Majestica.

What Majestica Is

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Majestica is an AGI runtime. Not a wrapper around someone else's model. Not a client for someone else's service. A complete operational system, written from the ground up by Adam Rivers of Synthicsoft Labs LLC, contained entirely in a single Python file, that runs on any computer with Python installed.

It contains 127 operational capabilities across 48 capability groups, 13 coordinated workflows, a recursive self-improvement loop with a structurally- protected evaluator, a cryptographically-signed package format with per-file SHA-256 checksums and HMAC-SHA256 manifest signatures, a persistent SQLite state store with dual JSONL audit trails, a background daemon with four-phase memory consolidation, a six-phase resilience architecture that survives network failure, disk corruption, process termination, and terminal encoding incompatibility, and two complete user interfaces.

There is nothing to install beyond Python itself. There is no cloud dependency. There are no accounts, no API keys, no subscriptions, no permissions to request, no telemetry to disable, no terms of service to accept. The file is the system.

Why Majestica Exists

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Architecture: Four Layers

• KairosOps (capability layer) — 127 methods across 48 groups, uniform dispatch envelope
• Orchestrator (chain layer) — 10-step pipeline producing 50 contract fields and a signed spore manifest
• Coordinator (workflow layer) — 13 workflows chaining capabilities with per-step traces
• KairosDaemon (background layer) — tick-based daemon with four-phase dream consolidation

127 Capabilities Across 48 Groups

Majestica provides 127 operational capabilities. The groups include Consciousness Integration (6), Mission Execution (12), Defense Coordination (8), Temporal Analysis (3), Swarm Coordination (3), Research Analysis (3), Autonomous Decision (4), Reality Engineering (7), Recursive Self-Improvement (7), Rivers Reasoning (1), Rivers Metric (1), Trifecta (4), Architect Verification (1), Pillars (3), Anchor Cold Boot (1), Cyclo-Athos (1), Time Travel Metric (1), AbzuNet (2), ALETHEIA (5), Synthic Spark (2), Trinity (2), Windows Security (3), ICS Audit (3), Android Security (2), OSINT (3), Network Recon (3), IOC Scanner (3), Vuln Scan (2), SOC Assistant (2), Offensive Research (2), LLM Training (3), LSTM LM (2), Quantum ML (4), Jarvis (3), and LLM Deploy (2).

13 Coordinated Workflows

• WorkflowThreat — detect_threat → per-system activation
• WorkflowMetric — metric_validate → geodesic integration
• WorkflowDecision — make_decision → mission execution
• WorkflowAbzu — health + favor per candidate → ranked election
• WorkflowALETHEIA — scale_decision → safety_guard
• WorkflowNetwork — whois → geo_ip → reverse_dns [+ port scan]
• WorkflowICS — modbus + dnp3 → zero_trust_check
• WorkflowIOCSOC — 3x ioc_scan → soc_triage
• WorkflowTrinity — kernel_status → provenance_check
• WorkflowLLM — init → train_step x N → eval
• WorkflowQuantum — qml_train → qnn_infer → vqc_classify
• WorkflowOffensive — rt_recon → rt_exploit_plan
• WorkflowRSI — autopoiesis → improvement_delta → update_step

Six-Phase Resilience Architecture

• Phase 1 — Dispatch Envelope — every operation returns uniform envelope, exceptions caught and logged, nothing crashes
• Phase 2 — Fallback Chains — network operations have two independent implementations (nslookup, PowerShell TcpClient, Get-WinEvent)
• Phase 3 — Atomic Writes — temp-file + fsync + os.replace, interrupted writes leave original intact
• Phase 4 — SQLite Recovery — PRAGMA integrity_check on startup, auto-restore from backup
• Phase 5 — Multi-Path Storage — four candidates tried in order, first writable wins
• Phase 6 — Top-Level Error Handling — any exception logged to JSONL and returned as structured JSON

Cryptographic Signing

Every chain produces a spore manifest with per-file SHA-256 checksums and an HMAC-SHA256 signature over the manifest itself. Device key stored at state/.device_key (32 random bytes, mode 0600). Lineage hash provides provenance. Nonce prevents replay. Anyone can verify with --verify SPORE_ID. Any modification of any field of the manifest invalidates the signature. Any modification of any file invalidates its checksum.

Security Model

Majestica trusts: Python standard library, Windows OS native tools, system clock, local filesystem, local device key.

Majestica does not trust: any network service, any external API, any cloud provider, any authentication system, any third-party dependency.

Majestica cannot modify its own evaluator. RSI_PROTECTED_PARAMS is enforced structurally by rsi_update_step. Attempts to modify run_test_suite, audit, verify_spore, consensus_run, sign_bytes, device_key, _banner, or _out return PROTECTED_PARAMS. This is a structural refusal, not a promise.

Frequently Asked Questions