Orchestrix
Private beta · at capacity

Engineering agents thatunderstand and improveyour GitHub repos.

Our first private-beta cohort is full—we're all-in with those teams. Want Orchestrix in your inbox? Drop your email for release notes, the next invite window, and notes from the build. Low volume, no filler, unsubscribe anytime.

First beta cohort at capacity: 20 of 20 seats.
At capacity
20/20

Trusted by early AI builders

Orchestrix
Runs today
12
Success rate
94%
PRs opened
8
Memory entries
2.4k
perceptionScanning repo structure and recent diffs
planningGenerated 4-step execution plan
executionRunning step 2/4: write_file → src/api/health.ts
reflectionAwaiting execution completion
2/4 steps

5-phase

Agent cognition loop

DAG

Parallel execution

pgvector

Architectural memory

GitHub

Native integration

Product news & next access

The beta is closed. The conversation isn’t.

We aren't adding new beta participants right now—the first cohort is full and we're focused on shipping with them. Still curious? Leave your email and we'll send product updates, roadmap highlights, and a heads-up when we widen access. We read what you write; we don't send noise.

First beta cohort at capacity: 20 of 20 seats.
At capacity
20/20

How it works

From repo to shipped improvements in three steps.

01

Connect your repositories

Install the GitHub App and link repos to your workspace. Each repository gets isolated memory, embeddings, and execution context.

02

Define an engineering objective

Describe what you want — a feature, a refactor, or tech debt cleanup. The agent generates a structured execution plan with risk assessment.

03

Watch the agent ship

The agent runs perception, planning, execution, reflection, and memory update phases. Stream logs in real time, inspect the execution graph, and review pull requests.

Product

Your AI engineering control center

Real-time execution streams, knowledge graphs, and metrics — all unified in one workspace per repository.

acme/backend — Agent Console
Agent Console
Execution Graph
Knowledge Map
Pull Requests
perception
planning
execution
reflection
memory
perception · Loaded 847 embeddings for acme/backend
planning · Generated 4-step plan · risk: low · parallel groups: 2
execution · step 2/4 · write_file → src/api/health.ts
execution · step 3/4 · run_tests (awaiting)
reflection · pending
run_3f8a · main · 2/4 steps1,247 tokens · 3.2s elapsed

Capabilities

Built for serious engineering.

Parallel execution engine

DAG-based scheduler runs independent steps concurrently with per-skill timeouts, retries, and circuit breakers.

Architectural memory

Vector-backed persistent memory with clustering, pattern emergence, decision confidence scoring, and temporal decay.

Evaluation & metrics

Per-run evaluation: success rate by category, reflection accuracy, skill reliability heatmap, and token usage analysis.

Continuous learning

Per-repo embeddings evolve with every run. Persistent knowledge graph captures decisions, patterns, and tradeoffs.

Deterministic skills

Typed, testable skill commands: search repo, read/write files, run tests, create PRs. Each skill is independently verifiable.

Cost-aware planning

Usage-based billing with token quotas, execution priority levels, and real-time cost visibility per agent run.

Under the hood

Engineering-grade stack.

No black box. Every execution step is traceable, every skill is testable, every decision is persisted.

Multi-agent reasoning
Perception → Planning → Execution → Reflection → Memory
Deterministic skills
Typed commands: search, read, write, test, create PR
Cost-aware planning
Token quotas, usage metering, priority execution levels
Persistent memory graph
Nodes, edges, decay, evolution history, per-repo namespace

Want the important stuff, not the noise?

Same product—fewer emails. Jump to the form for release notes, roadmap, and the next time we open the doors.