Copilot · Cursor · Codeium
Single-turn code completion. Brilliant for keystrokes, blind to architecture, security posture, requirements coverage, and audit trail. The bottleneck simply moves to review and validation.
CoBolt Erup plans, builds, reviews, validates, and ships enterprise software end-to-end — with the deterministic governance and audit evidence your CIO, your auditors, and your engineering organization can all sign off on.
Copilots, Cursor, Devin, and friends accelerated the keystroke. They did nothing for the 40–60% of engineering capacity consumed by requirements drift, review backlog, test gaps, security findings, compliance evidence, and modernization debt — the work that actually decides whether software ships.
"AI code without governance" — cited as the #1 enterprise rollout blocker.
Gartner CIO Survey · Q4 2025
Context-switch, review wait, rework, status reporting.
DORA 2025
Per Global-2000 per year on legacy COBOL/Java. 18–36 month cycles.
Deloitte 2025
Of engineering capacity is consumed before a single line ships to production.
McKinsey 2024
Single-turn code completion. Brilliant for keystrokes, blind to architecture, security posture, requirements coverage, and audit trail. The bottleneck simply moves to review and validation.
Task-to-PR autonomy with a handful of generic agents. Ungoverned by design — cannot produce the deterministic enforcement and evidence regulated enterprises require. Brownfield blind spot.
Strong on CI/CD and policy. Weak or absent on requirements engineering, multi-agent build orchestration, and the reverse-engineering work that legacy modernization actually needs.
Plans the work. Decomposes it. Builds it through 210 specialist agents. Reviews it through 23 dedicated reviewers. Validates it against the original requirements. Produces audit evidence. Engineers operate it through CoBolt IDE; governance lives in CoBolt Studio. Not a replacement for Tier 1–3 — the orchestration layer that makes them safe to scale.
CoBolt Erup is an autonomous delivery platform that runs the full software lifecycle as a governed, evidence-producing pipeline. Engineers operate it through CoBolt IDE. Organizations govern it through CoBolt Studio. Both surfaces share the same engine, produce the same artifacts, and enforce the same policies.
Where engineers work
The desktop application your engineers open in the morning. Engine runs underneath as an encrypted local sidecar; nothing leaves the machine unless you say so.
Where the org governs
Role-based SDLC stages with deterministic gates between them. Built for CIOs, CISOs, and GRC. Multi-tenant; enterprise-only.
Where the work happens
The moat under both surfaces. 210 specialist agents, deterministic hooks above the LLM, fail-closed gates between every lifecycle stage. Not a separately sold product — it is the platform.
Same engine, same artifacts. An action initiated in the IDE produces evidence Studio can audit. A gate configured in Studio binds the IDE's next pipeline run. The two surfaces are operationally identical from the engine's point of view — only the persona changes.
CoBolt Erup handles two kinds of starting points with the same platform, same agents, and same evidence pipeline. Only the entry point differs.
Requirements → architecture → design → build → review → validate → ship
Idea-to-production in one pipeline. Most AI coding tools accelerate this — CoBolt Erup's edge is the governance layer wrapped around it.
Reverse-engineer → business-rule extraction → re-engineerable spec → parity tests → forward build
Reads what exists. Writes what should exist. Proves the two match before cutover. Almost no AI tool ships this end-to-end — 80% of enterprise engineering spend lives here.
From the analyst and architect to security-exploit-verifier and chaos-engineer. Each agent has a defined role, a model tier, a tool budget, and grounding sources. No generic generalist doing everything badly.
Each lifecycle stage is a skill: plan, build, review, fix, audit, validate, deploy, dream, release. Skills compose. Skills are versioned. Skills emit evidence.
PreToolUse and lifecycle hooks. They are the physics of the platform — fail-closed, census-based, audit-logged. This is what makes agentic delivery safe to operate in regulated environments.
Deterministic CLI tools and JSON schemas. Every artifact the pipeline produces is structurally validated. Every agent decision is reproducible from inputs.
This is the pipeline Studio governs. Each stage has gates between roles — visible and operable from Studio, executed by the engine that the IDE opens.
Prompts are advisory. Hooks are physics.
Missing proof, skipped verification, or unknown state halts the pipeline — never warns and continues.
Every endpoint, every role check, every requirement traced to every test. Never a sample, never an extrapolation.
