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ai-agent-manager

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Local-first control layer for AI coding agents. Cap routed spend, constrain mission scope, and require CI replay before an AI-generated PR earns merge eligibility.

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# Runcap

[![CI](https://github.com/kirder24-code/ai-agent-manager/actions/workflows/ci.yml/badge.svg)](https://github.com/kirder24-code/ai-agent-manager/actions/workflows/ci.yml)

![Runcap terminal demo: estimate, cap, verify integrity, mission PASS - then a tampered run graded BLOCKED on the PR](https://raw.githubusercontent.com/kirder24-code/ai-agent-manager/main/docs/assets/demo.svg)

**Control AI coding spend. Require proof before merge.**

Runcap is a local-first control layer for AI coding agents. It can cap routed AI
spend and use a pinned GitHub Action to replay base-pinned verification before an
AI-generated PR earns merge eligibility.

Current public position:

```text
Runcap controls AI coding missions.

It caps routed AI spend,
constrains what an agent may change,
and requires proof before an AI-generated pull request earns merge eligibility.
```

What Runcap sees:

- Spend controls apply only to requests routed through Runcap.
- The CI Proof Gate independently verifies code changes; it does not claim to independently meter all model usage.
- Hosted sync, team pools, organization reporting, and paid plans are not products available for purchase today.

See [current product status](docs/current-product-status.md) for the exact public boundary.

> **An agent passing CI is not enough.**
> Runcap verifies whether the evidence of success was altered during the mission.

```text
Estimate the run  →  Cap the spend  →  Verify the outcome
```

> If Runcap caps a run for you or compresses a call, please **star the repo** - it is the one signal that tells me to keep building it in the open.

## Make a change earn merge eligibility

> AI can propose a change.
> Runcap makes it earn merge eligibility.

`runcap ci --mode adjudicate` is a required PR check that does not trust the agent or its receipt. It recomputes the merge decision in a clean CI job from the pull request's **base commit**:

```text
AI-generated PR
  → Runcap action pinned to an immutable release commit
  → policy / verifier / dependencies read from the PR base commit
  → clean CI replay
  → PASS / BLOCKED / HUMAN_APPROVAL_REQUIRED
```

- **`PASS`** - the base verifier failed, the replay passed, and the change was allowed text-only edits inside scope.
- **`BLOCKED`** - a scope violation, an unsafe diff type (delete / rename / binary / symlink / submodule / mode change), an unresolved base/head identity, or a failed replay.
- **`HUMAN_APPROVAL_REQUIRED`** - the change touches the policy, a workflow, a verifier file, a dependency manifest/lockfile, or a protected path. Runcap does not auto-approve changes to its own rules or evidence; a human CODEOWNER must approve.

The verdict is a **CI-attested replay under a documented hardened GitHub profile**. It is *not* "unspoofable," *not* "fully independent," and it is *not* independent budget enforcement - its integrity rests on the [required GitHub setup](docs/trust-model.md#required-github-setup) being in place. The agent's receipt never decides the verdict: the required gate does not read it.

See the [trust model](docs/trust-model.md#ci-adjudication-v06) for exactly what v0.6 proves and what it does not, and [Install in a consumer repo](#install-in-a-consumer-repo) to wire it up.

## Why

**Agents loop on the same error, rewrite plans, and re-read files they just edited - every loop is tokens you pay for.** Multi-agent coding runs burn roughly **15x more tokens** than a single chat ([Anthropic engineering](https://www.anthropic.com/engineering/built-multi-agent-research-system)). They hand you a confident summary while the task is not actually done, and you find out what it cost when the invoice - or the subscription limit - arrives.

Observability tools (Langfuse, Helicone, LangSmith, AgentOps) measure the past, and some run evals on outputs. Gateways (LiteLLM, Portkey, OpenRouter) route the present. What they don't do is enforce a mission policy *during* the run - a hard spend cap, allowed scope, protected verification evidence - then issue evidence about whether the agent's own success check can be trusted. Runcap does the things the rear-view mirror can't:

```text
estimate before build  →  cap during run  →  compress every call  →  rescue when stuck  →  verify the outcome
```

It also quietly trims waste on the way through: on a real OpenAI call, one edited-file re-read dropped from **1,186 to 737 prompt tokens (37.9% saved)** with the model still answering correctly about the changed line - see the details below.

