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Download MAC Desktop

The governed execution runtime and deterministic verifier for autonomous Claude & Anthropic MCP workflows. Enforces kernel-bounded sandboxing (Windows Job Object 512 MB cap) and mathematical ledger verification before mutations commit.

release: MAC-Setup-0.7.0.exe [Windows x64 Low-Integrity Enclave]
STABLE v0.7.2
Windows 10 / 11 (64-bit)
Installer Package • Architecture: x86-64 • Version: 0.7.2
✓ Windows Job Object Sandbox ✓ Low-Integrity Worker Isolation ✓ SQLite WAL Hash Audit Store
Download MAC Setup (.exe)
Size: ~84.2 MB • Build: 2026.11.R7
Fallback Mirror: GitHub Releases Mirror
SHA-256 Release Checksum Cryptographic Digest
e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855
Verify via PowerShell: Get-FileHash .\MAC-Setup-0.7.0.exe -Algorithm SHA256
Split-Process OS Enclave
High-privilege supervisor completely isolated from worker.
512 MB Hard Memory Cap
Strict Job Object limits prevent host RAM exhaustion.
Deterministic Verifier
Zero floating-point drift: all calculations verified via Decimal math.

How to Deploy MAC

01
Automated Setup
STEP 01 // INSTALLATION

Run MAC-Setup (.exe)

Execute the installer. The supervisor creates a local isolated environment and initializes a SQLite WAL hash-chained state store at %APPDATA%\MAC\state.db.

02
Auto-Discovered
STEP 02 // MCP ATTACHMENT

Connect Anthropic MCP

MAC automatically discovers Claude Desktop and configures your claude_desktop_config.json with pre-filtering pipelines and local tool gates.

03
0-Drift Verified
STEP 03 // GOVERNED RUNTIME

Execute Under Enclave

Agent tools execute inside a Low-Integrity Windows Job Object (512 MB cap). T1/T2 mutating actions require signed HMAC tokens; math is verified before commits.

Other Operating Systems

macOS (Apple Silicon & Intel)
Coming Q2 2026

macOS sandboxing leveraging native sandbox-exec profiles and POSIX process isolation for Claude Code and Cursor users.

Apple Silicon M1/M2/M3/M4 Intel x86_64 sandbox-exec
Track macOS Build on GitHub →
Linux Enclave & Docker
CLI Ready

Run MAC supervisor headless in systemd or cgroups v2 sandbox container. Deployable across Ubuntu, Debian, RHEL, and AWS Graviton.

$ docker run -d -p 8000:8000 usneural/mycelium:latest
View PyPI Package →

Prefer Headless / Python CLI?

If you are running agents in a CI/CD pipeline, remote Linux container, or server cluster without a GUI, install our official Python routing SDK. Bypasses the 2,000ms cloud LLM tax with sub-10ms local ChromaDB vector discovery.

$ pip install mycelium-agents
$ python -m mycelium.cli start-registry --port 8000
PyPI: v0.3.3 Python 3.10+ Zero Cloud API Tax ChromaDB Vector Mesh
agent_workflow.py — Python 3.11
READY
# 1. Zero-tax local vector routing (<10ms discovery)
from mycelium import IntentRouter, CapabilityGate

router = IntentRouter(model="all-MiniLM-L6-v2")
agent = router.route("reconcile ledger vouchers")

# 2. Cryptographic capability enforcement (T0/T1/T2)
gate = CapabilityGate(agent.secret_key)
with gate.enclave(level="T1_MUTATE"):
    result = agent.execute(vouchers=unmatched_batch)
    print(f"Verified: {result.manifest_hash[:16]}... (0-drift)")

System Requirements

Component Minimum Specification Recommended Specification
Operating System ✓Windows 10 64-bit (Version 2004+ / Build 19041+) ✓Windows 11 64-bit (Build 22621+)
Processor (CPU) ✓Intel Core i3 / AMD Ryzen 3 (x86-64) ✓Intel Core i5+ / AMD Ryzen 5+ (4+ cores)
System RAM ✓4 GB (512 MB capped per worker) ✓8 GB+ (1024 MB worker buffer for multi-agent chains)
Storage ✓300 MB free space ✓1 GB NVMe SSD (for ChromaDB vector cache)
AI Host ✓Anthropic API Key or Claude Desktop installed ✓Claude Desktop + MCP Servers connected
Deterministic Architecture Assurance Every release binary is self-contained and operates strictly within a Windows Low-Integrity Job Object. Host memory is hard-capped at 512 MB per worker, and ledger reconciliations enforce exact Decimal conservation equations with zero floating-point accumulation drift.