Research & Incubation - Mythos Systems Portfolio

Architecture direction; publication detail follows evidence review.

Discovery and source-of-truth population for devices, interfaces, addressing, topology, capabilities, and relationships.

• Python
• NetBox
• pynetbox
• Nornir
• NAPALM
• SSH
• REST APIs
• Inventory normalization
• Confidence scoring
• Topology mapping

Architecture direction; publication detail follows evidence review.

Endpoint assessment and reporting: device inventory, health, configuration, security, and operational findings turned into shareable evidence.

• Rust local collection
• Tauri
• SvelteKit
• System APIs
• Normalized telemetry
• Structured findings
• Export pipelines

Pre-Phase-0 architecture and implementation blueprint.

NetBox-centered network automation and assurance for telecommunications, fiber, OSS/BSS, inventory, operational state, configuration, telemetry, and source-of-truth reconciliation. LABYRINTH continuously compares NetBox intent, observed state, and business-system context; it introduces admission control, blast-radius scoring, maintenance-window enforcement, dry runs, digital twins, canary execution, postchecks, rollback, and immutable evidence before permitting infrastructure changes.

• Rust
• Axum
• Tokio
• Tower
• Python
• pynetbox
• Nornir
• Pydantic
• Ansible/AWX
• NAPALM
• pyATS/Genie
• Batfish
• containerlab
• PostgreSQL
• Redis
• NATS JetStream
• ClickHouse
• Prometheus
• Grafana
• Loki
• OpenTelemetry
• Kubernetes
• Argo CD
• Terraform
• Vault
• S3-compatible storage
• Tauri 2
• SvelteKit
• TypeScript

Architecture direction; not publicly released.

Natural-language infrastructure operations architecture separating a centralized orchestration and governance plane from a local execution engine operating near the managed environment.

• Rust-first execution engine
• Typed APIs
• Web orchestration
• Windows tray or headless agents
• Local credential boundaries
• Infrastructure connectors
• Policy controls
• Result streaming
• Audit evidence

Foundation architecture and product incubation.

Privacy-first, Rust-native browser platform: secure workspaces, profile isolation, extensibility, integrated vault, VPN routing, privacy enforcement, AI assistance, and cryptographic agility.

• Rust
• Tokio
• Tauri 2
• SvelteKit
• TypeScript
• wgpu
• Vello
• GPU shaders
• SVG rendering
• Native WebView adapters
• Future Servo integration
• WireGuard
• Secure storage
• Signed modules
• Browser extensions
• Native messaging

Implementation candidate; static validation completed; native Rust build closure pending.

Standalone Windows-first agent engineering environment turning model reasoning into durable, bounded, inspectable engineering work. No model, IDE, plugin, or provider is authoritative; the Rust daemon synodicd is the sole owner of durable state transitions, with CLI, TUI, IDE, SDK, and PANTHEON integrations as equal protocol clients. SYNODIC owns the deterministic Agent Kernel; Missions and WorkOrders; agent topologies, supervisors, arbiters, and execution cells; multi-provider model routing; context compilation; governed memory and Skill contracts; capability grants, leases, scopes, and budgets; out-of-process execution and extension hosts; verification, evidence, recovery, replay, and emergency Quench; and the CLI, TUI, IDE, SDK, and protocol surfaces. Its mission ledger combines normalized transactional state, an append-only event journal, immutable evidence, and a content-addressed Artifact Vault; replay reconstructs state without repeating external side effects. PANTHEON may create Missions and consume evidence through versioned protocol contracts but cannot bypass SYNODIC authority boundaries.

• Rust 1.97.1
• Edition 2024
• Tokio
• Modular monolith
• SQLite WAL
• Protobuf
• Buf
• JSON Schema
• Windows named pipes
• Optional loopback gRPC
• Windows Job Objects
• Content-addressed artifact storage
• OpenTelemetry-compatible observability
• TypeScript SDK generation