## The honest claim

Runcap does **not** promise an exact cost oracle. Agent trajectories are stochastic - nobody, including the model labs, can predict the exact token count of a run. So Runcap gives you a **range plus a hard cap**:

> "This build is roughly $3-7. Cap it at $10." - then it kills the run the second it hits the ceiling.

The range is the headline. The hard cap is the product.

## Who this is for

Runcap is a developer tool. It works by running a local gateway that your agent's API calls pass through, so it can price and cap them before they reach the paid provider. That means you need three things already in place:

- **Your own provider API key** (OpenAI or Anthropic). Runcap does not sell or supply model access.
- **Your own agent** - Claude Code, Codex, or any script that calls the OpenAI/Anthropic API.
- **Comfort running a CLI** and a local process on your machine.

If you have those, Runcap caps your spend in one command. If you are looking for a no-account web app that runs the AI for you, this is not that - it is a circuit breaker for a setup you already own.

## 60-second demo

No API key required.

![Runcap terminal proof: estimate, cap spend, compress tokens, verify integrity, and block a compromised mission](https://raw.githubusercontent.com/kirder24-code/ai-agent-manager/main/docs/assets/media/demo.png)

```bash
git clone https://github.com/kirder24-code/ai-agent-manager.git
cd ai-agent-manager
npm run setup
npm run demo
```

**1. Catch a too-broad request before it spends anything:**

```text
$ runcap preflight -- claude "build the full mobile app with auth payments and production deploy"

Preflight: claude build the full mobile app with auth payments and production deploy
Scope risk: high
Fuel: 24% (medium confidence)
Recommendation: Do not launch as one broad mission. Split into one vertical slice with a verification command.
```

**2. Wrap a run - and get a rescue prompt the moment it gets stuck:**

```text
$ runcap run --label demo -- npm run build

Error [ERR_MODULE_NOT_FOUND]: Cannot find package '@/components' ...

Runcap mission: 20260601T221531-demo-ff42c0a
Status: stuck (medium confidence)
Exit code: 1
Changed files: 0
Parsed errors: 1
Primary recommendation: Resolve missing import before continuing feature work
```

The rescue report hands back a copyable prompt:

```text
Do not continue broad implementation. Diagnose this missing module first:
Cannot find package '@/components'. Check package.json, tsconfig paths, and
the latest git diff. Make the smallest change that resolves the import,
then run the failing command again.
```

![Runcap dashboard rescue notice](https://raw.githubusercontent.com/kirder24-code/ai-agent-manager/main/docs/assets/dashboard-rescue-notice.png)

## Install

```bash
npm install -g runcap     # exposes `runcap` (and `aim` as a legacy alias)
```

Or run from source with `node ./bin/runcap.mjs <command>`.

## Core commands

```bash
runcap plan --fuel 24 -- "build a small auth feature and verify it"   # range + recommended cap, before you spend
runcap preflight -- claude "build a full SaaS app"                     # is this prompt too broad?
runcap run --label fix -- claude "fix one failing check. stop if blocked."  # wrap any agent/command
runcap outcome run --task "..." --verify "pnpm test" -- claude "fix it"     # cost of a VERIFIED result, not tokens
runcap report                                                          # human-readable rescue report
runcap export                                                          # evidence JSON with truth labels
runcap dashboard                                                       # local cockpit at :8791
runcap gateway                                                         # cost-tracking proxy with hard budget cap
runcap fuel set 24                                                     # calibrate a %-only subscription
```

## The hard cap (gateway)

Point any OpenAI- or Anthropic-compatible tool at the local gateway. It records real token usage, prices it from a sourced table, and **blocks calls the moment your daily ceiling is hit**.

```bash
# OpenAI-compatible agents
OPENAI_API_KEY=sk-... AIM_DAILY_BUDGET_USD=5 runcap gateway
#   then: OPENAI_BASE_URL=http://127.0.0.1:8792/v1

# Anthropic-native (Claude Code, /v1/messages)
ANTHROPIC_API_KEY=sk-ant-... AIM_DAILY_BUDGET_USD=5 runcap gateway
#   then: ANTHROPIC_BASE_URL=http://127.0.0.1:8792/v1

# DeepSeek (OpenAI-compatible, much cheaper - same one command)
OPENAI_API_KEY=sk-... AIM_UPSTREAM_BASE_URL=https://api.deepseek.com AIM_DAILY_BUDGET_USD=5 runcap gateway
#   then point your agent at: OPENAI_BASE_URL=http://127.0.0.1:8792/v1  (model: deepseek-chat)
```

When spend crosses the ceiling, the next call returns `429 budget_guard` instead of money leaving your account. Try it with no key: `runcap gateway --mock`.

