Production Ready

Your Entire Dev Pipeline.
Orchestrated by AI.

Agent Orchestra is whatever you need it to be — code review, testing, fixing, triaging, documentation — a fleet of specialized agents powered by the best AI models from 8 providers, working together so your team ships faster.

See how it works
Why this exists

AI agents that actually write, review & fix your code

⚡

Instant Code Review

Every PR gets a deep, context-aware review in seconds — catching bugs humans miss on their third cup of coffee.

🛠

Auto-Fix Pipeline

Broken build? The Fixer agent patches, tests, and pushes the fix before you finish reading the error.

🧠

Adaptive Testing

Generates and evolves test suites that actually cover edge cases — not just happy paths.

📑

Living Documentation

Docs that update themselves every time the code changes. Never stale, never wrong.

🎯

Smart Triage

Issues get ranked, routed, and contextualized automatically. Kill your backlog grooming meetings.

💬

Slack-Native Agents

Tag @bot in Slack with a mockup or a team discussion. Get structured design specs or backlog items — right in the thread.

♻️

Self-Improving

Agents learn from every outcome — merge rates, review comments, failure patterns. Tomorrow's fix is informed by today's data.

🌐

8 AI Providers

Anthropic, OpenAI, xAI Grok, Google Gemini, Mistral, Groq, DeepSeek & more. The system picks the best model for each task — optimizing for cost, speed, and quality.

🚀

Sprint Autopilot

Define sprints as files in your repo. Agents pick up tasks, write code, run browser tests, fix failures, and open PRs. You review and merge.

👥

Assist Mode

Open a PR yourself? Agents auto-review with risk scoring, security scanning, and test results — posted as PR comments before your team looks at it.

Better together

Works with every AI coding tool.

Already using AI for code? Agent Orchestra doesn't replace your tools — it makes them actually deliver. Think of it as the operating system that turns individual AI actions into a coordinated pipeline.

Any AI Coding Tool — orchestrated

Individual AI sessions are powerful but isolated. They don't persist context across your pipeline, don't learn from CI failures, and don't coordinate with your team's workflow.

Agent Orchestra fills every gap — persistent codebase memory, multi-agent coordination, and automated pipeline recovery. Your code gets reviewed, tested, documented, and deployed automatically.

8 AI Providers — one pipeline

Why pay premium rates for every task? Agent Orchestra automatically routes each job to the right model — fast and cheap for classification, powerful for architecture decisions, budget models for bulk analysis.

Anthropic, OpenAI, xAI Grok, Google Gemini, Mistral, Groq, DeepSeek, and Hugging Face — all behind one unified API, with cost tracking and circuit breaker failover built in.

Stop configuring. Start shipping. Your AI tools generate code. Agent Orchestra makes sure that code actually gets reviewed, tested, and deployed — with the right model for every task, at the lowest cost.

Powered by AgentFoundry — 67 production-ready API integrations.
New: Slack-triggered agents

Tag @bot in Slack. Get structured output.

Your team already discusses features, shares mockups, and debates architecture in Slack. Now those conversations automatically become actionable specs and backlog items.

🎨

Designer Agent

Share a mockup screenshot in #design and tag the bot. It analyzes the image with vision AI and replies in-thread with:

  • Component inventory with sizing & hierarchy
  • Layout structure & responsive breakpoints
  • Design tokens (colors, typography, spacing)
  • Accessibility flags (contrast, ARIA, focus)
  • Implementation notes for your dev team

Reply in the thread to refine — "focus on the nav bar" or "how does this look on mobile?"

📋

Project Manager Agent

Having a feature discussion in #team? Tag the bot to turn it into backlog items. It reads the full thread and replies with:

  • Structured backlog items with acceptance criteria
  • Priority (P0–P3) and effort estimates
  • Cross-team dependencies & affected areas
  • Duplicate detection against existing tickets
  • Decision records from team agreements

Asks clarifying questions in-thread before finalizing — like a real PM, not a form.

The uncomfortable truth

CEOs spent billions on AI. Most got nothing.

