Official access · lower waste · verifiable calls

Compression without proof is a claim. We ship the receipt.

prxy.monster runs the full loop: crushers and caches on the way in, signed receipts with per-module token savings on the way out, verified outcomes into patterns on the next call. BYOK. Your provider bill stays yours.

Run the sandbox Readiness JSON Receipt ledger
prxy.monster

The difference

The market has proven that developers want high-volume model access. The production question is whether that access is private, stable, compliant, measurable, and auditable.

Requirement Direct provider API Opaque proxy stations prxy.monster
Authorized access Yes. You use your official provider account. Unknown. You depend on someone else routing traffic through accounts you cannot inspect. Yes. BYOK by default; your provider key and terms stay yours.
Privacy Provider sees the call. The middleman can see prompts, code, and outputs. Hash-only default storage; encrypted payload capture is opt-in.
Audit trail Usage dashboards vary by provider. No reliable proof of what ran. Every routed call can emit a signed receipt and public JWKS proof.
Cost control Token bills arrive after usage. Low sticker price, high operational risk. Budgets, cache, module chain, policy decisions, and cost attribution per call.
Long-term reliability Stable official path. Accounts and routes can disappear without notice. Official provider path plus local self-host option.

What the proof run shows

The first public proof loop should compare a direct provider call against the same call through prxy. The value is not magic model arbitrage. The value is reduced waste, policy metadata, and a receipt you can verify after the fact.

Direct provider

Promptsame input
Modelsame provider/model where available
Visible after callprovider response + provider bill
Missingpolicy, cache status, module chain, signed receipt

Through prxy.monster

Promptsame input
Modelsame or declared managed route
Visible after calltokens, cost, cache, policy, latency
Proofsigned receipt

Memory makes model calls cheaper without stealing model access

ekkOS memory is the compounding layer. It cuts repeated context, repeated tool output, repeated mistakes, and repeated reasoning before the model call happens.

Faster

Retrieve project facts, prior fixes, current goal state, and schemas before generation. The model starts from a compact working set.

Safer

Inject directives, auth boundaries, privacy rules, and anti-patterns before tools run. The model sees the guardrails at decision time.

Cheaper

Use exact cache, semantic cache, prompt optimization, MCP optimization, and context compilation to avoid paying for the same tokens repeatedly.

  • Receipts prove what happened.
  • Outcomes capture whether the work mattered.
  • Patterns reuse what worked and prevent known failures from repeating.