All Systems - Mythos Systems Portfolio

Active technical evaluation; not publicly released.

Local-first Palo Alto network and security operations platform: discovery, diagnostics, policy analysis, telemetry, lifecycle management, configuration hygiene, change planning, validation, and operational evidence.

• Rust 2021
• Tokio
• Tauri 2
• Svelte 5
• SvelteKit
• TypeScript
• Tailwind
• SQLite
• reqwest
• russh
• PAN-OS XML APIs
• Strata Cloud Manager APIs
• AES-256-GCM
• Argon2

Active technical evaluation; not publicly released.

Cisco operations and assurance: controller-based discovery, switch and interface health, topology, configuration compliance, direct-device access, remediation planning, validation, and evidence.

• Rust
• Tauri 2
• Svelte 5
• SvelteKit
• TypeScript
• Vite
• Tailwind
• SQLite
• reqwest
• russh
• Cisco Catalyst Center APIs
• RESTCONF
• NETCONF
• NX-API
• SSH
• Serial-terminal integrations

Active development; not publicly released.

Aruba automation and assurance unifying HPE Aruba Central, AOS-CX, wireless, ClearPass, EdgeConnect, UXI, and fabric environments.

• Rust 2024
• Tokio
• Tauri 2
• Svelte 5
• SvelteKit
• Strict TypeScript
• SQLite
• PostgreSQL planning
• REST APIs
• gNMI
• SSH
• Typed IPC
• WebGPU topology visualization
• Secure credential abstractions

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

Active development; architecture specified; not publicly released.

Governed engineering and automation environment bringing software engineering, infrastructure, networks, cybersecurity, models, agents, terminals, browsers, tools, memory, observability, evidence, and technical knowledge into one coherent platform.

• Rust
• Tokio
• Tauri 2
• Svelte 5
• SvelteKit
• TypeScript
• Python
• SQLite
• PostgreSQL
• MCP
• Tree-sitter
• Monaco
• xterm.js
• OpenTelemetry
• Prometheus
• Grafana
• Local and hosted model providers
• Cryptographically protected evidence

Active private development; not publicly released.

Private life and household operating system: authoritative records, shared groups, role-based access, tasks, documents, finance, wellbeing, vehicles, pets, timelines, and bounded AI assistance.

• Svelte 5
• SvelteKit
• TypeScript
• PWA
• Rust
• Axum
• Tokio
• SQLx
• SQLite
• Future PostgreSQL
• Web Workers
• WebSockets/SSE
• Encrypted attachments
• Passkeys
• Optional browser-local inference

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

Active development; public packaging under review.

Multi-asset financial intelligence and quantitative research platform: equities, crypto, options, filings, simulation, paper trading, risk analysis, and controlled execution.

• Rust
• Tauri 2
• Svelte 5
• SvelteKit
• TypeScript
• WebGPU
• wgpu
• PostgreSQL
• ClickHouse
• DuckDB
• Apache Arrow
• Parquet
• CoinGecko
• Unusual Whales
• SEC EDGAR data
• CFTC data
• Provider gateways
• Isolated execution boundaries

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

Active program with published and developing standards.

Applied AI research, engineering, benchmarking, and assurance program, not a single application. MYTHOS AI defines how models, agent frameworks, retrieval systems, memory, coding agents, automation systems, multimodal interfaces, fine-tuning, synthetic data, and model architectures are selected, evaluated, secured, governed, and continuously validated.

• Python evaluation harnesses
• Rust/TypeScript reference systems
• Local and hosted inference runtimes
• Retrieval and vector systems
• MCP
• Structured JSON/CSV registries
• Searchable indexes
• Benchmark suites
• Adversarial testing
• Model cards
• Signed evidence
• Continuous evaluation
• Versioned engineering standards

Standing architecture applied across platforms; not a standalone product.

Consistent engineering architecture across platforms: durable missions, model-independent agents, typed tool contracts, deterministic execution, human approval, state reconciliation, simulation, observability, verification, evidence, memory, and rollback.

• Rust
• Tokio
• Axum
• Tauri
• SvelteKit
• TypeScript
• Python
• SQLite
• PostgreSQL
• MCP
• OpenTelemetry
• Prometheus
• Grafana
• GitOps
• CI/CD
• Policy engines
• Secure credential brokers
• Local or hosted model runtimes

Active development; architecture specified; not publicly released.