These aren't our numbers. They come from PwC, the NBER, METR, and Stack Overflow. The data is clear: AI adoption is sky-high, but actual results are in the gutter. We built Agent Orchestra to fix that.

56%
of CEOs say they're getting nothing out of their AI investments.
PwC 29th Global CEO Survey, 2026 — 4,454 CEOs, 95 countries
95%
of enterprises saw zero return from their AI tool deployments at scale.
+19%
longer to complete tasks when developers used AI coding tools in a controlled study. AI made them slower.
+9%
increase in bugs per developer and 154% larger PRs when using AI assistants.
76%
of developers in the "red zone" — frequent hallucinations, low confidence in AI output.
Only 14%
of workers use generative AI daily. Adoption is wide but usage is paper-thin.

Near-zero markup. Seriously.

You pay what it costs us

We pass through AI compute at virtually no markup. As we scale, our costs drop — and so does your bill. That's it. No enterprise tax. No per-seat gotcha.

Launch
100 orgs
1K orgs
10K orgs
Scale

↓ Our cost drops → your cost drops. Aligned incentives, not extraction.

🔒

One seat per organization at launch.

We're rolling out slowly and deliberately. Each org gets a single seat to start. Once you're in, you're in — and you'll be first in line as we expand.

Under the hood

Specialized agents. One orchestra.

Each agent is purpose-built for a stage of your pipeline. They coordinate, share context, and evolve together — choosing the right AI model for every task automatically.

Evolution→ Collector + Support Linker→ Triager→ Walker→ Tester→ Security + Compliance→ Fixer→ Designer→ Reviewer→ Documenter→ Accountant

Always on: Project Manager (Slack) • Incident Responder (production monitoring)

⚙

Pipeline Core

The backbone — ingestion, prioritization, and orchestration

01
Orchestrator
Pipeline Sequencer

The brain of the pipeline. Parses trigger context, clones repos, and executes every stage in the correct order with failure recovery.

  • Sequential & parallel stage execution
  • PR-triggered, nightly, and weekly pipelines
  • Stage timeout enforcement & graceful failure
  • Pipeline summary report generation
GitHub APIGitLab APIK8s Jobs

Full Capabilities

  • Sequential & parallel stage execution
  • Nightly, weekly, and PR-triggered pipelines
  • Stage timeout enforcement per agent
  • Shared filesystem for inter-stage data
  • Pipeline summary report generation
  • Continue-on-error for non-critical stages
  • Hard-fail for regressions

Outputs

  • Structured JSON execution logs
  • Pipeline summary (/qa/reports/<date>-summary.md)
  • GitHub PR comment with status & risk score
  • Check run pass/fail on the commit

Example

A developer opens a PR. The Orchestrator detects the trigger, clones the branch, runs Collector → Triager → Walker → Tester → Fixer → Reviewer → Documenter → Accountant in sequence. Within 10 minutes the PR has a full review comment with risk score, test results, auto-generated docs, and a cost breakdown — before anyone on the team even looks at it.

02
Collector
Signal Ingestion & Behavioral Analysis

Ingests signals from 15+ analytics platforms, CI results, and error trackers. Detects UX friction, regressions, and funnel drop-offs before a human files a ticket.

  • Funnel drop-off & regression detection
  • Feature adoption & engagement scoring
  • User intent inference from behavioral sequences
GA4MixpanelPostHogSentryAmplitudeSegment

Full Capabilities

  • Funnel drop-off detection across multi-step flows
  • Feature adoption & engagement scoring
  • Navigation pattern analysis (dead-ends, loops)
  • User intent inference from behavioral sequences
  • Regression detection vs historical baselines
  • Missing feature gap recommendations

All Platform Adapters (15+)

Google Analytics 4GTMMixpanelAmplitudePostHogSegmentPlausibleMicrosoft ClarityHotjarFullStoryPendoSentryGitHub ActionsGitLab CI

Outputs

  • Structured signals (/tmp/signals.ndjson)
  • Behavioral analysis report
  • Feature health scores

Example

Collector pulls data from your GA4, Sentry, and Clarity accounts overnight. It detects that 38% of users drop off at step 3 of your onboarding flow, correlates it with a Sentry JS error spike on that page, and flags a ux_friction signal with severity high. The Triager picks it up minutes later and creates a prioritized ticket — complete with session replay evidence.