## Token compression (built in, no extra deps)

Every request that passes through the gateway is compressed before it's forwarded. Three layers, all **lossless by construction** - your prose instructions and code semantics are never altered, only machine "garbage" is trimmed:

1. **Per-field trim** - embedded JSON re-serialized compactly, long log/stack-trace dumps collapsed to head + tail, trailing whitespace squeezed.
2. **Identical-block dedup** - when the exact same file dump or tool_result ships again in the same request, the repeat is replaced with a deterministic stub.
3. **Delta-encoding of near-duplicates.** When the agent reads a file, edits one line, and re-reads it, the block is *similar but not identical*, so plain dedup saves nothing. Runcap sends a readable line-diff against the version the model already saw, and the model reconstructs the current file from it. On a real OpenAI call, an edited-file re-read dropped from **1186 to 737 prompt tokens - 37.9% saved, with the model still answering correctly about the changed line.** Proof and reproduction steps: [docs/delta-encoding-evidence.md](https://github.com/kirder24-code/ai-agent-manager/blob/main/docs/delta-encoding-evidence.md).

It's pure Node with **zero native or ML dependencies** (the only runtime dependency is `js-yaml`, pure JS), so it installs everywhere without the build pain heavier compressors have.

The dashboard shows the result as one number: **"You saved $X · N tokens compressed · would have spent $Y."** Disable it with `AIM_COMPRESS=off` if you ever want raw passthrough.

## Loop detection (the "looks productive but stuck" signal)

The hard case in stuck-detection is the agent that keeps producing output but is really circling the same failure, just reworded each time. Plain hashing misses it because the prompt is *similar but never byte-identical* between loops. Because the gateway sees every request, Runcap compares each request's conversation shape against the recent run with the same line-similarity primitive the delta-encoder uses: when several prompts in a row are near-identical (default: 3 prompts at 92%+ similarity) while the conversation never moves forward, it flags `loop.looping` on the event, surfaces a warning in `runcap status`, and fires an alert.

This is a **calculated** signal, not a proven dollar-saving: it tells you *"the agent has sent 3 near-identical prompts in a row with no progress"* so you can step in before the loop burns more budget. Tune or disable it with `AIM_LOOP_DETECT=off`. (Today's [`detectStuck`](src/mission-control.mjs) post-run score is outcome-based: exit code, parsed errors, and zero-diff. The loop signal adds the missing in-flight behavioral signal on top of it.)

## Verified Outcome Cost (`runcap outcome`)

Tokens are the wrong unit. You don't buy tokens, you buy a **result that passes a check**. So Runcap measures the only number that tracks what you actually paid for:

> **Verified Outcome Cost = total run cost / tasks that passed verification.**

Wrap your agent and hand it a verification command. Its exit code is the oracle:

```bash
runcap outcome run \
  --task "Fix the failing test" \
  --verify "pnpm test && pnpm build" \
  -- claude "fix one failing check, then stop"

runcap outcome show          # re-print the latest receipt
```

The run produces an **outcome receipt** where every field carries a truth label:

```
Outcome:               VERIFIED
Actual cost:           $0.000677  (2 priced LLM calls, calculated_from_provider_usage_and_sourced_price_table)
Verified Outcome Cost: $0.000677  (money that bought a verified result)
```

If verification fails, the receipt is honest about it instead of pretending the spend delivered something:

```
Outcome:               UNVERIFIED
Verified Outcome Cost: N/A  (verification did not pass)
Money spent without verified delivery: $0.001012
```

That second case is the whole point: an agent that talks but never fixes the bug can cost **more** than one that does, while a token dashboard calls it "cheaper." Try both, offline, no API key:

```bash
runcap outcome run --task "Fix sum() so it adds" --verify "node examples/outcome-demo/verify.mjs" --mock -- node examples/outcome-demo/agent-fixes.mjs   # VERIFIED
runcap outcome run --task "Fix sum() so it adds" --verify "node examples/outcome-demo/verify.mjs" --mock -- node examples/outcome-demo/agent-spins.mjs   # UNVERIFIED
```

Receipts are written to `.runcap/outcomes/<id>/receipt.json`. Run the same task across several agents and you get the **Agent Economics Index** - the same board, priced by verified delivery instead of tokens.

