Signed command manifests
Instructions are bundled into cryptographically signed manifests. Agents verify authenticity and integrity before execution, ensuring only authorised, unaltered work is accepted.
Version 1.0 / Zero Trust Management
Mozart Orchestrator.
Precision Orchestration. Zero Trust Execution.
Mozart Orchestrator is a high-performance distributed system management framework built for environments where security is non-negotiable. Designed to eliminate the repetitive chore of credential managers and serial SSH hopping, Mozart replaces vulnerable persistent shells with a signed-command execution model, real-time telemetry streams, autonomous service recovery, and auditable fleet-wide updates.
Core feature set.
Mozart is built around a simple idea: remote management should not require a standing shell, blind trust in the network, or unclear operator actions.
NOC-grade visibility
Live node status, resource tracking, streaming command output, and connectivity monitoring give administrators an operational view of the entire fleet.
Autonomous service watchdog
The Sentry subsystem monitors critical service dependencies, detects failures, and performs ordered recovery actions to preserve uptime without waiting for human intervention.
Fleet-wide update stream
Overture distributes signed binary updates to managed nodes, performs controlled self-swaps, and restarts agents into the latest approved build.
Security architecture
The network is always hostile.
Mozart assumes the transport path may be observed, delayed, interrupted, or tampered with. Trust is carried by signed instructions and verified locally at the agent before anything is allowed to run.
01
Asymmetric verification
The control plane signs instructions with a private key. Remote agents hold only the public key, allowing verification without giving agents the ability to forge authority.
02
Anti-tamper RAM caching
Verified manifests can be held in volatile memory to reduce the opportunity for local disk tampering after validation.
03
Uni-directional trust
Agents do not trust or talk to one another. Hub-and-spoke coordination reduces the blast radius and limits lateral movement pathways.
04
Audit-first execution
Commands, outputs, status changes, update events, and node health signals are treated as operational evidence rather than temporary console noise.
Three planes of operation.
Mozart separates authority, distribution, and execution. Each plane has a narrow purpose, making the whole system easier to reason about, secure, and operate.
Control Plane
The secure administrative interface where commands are authored, manifests are signed, and binary updates are packaged. It is the source of authority for the system.
Distribution Plane
The Hub manages connected nodes, coordinates manifest and update distribution, detects ghost nodes, and aggregates telemetry.
Execution Plane
Lightweight agents verify signed work, execute approved tasks, stream output, report health, and enforce watchdog recovery.
Execution model
Authority travels as a manifest.
Mozart is not designed around “log in and poke around.” It is designed around explicit intent: define the operation, sign it, distribute it, verify it, execute it, and record what happened.
This makes routine administration more repeatable and reduces the risk of a remote shell becoming a standing invitation for abuse.
No persistent shell
Signed intent
Streaming output
Fleet telemetry
manifest:
id: mozart-2026-0017
target: node-group/adelaide
action: service.restart
service: llama-server
constraints:
window: approved
max_parallel: 4
require_signature: true
verify:
public_key: installed
manifest_hash: match
signature: valid
execute:
stream_output: true
audit_event: required
sentry_followup: enabledTechnical advantages.
The goal is not to become another heavy enterprise platform. Mozart is meant to be sharp, efficient, observable, and usable in constrained environments.
Minimal overhead
Lightweight agents are designed for negligible CPU and memory overhead on managed nodes.
Bootstrap ready
The architecture supports rapid, repeatable deployment so nodes can be enrolled without a fragile manual process.
Air-gap capable
Mozart avoids dependencies on external cloud providers or third-party APIs, making it suitable for isolated networks.
Project status
Mozart Orchestrator has reached version 1.0.
Next steps are documentation, hardening notes, deployment examples, and deciding which parts should become public release material.