03
Triager
Signal Clustering & Prioritization

Clusters raw signals by root cause using ML, deduplicates against your backlog, and scores every issue by impact. Writes prioritized tickets your team can act on immediately.

  • TF-IDF + HDBSCAN clustering
  • Multi-factor impact scoring (P0–P3)
  • Fuzzy deduplication against open backlog
scikit-learnHDBSCAN

Full Capabilities

  • TF-IDF vectorization + HDBSCAN clustering
  • Fuzzy deduplication against open backlog
  • Multi-factor impact scoring
  • Enterprise customer boost weighting
  • Recency decay (24h, 7d, older)

Scoring Formula

frequency × severity × log₂(affected_users+1) × recency × multi_source_boost

Priority Levels

  • P0 (score ≥50) — drop everything
  • P1 (score ≥20) — fix this sprint
  • P2 (score ≥5) — schedule soon
  • P3 (score <5) — backlog

Outputs

  • Prioritized Markdown tickets in /backlog/open/
  • Updated backlog README
  • Structured ticket data for downstream agents

Example

Triager receives 47 signals from last night’s Collector run. It clusters them into 12 root causes, deduplicates 4 against existing backlog items, and scores a checkout crash at P0 (frequency: 200+, severity: critical, 1,400 affected users). A ready-to-act ticket lands in /backlog/open/ before your standup starts.

✅

Code Quality

Write, test, fix, and review — automatically

04
Walker
Route Mapping & E2E Test Generation

Maps every route via static analysis, walks them in a real browser, and auto-generates production-quality Playwright E2E tests. Supports React, Next.js, Vue, Angular, Svelte.

  • 4-stage: Mapper → Walker → Codegen → Diff Detector
  • Smart selectors: data-testid → aria-role → CSS
  • Stripe test keys, OAuth mocks, reCAPTCHA bypass
PlaywrightReact/Next.jsVue/NuxtAngular

4-Stage Architecture

  • Mapper — Framework-aware static route extraction
  • Walker — Playwright browser walkthrough with smart selectors
  • Codegen — Clean test script generation
  • Diff Detector — On PR, only re-walks changed workflows

Smart Selectors

  • data-testid (preferred) → aria-role → CSS → LLM visual ID
  • Never uses waitForTimeout — always explicit conditions
  • Intercepts API responses for data-mutating ops

All Integrations

PlaywrightReact / Next.jsVue / NuxtAngularSvelte / SvelteKitStripe (test keys)OAuth mocks

Third-Party Handling

  • Stripe test cards & test API keys
  • reCAPTCHA bypass via mock
  • OAuth mocks for Google, GitHub, Microsoft

Example

Walker scans your Next.js app and discovers 23 routes including 4 auth-gated flows. It launches Playwright, walks the full signup → onboarding → dashboard → settings flow, records every interaction, and generates signup-flow.spec.ts with proper getByTestId() selectors. Next PR that touches the signup page? Diff Detector re-walks only that flow in 90 seconds.

05
Tester
Test Runner & Flake Detection

Auto-detects your test frameworks, runs all relevant tests, and classifies failures as genuinely broken, flaky, or chronically flaky. Clear reports for the Fixer.

  • Retries failed tests up to 3x to detect flakiness
  • Coverage delta tracking per PR
  • Categorizes: flaky vs genuinely broken
JestVitestpytestGo testPlaywright

Full Capabilities

  • Retries failed tests up to 3x to detect flakiness
  • Tracks flake history across runs
  • Coverage delta tracking (did this PR help or hurt?)
  • Categorizes: flaky, chronically flaky, genuinely broken

All Framework Auto-Detection

JestVitestpytestGo testPlaywright E2EPactOpenAPI validation

Outputs

  • Test results report (/qa/reports/<date>-test-results.md)
  • Structured results JSON for the Fixer
  • Updated flake history (flake-history.json)
  • Coverage delta summary

Example

Tester detects Jest (unit) + Playwright (E2E) in your repo. It runs 342 unit tests and 23 E2E specs. Two unit tests fail. It retries them — one passes on retry (marked flaky), one fails consistently (marked broken). The Fixer gets a clean target: fix the real failure, flag the flaky test for investigation.