Three-layer enforcement prevents agents from silently mutating state outside their lane.
Deterministic checks fire before, during, and after every tool call. The model proposes; the hooks decide.
Each tile is an enforcement mechanism running today on every CoBolt project — not a roadmap aspiration. Industry comparison reflects open and major commercial agentic-SDLC tooling as of Q2 2026.
Project + feature gates, every item verified — never sampled.
vs 0–3 in industry, often advisory only.
Every endpoint × every role probed with non-owner tokens for cross-tenant rejection.
Most platforms do not test authorization at all.
Catches plausible-but-fabricated code, missing imports, ghost references, and silent test deletions.
A failure mode every other agentic tool ships with.
Every CRIT/HIGH security fix is re-attacked at runtime. If the exploit succeeds, the fix is rejected.
Industry standard: "the test passes" = done.
Machine-checkable JSON contracts: operations, invariants, error taxonomy, idempotency, perf budgets.
A concrete artifact mapped to SOC 2 / ISO control families.
Shadow-test promotion + canary auto-revert. Proposals to prompts and hooks only land if they strictly improve the Pareto frontier.
Most "agent platforms" are static between releases.
"80% of enterprise engineering spend lives in systems no one wants to touch — undocumented legacy Java, monolithic .NET, business logic buried in stored procedures. Every AI coding tool on the market accelerates greenfield. We built the reverse-engineering pipeline that makes legacy systems intelligible again."
Business rules get mined from legacy code with confidence scoring, then cross-validated against runtime behavior. We're not asking the model to be right — we're checking its output against what the live system actually does.
Parity test suites are generated automatically to prove the modernized system matches the legacy system's observable behavior. Cutover happens when the tests are green, not when someone signs off on a memo.
Stack-specific extractor coverage detail under NDA.
| Artifact | Maps to |
|---|---|
| Requirements Traceability Matrix (RTM) | SOC 2 CC8 · ISO 27001 A.14 |
| Gate skip & bypass log | Change management evidence |
| Authorization census report | HIPAA §164.312 · SOC 2 CC6 |
| Cross-tenant access tests | Multi-tenant isolation proofs |
| Exploit-verified fixes | OWASP ASVS · PCI-DSS 6.2 |
| Capability contracts | Behavioral surface for ISO 42001 · EU AI Act Art. 9 |
Tier 1 tools sit in low-autonomy / low-governance. Tier 2 autonomous agents trade governance for autonomy. Tier 3 DevOps platforms trade autonomy for governance. CoBolt Erup is the only platform that ships both at the same time — autonomous specialist agents under deterministic hooks above the LLM.
Translation: an organization can grant CoBolt Erup more lifecycle scope without losing its ability to prove what was done, why, and by whom.
Hosted control plane, BYO model keys, evidence in your bucket. Fastest path to value.
Your cloud or your datacenter. Full source available. Identical platform, identical evidence pipeline.
No internet. Local model providers (LM Studio, Ollama). For regulated and classified environments where data cannot leave the boundary.
In every deployment mode, the engine ships as an encrypted local sidecar. Your machines run it; the engine source never leaves them.
13 AI provider profiles supported, including local options for air-gapped customers. Bring your own keys; we never see them.
End-to-end delivery; varies by codebase complexity.
In our pilot deployments
Counts only findings that required engineer action; the rest are resolved inside the pipeline before review.
With our design partners
Customers who used to run 6–8 week pre-audit sprints now produce the pack on demand.
Pilot reports
Shipping today
Real desktop application. End-to-end verified against rust-analyzer. Demoable in five minutes.
Frontend complete · backend integrating
Multi-tenant web control plane. Frontend prototype demoable today; full backend integration in flight.
On the roadmap
Architecture laid out. Production code in year 2 after CoBolt Erup has enterprise traction.
Frontier-class agentic models shipped in late 2025. The capability floor moved; the governance gap widened.
EU AI Act Article 14 enforcement: August 2, 2026. Penalties up to €35M or 7% of global revenue. CIOs cannot wait.
$38B/year in spend. US federal COBOL phase-out 2029. India RBI core-banking mandates. Non-discretionary buying.
Pilots, partnerships, or a general conversation about governed AI delivery in your organization. We respond within two business days.