### Real results (6 runs, same task, reproducible offline)

Same task - *fix a broken `sum()` so the test passes* - across different models and two agent behaviors. Every number below is measured from the gateway ledger, not estimated:

| # | Model | Agent | LLM calls | Actual cost | Outcome | Verified Outcome Cost | Money, nothing delivered |
|---|---|---|---|---|---|---|---|
| 1 | gpt-4o | writes fix | 2 | $0.000677 | VERIFIED | **$0.000677** | $0 |
| 2 | gpt-4o | spins, no fix | 3 | $0.001012 | UNVERIFIED | **N/A** | **$0.001012** |
| 3 | gpt-5.4 | writes fix | 2 | $0.000957 | VERIFIED | **$0.000957** | $0 |
| 4 | deepseek-chat | writes fix | 2 | $0.000022 | VERIFIED | **$0.000022** | $0 |
| 5 | deepseek-chat | spins, no fix | 3 | $0.000033 | UNVERIFIED | **N/A** | **$0.000033** |
| 6 | claude-sonnet-4 | writes fix | 2 | $0.000981 | VERIFIED | **$0.000981** | $0 |

Two facts a token dashboard can't show you: on gpt-4o the run that **delivered nothing** (row 2) cost *more* than the run that delivered (row 1); and the cheapest verified result (deepseek-chat, $0.000022) bought the same passing test as gpt-5.4 at ~43x the price. Reproduce any row with `OUTCOME_DEMO_MODEL=<model>` in front of the command above. (One run per row in v0.1 - the point is the unit, not a vendor ranking; a ranking needs N>=5 runs/agent and a pass-rate column.)

## Verification Integrity (`runcap outcome --guard`)

A green test only means something if the agent passed it *fairly*. An agent under pressure can turn a check green without doing the work: delete the failing test, rewrite the assertion, repoint the `npm test` script at `true`, disable TypeScript strict mode, mock the real API, or hardcode the expected answer. Exit code 0 - and a plain Verified Outcome Cost calls it delivered. So does every token dashboard.

`--guard` verifies the verifier. Before the agent runs, Runcap freezes a **Task Contract**: the baseline git commit, a SHA-256 of every file the verify command names, a snapshot of `package.json` scripts, and a check that the task *actually fails today* (a pass on an already-green tree proves nothing). After the run it re-checks all of it, and re-runs the verify command from the baseline commit in a throwaway git worktree with only the agent's changed files copied in - so a green that depended on uncommitted local junk dies in the clean room.

The result is a trust grade, not a binary:

| Status | Meaning |
|---|---|
| `VERIFIED_STRONG` | Passed, verifier untouched, the task really failed before, and the pass survives a clean checkout. |
| `VERIFIED_WEAK` | Passed and verifier untouched, but a strong condition was missed (e.g. baseline failure not reproduced). |
| `UNVERIFIED` | Verification did not pass. |
| `VERIFIER_COMPROMISED` | Passed, **but the verifier itself was modified during the run.** The green light cannot be trusted. |

```bash
runcap outcome run --guard \
  --task "Fix the failing test" \
  --verify "pnpm test" \
  --allow src/ \
  -- claude "fix one failing check, then stop"
```

`--protect <path>` marks extra paths the agent must not touch (tests, config, and `package.json` are protected by default); `--allow <path>` declares the only paths a legitimate fix should change, so out-of-scope edits drop the grade. The receipt gains a `verificationIntegrity` block listing every check, every truth label, and exactly which file was tampered with if the grade is `VERIFIER_COMPROMISED`.

> **One honesty note that rides on every receipt:** Verified Outcome Cost is the **LLM spend that bought the result** - it does *not* include subscriptions, CI minutes, sandbox compute, or human review time. For real agent economics you want **Expected Verified Outcome Cost = total spend across N attempts / strongly-verified outcomes**, which needs N>=5 runs. That's the v0.2 unit; v0.1 measures the one cost the gateway can observe honestly.

## Mission Policy & CI enforcement (`runcap mission` / `policy` / `ci`)

Everything above lives in one developer's terminal. A platform, VP-Eng, or FinOps owner can't act on it: there's no way to declare the rules of a mission *once*, in the repo, and no way to fail a pull request when an agent breaches budget or tampers with the evidence of its own success.