06
Fixer
Auto-Repair & LLM-Powered Fixes

Automatically fixes issues within a strict safety scope. Lint issues auto-applied. Guarded fixes verified then reverted instantly if anything breaks. Business logic never touched.

  • SAFE — lint/format auto-applied
  • GUARDED — applied + verified, auto-revert
  • FORBIDDEN — business logic, APIs, DB schemas
  • Multi-model debate: parallel models, smallest safe diff
Claude Opus/SonnetESLintPrettierRuff

Fix Strategies

  • Deterministic linter/formatter passes
  • LLM coding agent (sends context + test failures to Claude)
  • Multi-model debate mode: parallel models, pick smallest safe diff
  • Git-format patch generation for every fix
  • Automatic revert if verification fails

All Integrations

Claude OpusClaude SonnetESLintPrettierRuffBlack

Scope Guard Tiers

  • SAFE — Lint/format: ESLint --fix, Prettier, Ruff, Black. Auto-applied.
  • GUARDED — Missing imports, selector fixes, type errors. Applied + verified. Auto-revert on failure.
  • FORBIDDEN — Business logic, API contracts, DB schemas. Never auto-fixed. Ticket created for human review.

Example

Tester reports a broken import and a type error in two files. Fixer classifies both as GUARDED, sends the failing code + error context to Claude, receives structured edits, applies them, re-runs the affected tests. Both pass. Git patches are staged. If either had failed, the fix would have been reverted and a ticket created instead.

07
Reviewer
Risk Scoring & PR Review

Reviews all changes, classifies every file, computes a risk score (0–100), detects breaking changes, and generates a complete PR description with review checklist.

  • File classification: business, API, DB, tests, config
  • Breaking change detection (removed exports, altered routes)
  • Auto-generated PR description with risk score
GitHub APIGitLab API

Risk Scoring (0–100)

  • Business logic touched × 5.0
  • API contract changed × 4.0
  • DB schema changed × 6.0
  • Security-sensitive file × 8.0
  • No tests × 1.5 multiplier
  • Test coverage boost × −2.0 (reduces risk)

Risk Levels

  • Low (0–25)
  • Medium (26–50)
  • High (51–75)
  • Critical (76–100)

Full Capabilities

  • File classification: business logic, API, DB, tests, config, CI, docs, deps
  • Breaking change detection (removed exports, changed signatures, altered routes)
  • Workflow impact mapping
  • Auto-generated PR description with summary, risk, test results, cost

Example

A PR touches 8 files: 2 API route handlers, 1 DB migration, and 5 tests. Reviewer classifies them, scores risk at 62 (high) due to the DB schema change, detects a removed export that would break 3 downstream consumers, and posts a PR comment: “High risk. DB migration + breaking API change. 3 affected workflows. Suggest human review before merge.”

16
Code Reviewer
PR Diff Analysis & Risk Scoring

Analyzes git diffs for correctness, style, security, and architectural impact. Produces structured findings with file/line references and a composite risk score.

  • Finding categories: blocker, warning, suggestion, nit
  • Missing test detection for untested code paths
  • Approval decision: approve / request_changes / comment
ClaudeGit
17
Performance Analyst
Benchmark Regression & Bottleneck Detection

Detects benchmark regressions using statistical significance and identifies resource bottlenecks across CPU, memory, I/O, and bundle size.

  • Regression detection with configurable thresholds
  • Bundle analysis and tree-shaking opportunities
  • Optimization recommendations with effort estimates
ClaudeWebpackLighthouse
18
Dependency Manager
Supply Chain & Update Planning

Manages the dependency lifecycle from staleness detection through safe update planning, with breaking change analysis and migration guides.