Flagship engineering platform: a natural-language-driven environment for software engineering, network engineering, cybersecurity, infrastructure, automation, model orchestration, testing, observability, and controlled operations. PANTHEON converts human intent into typed, reviewable plans; models and agents interpret, research, decompose, and propose work while deterministic tools perform approved actions under policy, permission, simulation, validation, and evidence controls. Organized around mission control and approval; an engineering workspace; model, provider, and capability routing; agent and mission orchestration; digital twins; security policy, identity, and secrets; simulation, testing, and evaluation; knowledge, retrieval, and persistent memory; terminals, browser automation, observability, and evidence; and extensions, MCP servers, connectors, and Blueprints.

• Rust
• Tokio
• Tauri 2
• Svelte 5
• SvelteKit
• TypeScript
• Python
• SQLite
• PostgreSQL
• Tree-sitter
• Monaco
• xterm.js
• MCP
• OpenTelemetry
• Prometheus
• Grafana
• Local model runtimes
• Hosted providers
• Encrypted secrets
• Append-only evidence
• Windows-native execution controls

• Mission control and approval
• Engineering workspace and development tools
• Models, providers, and capability routing

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

Pre-Phase-0 architecture and implementation blueprint.

NetBox-centered platform for telecommunications, fiber, and enterprise networking where intended state (NetBox), observed state (devices and controllers), and business context (OSS/BSS) are continuously reconciled. LABYRINTH provides event ingestion; continuous intent-vs-reality reconciliation; streaming telemetry and historical state; configuration rendering, diffing, and compliance; blast-radius and dependency analysis; digital-twin simulation; maintenance-window and approval enforcement; canary deployment and progressive trust; idempotent automation; post-change verification; automatic rollback; GitOps deployment; and immutable operational evidence. Services include an event gateway, admission controller, diff and simulation engine, reconciliation engine, orchestration control plane, telemetry collector, web operations console, desktop companion, and static engineering CLI.

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

Foundation architecture and product incubation.

Rust-first, desktop-first browser platform designed as a secure operating environment for modern web work. CALLISTO separates identity profiles, workspaces, signed capability modules, themes, and rendering-engine adapters; workspaces preserve tabs, bookmarks, notes, downloads, permissions, privacy settings, AI context, and vault relationships as durable operational environments. Five distinguishing capabilities: a premium GPU-accelerated desktop interface; structured persistent workspaces; privacy enforcement by default; native VPN and a secure credential vault; and integrated AI assistance (Ask Callisto). Privacy covers HTTPS-first behavior, tracker blocking, URL cleaning, cookie isolation, fingerprint protection, DNS privacy, per-workspace policies, site permissions, and configurable privacy profiles. Extensions combine signed native modules with Chrome, Firefox, and Edge companion extensions over a protected native-messaging bridge.

• Rust
• Tokio
• Tauri 2
• SvelteKit
• TypeScript
• wgpu
• Vello
• SVG-first rendering
• GPU shaders
• Native system WebViews
• Future Servo adapters
• WireGuard
• Secure local storage
• Hardware-backed keys
• Signed updates
• Cryptographic agility
• Post-quantum research
• Browser extensions
• Native messaging

Active program with published and developing standards.

Not a single chatbot or application: MYTHOS AI is the applied intelligence program defining how Mythos Systems researches, evaluates, secures, governs, and implements AI. Coverage includes agentic frameworks and multi-agent runtimes; model selection, deployment, and lifecycle governance; natural-language and LLM evaluation; AI software engineering and code generation; AI-assisted automation and IaC; alignment, adversarial testing, and sycophancy; context engineering and temporal memory; multimodal voice, vision, and conversational systems; fine-tuning, RLEF, and synthetic-data governance; AI avatars, persona, identity, and provenance; mixture-of-experts and state-space architectures; tool authorization, MCP, retrieval, memory, and evidence; and local-first, air-gapped, data-sovereign inference. Model output is treated as proposal and analytical input, never authoritative system state; correctness is established through typed contracts, deterministic validation, testing, security review, execution evidence, and continuous evaluation.

• Python evaluation and benchmark harnesses
• Rust/TypeScript reference implementations
• Tauri
• Local and hosted model runtimes
• MCP
• Retrieval and vector systems
• Structured JSON/CSV registries
• Searchable indexes
• Benchmark suites
• Adversarial test corpora
• RAG and citation evaluation
• Model cards
• Signed artifacts
• Provenance systems
• OpenTelemetry-compatible observability
• Version-controlled engineering standards