursuing maximum operational leverage and runtime assurance.

Adoption Is Incremental

These phases can be adopted per team, per product, or per workload. You don't need a big-bang migration. Compliance workflows can stay in Phase 1 while exploratory pipelines move to Phase 3 — all backed by the same Essence source base.

Practical Takeaway

Adoption is a continuum, not a cliff. Start where your risk tolerance and compliance constraints allow, prove value on bounded workloads, and expand the runtime footprint as operational readiness grows.