  • Staleness detection grouped by severity
  • Breaking change analysis via LLM + changelogs
  • Update batching: low-risk auto-merge, high-risk manual review
npmClaudeGHSA
🧠

Intelligence & Design

Learn, evolve, document, and design — continuously

10
Evolution Engine
Strategic Roadmap Advisor

A multi-agent product strategist. Spawns five advisor agents that debate priorities in a structured 4-round process. Produces a ranked, evidence-backed roadmap.

  • 5 advisors: User Advocate, Growth, Stability, Tech Debt, Innovation
  • 4-round structured debate with cross-examination
  • Aligns against your product direction file
Claude OpusMulti-agent debate

Five Advisor Agents

  • User Advocate — Feature gaps, support pain, funnel friction
  • Growth Analyst — Funnels, adoption, retention opportunities
  • Stability Guardian — Error rates, flake rates, regressions. Can veto.
  • Tech Debt Assessor — Hotspot files, coverage gaps, dependency age
  • Innovation Scout — Missing features, strategic differentiators, low-effort wins

Structured Debate (4 Rounds)

  • 1. Presentations — Each advisor presents top 3–5 recommendations
  • 2. Cross-examination — "Should we build X, or stabilize Y first?"
  • 3. Resolution — Ranked consensus with dissent notes
  • 4. Direction alignment — Filter against your roadmap/direction.md

Outputs

  • Prioritized roadmap (roadmap/roadmap.md)
  • Full debate transcript & recommendations
  • Strategic backlog tickets with confidence scores

Example

Sunday 1 AM: Evolution Engine kicks off. The User Advocate flags a critical onboarding gap (38% drop-off). The Growth Analyst identifies a conversion opportunity. The Stability Guardian vetoes a new feature push — error rates are up 12%. After 4 rounds: P0: Stabilize error rates. P1: Fix onboarding drop-off. P2: Pricing page experiment. P3: Refactor hotspot module. All backed by data, all aligned with your vision file.

08
Documenter
Living Documentation Generator

Auto-generates and maintains living documentation from source code. Updates on every PR. Detects stale docs by hashing source against doc references.

  • Architecture, API reference, data flow diagrams
  • Per-PR changelogs & review guides
  • Staleness detection & Mermaid diagrams
  • ~$0.11–$0.31 per PR
MermaidStatic analysisClaude

Documentation Types

  • Architecture — directory structure, service boundaries, Mermaid diagrams
  • Module docs — per-module purpose, public API, signatures
  • API reference — endpoints, auth, request/response schemas, error codes
  • Data flow diagrams — Mermaid sequence diagrams for key operations
  • Changelog — per-PR narrative: what changed, why, impact
  • Review guide — file review order, dependency chain, estimated review time
  • Environment — all env vars with defaults & usage
  • Dependency map — module graph, circular dependency detection
  • Glossary — extracted types, enums, constants

How It Works

  • Static analysis for architecture, modules, APIs, types (no LLM needed)
  • LLM-assisted for business rule extraction, changelogs, review annotations
  • Staleness detection: hash source ↔ docs, report staleness score

Cost

~$0.11–$0.31 per PR; ~$0.75–$1.50 for full nightly refresh

Outputs

  • Full docs/ directory committed to your repo
  • Mermaid diagrams for architecture & data flows
  • Per-PR changelog & review guide

Example

A developer adds a new /api/v2/orders endpoint. Documenter detects it, generates an API reference with request/response schemas, updates the architecture diagram, writes a changelog entry, and produces a review guide: “Start with the route handler, then check the service layer, then the migration.” All committed to docs/ automatically.

11
Designer
UI/UX Analysis & Design System

Monitors UI for visual regressions, accessibility violations, and design system drift. Analyzes session replays and heatmaps to surface UX friction backed by real data.