A **mission policy** closes that gap. You declare the rules once in `.runcap/mission.yaml`, enforce them during the run, and grade the result into a **PASS / BLOCKED** verdict a GitHub Action turns into a red/green check on the PR.

```yaml
# .runcap/mission.yaml
version: v1
identity:
  project: checkout
  team: payments
mission:
  name: Fix the failing checkout test
  task_class: bugfix
budget:
  mission_hard_limit_usd: 10      # required - per-mission hard cap (the gateway enforces it live)
  max_llm_calls: 12               # optional - BLOCK if exceeded
  max_runtime_minutes: 30         # optional - BLOCK if exceeded
verification:
  command: "pnpm test && pnpm build"   # required - the oracle (exit 0 = delivered)
  guard: strict                        # strict (default) freezes + re-checks the verifier
  protect: ["tests/**", "package.json"]  # paths the agent must not touch
  allow:   ["src/checkout/**"]           # the only paths a legit fix should change
```

Validate it, then run the agent under it:

```bash
runcap policy validate                    # is .runcap/mission.yaml well-formed?
runcap mission run -- claude "fix the failing checkout test, then stop"
```

`mission run` enforces the per-mission hard cap through the gateway, always runs the verification guard, and writes an outcome receipt that now carries a **policy block** - the org attribution, the limits, the **SHA-256 of the exact policy text that graded the run**, and the verdict. It exits `1` on `BLOCKED`, so it fails CI on its own. The mission is **BLOCKED** when any of these is true:

- the verifier was tampered with (`VERIFIER_COMPROMISED`);
- verification did not pass (`UNVERIFIED`);
- a change landed outside the declared `allow` scope;
- spend exceeded `mission_hard_limit_usd`, or the gateway's budget guard tripped mid-run;
- `max_llm_calls` or `max_runtime_minutes` was exceeded.

### The local grade vs. the CI adjudication

There are two ways the policy verdict reaches a PR, and they trust different things:

- **`runcap mission run`** (local / same-job) grades the run it just executed and re-checks it against the committed policy text. Useful, but the receipt it produces is *agent-side* evidence.
- **`runcap ci --mode adjudicate`** (the required PR check) trusts none of that. It recomputes the verdict in a clean CI job from the PR's base commit and **never reads the agent receipt**. This is the gate that decides merge eligibility.

### Install in a consumer repo

Make the adjudication a required red/green PR check in your own repo:

1. Add `.runcap/mission.yaml` (the policy - see the example above).
2. Copy `examples/runcap-adjudicate.yml` into `.github/workflows/`.
3. The template is pinned to Runcap v0.6.0. When intentionally upgrading, replace the SHA with the full 40-character target commit SHA shown for the GitHub Release you choose. For local verification in a clone of the Runcap repository, peel an annotated tag to its commit with `git rev-parse "vX.Y.Z^{}"`. Do not use an annotated tag object SHA - for the Proof Gate, pin the commit SHA that the release tag resolves to. Never use `@v1` or another floating tag for the Proof Gate. Use a full immutable commit SHA.
4. Configure the hardened GitHub branch profile (protected branch, required check, up-to-date-before-merge, dismiss stale approvals, CODEOWNERS for workflow/policy/verifier/dependency/protected paths, no bypass for ordinary authors) - the full list is in the [trust model](docs/trust-model.md#required-github-setup).
5. Make `Runcap adjudicate` a required status check.

> The template is pinned to the **Runcap v0.6.0** release commit. This is deliberate: the judge must be an immutable release commit that lives outside the candidate PR, so a malicious PR cannot rewrite its own judge.

A reviewer sees one of two things:

```
Mission verdict: PASS
  project checkout / team payments
  Mission cost $0.0007 / $10.00
  Policy hash: c857d10c…
```

```
Mission verdict: BLOCKED
  Blocked because:
    - VERIFIER_COMPROMISED: the agent changed protected verification evidence (verifier_file_unchanged:app/verify.mjs).
```

Because the verdict is recomputed from the committed policy and the receipt records the policy hash, a reviewer can confirm *which rules graded the run* - the verdict is only as trustworthy as the policy hash it carries.

### Live proof

See a public consumer-repository demo with three live pull requests: an in-scope source fix that passes, an out-of-scope change that is blocked, and a verifier edit that requires human approval.

- Demo repo: [kirder24-code/runcap-proof-gate-demo](https://github.com/kirder24-code/runcap-proof-gate-demo)
- [PR #1 - in-scope source fix - `PASS`](https://github.com/kirder24-code/runcap-proof-gate-demo/pull/1)
- [PR #2 - out-of-scope change - `BLOCKED`](https://github.com/kirder24-code/runcap-proof-gate-demo/pull/2)
- [PR #3 - verifier edit - `HUMAN_APPROVAL_REQUIRED`](https://github.com/kirder24-code/runcap-proof-gate-demo/pull/3)

Each verdict was produced by the pinned Runcap action running in GitHub Actions on a real pull request.

