95% of enterprise AI projects die before production — because vendor budget limits don’t stop a $20,000 surprise bill, audit logs vanish when regulators ask questions, and nobody can stop a rogue agent mid-flight. Veklom wraps every AI action in a hard budget cap, an instant kill switch, and a tamper-evident audit chain.
Big AI vendors built powerful engines and left out the brakes, the cost ceiling, and the courtroom audit trail. You don’t have to build any of it — you call the API.
One team set a $4,000/month limit and got billed $20,000 anyway. Another woke up to a $70,000 surprise bill. GenAI pilots routinely overrun projections by 3–5×.
Hard workspace budget caps (PUT /v1/budget), real-time wallet balance, and pre-execution cutoffs before a runaway loop reaches your CFO.
Copilot audit logs silently break, and law firms are getting sanctioned in federal court for unverified AI outputs with no chain of custody.
Tamper-evident SHA-256 + HMAC audit chain (GET /v1/audit/ledger & /verify) where every prompt, policy check, and outcome is cryptographically provable.
Delegating to an autonomous agent does not delegate legal liability. If an agent denies a claim or deletes a production database in 9 seconds, you own the fallout.
Instant workspace kill switch (PUT /v1/kill-switch), single-use capability leases, and store-side epoch fencing that stops revoked agents in 0ms.
58% of AI platform migrations fail or stall while model providers raise token prices 4× overnight once your prompts and logs are trapped in their cloud.
Model-agnostic VLink routing with automatic fallback and circuit breaking. Your audit trail and governance rules stay in Veklom regardless of the model underneath.
MIT Sloan and IDC found 88–95% of AI PoCs never reach production — not because the model failed, but because security, cost, and compliance were missing.
Production-grade governance from the very first API call. Connect your existing agent through VLink in 60 seconds instead of spending 6 months rebuilding.
487 of 494 leaked SOC2 reports were copy-pasted templates, and EU AI Act enforcement hits finance, insurance, healthcare, and HR with up to €35M fines.
Built-in PHI/PII redaction, vertical policy packs, and live reproducible proof bundles (414 stress ops, 0 breaches) any auditor can verify directly.
Keep your existing client, API, automation, webhook, pipeline or container. Create one VLink, approve the connection, copy a familiar base URL + short-lived key, and let Veklom govern consequential actions behind it.
Works with OpenAI-compatible clients · APIs · MCP/automation · webhooks · CI/CD · containers
Cloud platforms usually start with a resource, workload, service or function. Veklom starts one level higher: what bounded capability is allowed to exist, under whose authority, for what lifecycle, and with what evidence of the result.
That makes persistent service, ephemeral execution and consequential action different lifecycle expressions of the same governed execution contract — not separate trust systems.
Define what the machine may do, what it may touch, what it may spend, how long the authority lasts, and which execution context is allowed to use it.
A long-lived service and a short-lived execution should not require two unrelated trust models. Veklom keeps the capability contract stable while lifecycle policy changes.
An executor claiming success is not enough. Veklom is built to preserve the distinction between authorization, execution, observation and established outcome.
Execution can be temporary. The authority record, consequence evidence and causal history are designed to remain inspectable after the runtime is gone.
Every execution begins inside an explicit identity, capability, policy, budget and time boundary.
Persistent and ephemeral compute can share the same authority semantics. Lifecycle changes; authority does not become ambient.
Execution does not become truth because a runtime says it succeeded. Consequences remain bound to observable evidence.
Reachability is not consequence proof. The public proof surface separates live service state from engineering claims and keeps unknown outcomes unknown. Latest: revocation, identity binding, outcome uncertainty and concurrent replay are covered by adversarial local harness evidence on the real execution route — see the claim ledger.
Veklom is designed so execution lifecycle and authority lifecycle are explicit. Compute may persist, terminate or be reconstructed; the authority and consequence record remain separately inspectable.