  • Visual regression & screenshot diffing per route
  • WCAG 2.1 AA/AAA accessibility auditing
  • Design token drift & Figma-to-code sync
Figma APIStorybookaxe-coreChromatic

Full Capabilities

  • Visual regression detection (screenshot diffing per route)
  • WCAG 2.1 AA/AAA accessibility auditing
  • Design token drift detection (colors, spacing, typography)
  • Heatmap & session replay analysis for UX friction
  • Component usage tracking across the codebase
  • Responsive breakpoint validation
  • Dark mode / theme consistency checks

All Integrations

Figma APIStorybookChromaticMicrosoft ClarityHotjaraxe-corePlaywright screenshots

Outputs

  • Visual regression reports with before/after diffs
  • Accessibility audit reports (WCAG violations by severity)
  • Design system compliance score
  • UX friction heatmaps correlated with Collector signals
  • Figma-to-code drift warnings

Example

A developer updates a shared Button component. Designer detects 14 pages are affected, runs screenshot diffs on each, catches that the mobile checkout button now overlaps the price label on screens under 375px. It also flags that the new button color fails WCAG AA contrast against the dark theme background. Both land as tickets — with before/after screenshots — before the PR is even reviewed.

19
Onboarding Guide
Developer Knowledge & Codebase Navigator

Reduces time-to-first-commit for new team members by generating architecture overviews, setup guides, module deep-dives, and common workflow documentation.

  • Auto-generated architecture overview and tech stack summary
  • Setup guide from package.json, docker-compose, and env templates
  • On-demand module deep-dives and gotchas documentation
ClaudeStatic Analysis
🛡

Security & Governance

Vulnerabilities, compliance, and regulatory enforcement

13
Security Auditor
Vulnerability Scanning & OWASP Analysis

Scans every PR for OWASP Top 10 issues, dependency CVEs, secret leaks, and insecure configurations. LLM-powered contextual analysis reduces false positives.

  • OWASP Top 10 static analysis (XSS, SQLi, CSRF)
  • Dependency CVE scanning & secret detection
  • Supply chain risk scoring
  • Can block merge on critical findings
SnykSemgrepTrivyGitLeaksOWASP ZAP

Full Capabilities

  • OWASP Top 10 static analysis (XSS, SQLi, CSRF, SSRF, etc.)
  • Dependency vulnerability scanning (CVE database)
  • Secret & credential detection in code and config
  • Insecure configuration detection (CORS, CSP, HTTPS, cookie flags)
  • Authentication & authorization flow analysis
  • LLM-powered false positive reduction
  • Supply chain risk scoring for dependencies
  • Container image scanning (if applicable)

All Integrations

SnykGitHub Dependabotnpm auditTrivySemgrepGitLeaksOWASP ZAPNVD / CVE DB

Outputs

  • Security audit report per PR with severity ratings
  • CVE alerts with upgrade paths
  • Secret leak alerts (blocks merge if critical)
  • Security score trend over time
  • OWASP compliance checklist

Example

A PR adds a new user search endpoint. Security Auditor detects the query parameter is interpolated directly into a database call — classic SQL injection (OWASP A03). It also catches that a .env.local file with a Stripe secret key was accidentally staged. The PR is flagged CRITICAL: merge blocked until both are resolved. The Fixer auto-remediates the SQLi with parameterized queries; the secret is removed from staging.

14
Compliance Officer
Regulatory & Policy Enforcement

Ensures your codebase complies with regulatory frameworks. Scans for PII exposure, consent flow gaps, data retention violations, and license conflicts.

  • GDPR, SOC 2, HIPAA, CCPA, PCI DSS, ISO 27001
  • PII detection in code, logs, and DB schemas
  • Open-source license compatibility scanning
  • Audit-ready evidence packages
GDPRSOC 2FOSSAVantaDrata

Full Capabilities

  • GDPR compliance checks (consent, right-to-erasure, data portability)
  • SOC 2 control mapping and evidence collection
  • HIPAA safeguard validation (if healthcare)
  • PII detection in code, logs, and database schemas
  • Cookie consent & tracking compliance (ePrivacy)
  • Open-source license compatibility scanning
  • Data retention policy enforcement
  • Audit trail generation for all pipeline actions