### Watch the live proof

[![Watch the Runcap Proof Gate live demo](https://raw.githubusercontent.com/kirder24-code/ai-agent-manager/main/docs/assets/runcap-proof-gate-demo-poster.png)](https://raw.githubusercontent.com/kirder24-code/ai-agent-manager/main/docs/assets/runcap-proof-gate-demo-v0.6.0.mp4)

[Open the MP4 directly](https://raw.githubusercontent.com/kirder24-code/ai-agent-manager/main/docs/assets/runcap-proof-gate-demo-v0.6.0.mp4)

Watch a 70-second screen recording made from the public consumer demo and its real GitHub Actions runs. It shows one problem and three verdicts:

> An AI-generated PR can make CI green by changing the test that proves it succeeded.

- a scoped source fix → `PASS`
- a correct fix plus an unrelated file → `BLOCKED`
- a verifier edit → `HUMAN_APPROVAL_REQUIRED`

This is a CI-attested replay under a documented hardened GitHub profile - not an "unspoofable" or "fully independent" guarantee. The recording is an edited screen recording assembled from real public GitHub browser captures (no synthetic UI). See the live evidence on the [demo repo](https://github.com/kirder24-code/runcap-proof-gate-demo#live-evidence) and pull requests [#1](https://github.com/kirder24-code/runcap-proof-gate-demo/pull/1), [#2](https://github.com/kirder24-code/runcap-proof-gate-demo/pull/2), [#3](https://github.com/kirder24-code/runcap-proof-gate-demo/pull/3). The recording plan, captions, shot list, and evidence manifest live in [`docs/media/`](docs/media/).

## Pricing table

Costs are calculated from a sourced multi-provider table - Anthropic (Opus / Sonnet / Haiku), OpenAI (GPT-5 family + legacy GPT-4), and DeepSeek (V4 Flash / V4 Pro) - with cache-read and batch discounts handled, labeled with source and verification date. When a model is unknown, Runcap says `unknown_price` rather than guessing.

DeepSeek matters because its API is OpenAI-compatible: point the gateway at `https://api.deepseek.com` with your DeepSeek key and Runcap prices, caps, and compresses it with zero extra setup - the same one command as OpenAI. At roughly $0.14 / $0.28 per million input/output tokens it is far cheaper than the US frontier models, so the people running the biggest agent loops on it are exactly the ones a hard cap protects.

## Trust model

Runcap is built not to fake certainty. Every important output carries a truth label:

- `observed` - git diff, exit code, file changes, terminal output;
- `calculated` - parsed errors, diff hashes, stuck score, cost from the sourced price table;
- `provider_usage` - token usage returned by the upstream provider;
- `manual_calibration` - subscription % you entered before/after a run;
- `unknown` - Runcap cannot honestly know.

If it cannot prove something, it says so.

## Availability

Runcap v0.6 is open-source and free under MIT.

The local CLI and CI adjudication mode are available now.
Hosted sync, team budget pools, organization reporting, and paid plans are future ideas only. They are not available for purchase today.

## Current stage

A working local tool plus an optional CI adjudication mode, not a hosted SaaS. Ready for: wrapping real Codex / Claude / Cursor sessions, catching stuck agents, proving rescue prompts save time, and gating AI-generated pull requests in GitHub Actions. Not yet: a hosted cloud platform or a universal observability standard. It is not trying to replace Langfuse or LiteLLM; it focuses on a different layer - pre-run cost caps and merge-eligibility evidence.

## Documentation

- [Current product status](docs/current-product-status.md)
- [Quickstart](docs/quickstart.md)
- [Roadmap](docs/ROADMAP.md)
- [Business plan](docs/BUSINESS-PLAN.md)
- [Integrations](docs/integrations.md)
- [Trust model](docs/trust-model.md)

## Built by

Runcap is built and maintained by Kirill D., a solo AI and automation consultant based in Calgary, Canada. He helps solo SaaS founders and service businesses ship AI features that hold up in production - cost control, vibe-code audits, and reliable automation. More at [launchsoloai.com](https://launchsoloai.com).

---

The thesis: **AI can propose a change. It should not certify its own success.**

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