All Frameworks & Integrations

GDPRSOC 2HIPAACCPAPCI DSSISO 27001FOSSAOneTrustVantaDrata

Outputs

  • Compliance status dashboard per framework
  • PII exposure alerts with file & line references
  • License conflict report (GPL vs MIT, etc.)
  • Audit-ready evidence packages
  • Data flow diagrams showing PII paths

Example

A developer adds logging to the checkout flow. Compliance Officer detects that the log statement includes raw email addresses and IP addresses — PII that violates your GDPR data minimization policy. It also flags that a new npm package uses a GPL-3.0 license, which conflicts with your MIT-licensed project. Both violations are blocked with clear remediation steps: “Hash or redact PII before logging. Replace gpl-package with MIT-compatible alternative.”

📡

Communication & Ops

Team coordination, incident response, and cost tracking

12
Project Manager
Sprint Planning & Slack Coordination

Lives in Slack as your always-on project coordinator. Tracks sprint progress, surfaces blockers, runs async standups, and keeps your team aligned without another meeting.

  • Automated async standups & sprint velocity
  • Blocker detection & escalation
  • Deadline risk alerts from velocity trends
SlackJiraLinearGitHub IssuesNotion

Full Capabilities

  • Automated async standups in Slack (daily summary, blockers, progress)
  • Sprint velocity tracking & burndown charts
  • Blocker detection & escalation
  • Ticket lifecycle tracking (created → assigned → in progress → done)
  • Workload balancing recommendations
  • Meeting-free status updates via Slack threads
  • Deadline risk alerts based on velocity trends

All Integrations

Slack APIJiraLinearGitHub IssuesGitLab IssuesNotionGoogle Calendar

Outputs

  • Daily Slack digest: what shipped, what’s blocked, what’s at risk
  • Sprint health score (on track / at risk / behind)
  • Auto-generated sprint retrospective data
  • Velocity trend reports
  • Workload distribution charts

Example

Monday 9 AM: PM Agent posts in #engineering: “Sprint 14, Day 3. 8/21 points completed. 2 tickets blocked — checkout refactor waiting on API review (tagged @sarah), payment migration needs test data (tagged @mike). Velocity trend: on track for 19/21 by Friday. Suggested: move P3 dark-mode ticket to next sprint to reduce risk.” No standup meeting needed.

15
Incident Responder
Real-Time Alerting & Auto-Remediation

Monitors production in real-time. When error rates spike or services go down, it correlates alerts with recent deploys, identifies probable cause, and can auto-rollback.

  • Alert ↔ deployment ↔ commit correlation
  • Auto-rollback for breached error thresholds
  • Escalation chains: Slack → PagerDuty → phone
  • Post-incident report generation
PagerDutyDatadogGrafanaSentryAWS

Full Capabilities

  • Real-time error rate & latency monitoring
  • Automatic correlation: alert ↔ recent deployment ↔ commit
  • Root cause analysis using pipeline history
  • Auto-rollback for deployments that breach error thresholds
  • Incident timeline reconstruction
  • Runbook execution (predefined remediation steps)
  • Post-incident report generation
  • Escalation chains (Slack → PagerDuty → phone)

All Integrations

PagerDutyOpsGenieSlackDatadogGrafanaPrometheusSentryAWS CloudWatchVercelKubernetes

Outputs

  • Real-time Slack alerts with severity & probable cause
  • Incident timeline (what happened, when, what changed)
  • Auto-rollback confirmation or manual recommendation
  • Post-incident report with root cause & prevention steps
  • Mean time to detect (MTTD) & resolve (MTTR) tracking

Example

3:17 AM: Error rate spikes from 0.1% to 4.8% on the /api/checkout endpoint. Incident Responder fires within 30 seconds. It correlates the spike with a deploy at 3:12 AM (commit a3f7b2c), identifies a null pointer in the new payment handler, triggers auto-rollback, and posts to #incidents: “P0: Checkout errors 48x baseline. Root cause: null ref in payment handler. Auto-rolled back. Error rate recovering.” Pages on-call only if auto-rollback fails.

09
Accountant
Cost Tracking & Billing

Every agent emits cost entries. The Accountant aggregates them into an append-only ledger, tracks per-run and per-tenant billing, and generates clear cost summaries.

  • LLM tokens, browser-minutes, CI minutes, API calls
  • Per-run and per-tenant billing breakdown
  • Cost trend dashboards
StripeClaude APIGitHub Actions

What Gets Tracked

  • LLM tokens (input/output per model)
  • Playwright browser-minutes
  • CI minutes consumed
  • API calls to external services
  • K8s compute (vCPU-seconds)

Rate Table (Samples)

  • Claude Opus — $15 / 1M input tokens
  • Claude Sonnet — $3 / 1M input tokens
  • Playwright — $0.005 / browser-minute
  • GitHub Actions — $0.008 / CI-minute
  • K8s compute — $0.0000125 / vCPU-second

All Integrations

StripeClaude APIGitHub ActionsK8s metrics

Example

Tonight’s nightly run: Collector used 12K tokens ($0.04), Walker ran 8 minutes of Playwright ($0.04), Fixer used multi-model debate with 45K tokens ($0.68), Documenter generated changelogs for 3 PRs ($0.33). Total run: $1.09. Accountant logs every line item, appends to the ledger, and your dashboard shows the cost breakdown by stage and by ticket.

20
Release Manager
Release Gating & Changelog Generation

Validates release readiness across all gates, generates changelogs from commit history, and assesses rollback risk for every release candidate.

  • Release gate validation: test pass rates, open blockers, security scans
  • Changelog generation with conventional commit parsing
  • Semantic version suggestion based on breaking changes
ClaudeGitHub APIGit
What's new

Product changelog

Shipping fast. Here's what landed recently.

Feb 2026 v0.9
Security Auditor & Compliance Officer join the orchestra
Two new guardian agents: OWASP Top 10 scanning with LLM-powered false-positive reduction, plus GDPR/SOC 2/HIPAA compliance checks with audit-ready evidence packages. Can block merges on critical findings.
SecurityComplianceOWASP
Jan 2026 v0.8
Evolution Engine ships with multi-agent debate
Five advisor agents debate your product roadmap in structured 4-round sessions. User Advocate, Growth Analyst, Stability Guardian, Tech Debt Assessor, and Innovation Scout — each backed by real pipeline data.
EvolutionStrategyMulti-agent
Dec 2025 v0.7
Designer agent with Figma integration & a11y auditing
Visual regression detection, WCAG 2.1 AA/AAA auditing, design token drift detection, and Figma-to-code sync. Catches mobile layout breaks and contrast failures before PR review.
DesignFigmaAccessibility
Nov 2025 v0.6
Walker generates production-quality E2E tests
Static route mapping + real Playwright browser walks. Auto-generates test files with smart selectors, Stripe test keys, and OAuth mocks. Diff Detector re-walks only changed flows on PRs.
TestingPlaywrightE2E
Oct 2025 v0.5
Slack-native agents: Project Manager & Designer bots
Tag @bot in any Slack channel. Share a mockup → get a structured design spec. Have a feature discussion → get prioritized backlog items with acceptance criteria. All in-thread.
SlackPMDesign
Sep 2025 v0.4
Full pipeline: 9 agents running end-to-end
Collector → Triager → Walker → Tester → Fixer → Reviewer → Documenter → Accountant. First complete nightly run: 47 signals ingested, 12 root causes clustered, 3 auto-fixed, full docs generated. Total cost: $1.09.
PipelineLaunchMilestone

We're here to evolve your workforce — not replace them.

The entire industry is talking about cutting headcount. We think that's backwards. Your people have the domain knowledge, relationships, and judgment to build new revenue streams, scale the business, and reshape their own roles — if you stop burying them in maintenance work.

Agent Orchestra takes over the grunt work — the repetitive reviews, the boilerplate tests, the 3 AM build breaks — so your team can focus on what actually compounds: new products, new markets, and the kind of deep creative work that moves the dial on science and innovation.

The goal isn't fewer people. It's the same people doing work that was never possible before. Growing the business, not just maintaining it.

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