PRIVACY AND SOVEREIGNTY
Privacy, Sovereignty & Secure Computing
Sovereignty by architecture - control where data lives, which intelligence sees it, and what is allowed to leave.
Design systems where storage, identity, processing location, model provider, retention, and disclosure are deliberate architectural choices - not afterthoughts or marketing themes.
This is an engineering domain describing how Mythos Systems approaches privacy and sovereignty - not a universal compliance or zero-telemetry guarantee.
Intent
What this solution is for
Approaches for local-first processing, identity sovereignty, secrets management, mesh connectivity, and post-quantum readiness - with honest limitation language for every product boundary.
Technology Horizon
Editorial indicators
Verified 2026-07-17. Not a product rating or readiness score.
Technology Horizon scores are Mythos Systems editorial indicators reflecting current market maturity, emerging technical dependencies, integration difficulty, and architectural differentiation. They are not third-party benchmarks or product-readiness certifications.
Problem landscape
Where operating models break down
- Products claim privacy without defining data placement, retention, or model-provider boundaries.
- Identity and secrets management are bolted on rather than architected into execution paths.
- Mesh VPN and remote access choices trade convenience against sovereignty without explicit analysis.
- Hosted model usage often lacks transparent provider disclosure and user-controlled sync.
- Post-quantum cryptography readiness is deferred without inventory of cryptographic dependencies.
- Telemetry defaults are unclear and differ across products in the same portfolio.
- Export and deletion capabilities vary without consistent user-facing policy.
- Compliance language is used without mapping to actual architectural controls.
What Mythos changes
Architectural shift
- Processing location - local, browser-local, hosted, hybrid - is selected deliberately per workload sensitivity.
- Identity and secrets boundaries are designed into authorization paths, not added as plugins.
- Retention, export, and deletion policies are defined per product with honest scope limits.
- Mesh connectivity options include self-hosted control-plane candidates for sovereign deployments.
- Cryptographic dependency inventory supports post-quantum migration planning.
Operating model
Target lifecycle
A proposed control loop for this domain - not a claim that every step is shipped.
- CLASSIFY SENSITIVITY
- SELECT PROCESSING BOUNDARY
- ESTABLISH IDENTITY
- CONTROL SECRETS
- AUTHORIZE ACCESS
- PROCESS
- RETAIN OR DISCARD
- AUDIT
- EXPORT OR DELETE
- RECORD
CLASSIFY SENSITIVITY → SELECT PROCESSING BOUNDARY → ESTABLISH IDENTITY → CONTROL SECRETS → AUTHORIZE ACCESS → PROCESS → RETAIN OR DISCARD → AUDIT → EXPORT OR DELETE → RECORD
Capability architecture
Capability pillars
Expand a pillar for purpose, functions, and boundaries.
Data Placement & Processing Details
Control where data is stored and which systems process it.
Includes
- Local-first and on-device processing patterns
- Browser-local inference with explicit consent boundaries
- Hosted processing with provider disclosure and sync controls
- Data minimization and purpose-limitation design
Boundaries
- Does not mean every Mythos product is fully local or offline-capable
Identity & Access Sovereignty Details
Design identity boundaries that support self-hosted and federated control.
Includes
- Self-hosted identity provider integration candidates
- Federation and multi-tenant access patterns
- Policy-based authorization aligned to identity context
- Zero-trust boundary evaluation for remote access
Secrets & Cryptography Details
Manage secrets lifecycle and plan cryptographic agility including PQC readiness.
Includes
- Open-source secrets management integration candidates
- Cryptographic dependency inventory
- Post-quantum migration planning references
- Key rotation and access-policy design
Connectivity Sovereignty Details
Provide mesh and remote-access options with self-hosted control-plane candidates.
Includes
- Self-hosted mesh VPN control server patterns
- Identity-aware connectivity with segmented access
- Hybrid connectivity between local and remote resources
- Network boundary documentation for review
Retention, Consent & Disclosure Details
Define what is retained, what requires consent, and what is disclosed to third parties.
Includes
- Per-product retention policy definitions
- Explicit consent flows for optional intelligence features
- Third-party provider disclosure in user-facing language
- Export and deletion capability specifications
Privacy Governance Details
Align architectural choices to recognized privacy and risk frameworks.
Includes
- NIST Privacy Framework mapping candidates
- Privacy impact assessment templates
- Cross-product telemetry and data-flow documentation
- Honest limitation statements for public communication
Solution ecosystem map
Systems, standards, and references
Browse Mythos systems, protocols, open-source candidates, and market references for this solution. Named external tools are references or integration candidates unless a stronger relationship is labeled.
Canonical ecosystem for this solution. Mythos products are classified as Mythos systems — never as external dependencies. Protocols and market tools are references or candidates unless a stronger relationship is labeled.
- Total records
- 22
- Mythos systems
- 4
- Protocols & standards
- 1
- Open-source references
- 0
- Candidate integrations
- 14
- Verified / documented deps
- 0
- Research & lineage
- 3
Use the tabs above to browse categories, or search and filter the full map.
22 results
Data & Storage 4
- Audit Records Candidate
Actor, action, and outcome audit trails.
Architecture reference
- Object Storage Candidate
Snapshots, evidence bundles, and large artifacts.
Architecture reference
- PostgreSQL(opens in new tab) Candidate
Shared relational state for enterprise control planes.
Architecture reference
- SQLite Candidate
Local-first desktop and single-operator persistence.
Architecture reference
Mythos Systems 4
- AEGIS Mythos Subsystem
Policy, trust, approvals, and capability grants for consequential actions.
Architecture reference
- AEON Mythos System
Private life operating system - privacy-first household and personal coordination.
Architecture reference
- PANTHEON Mythos System
Natural-language AI engineering and governed automation platform.
Architecture reference
- PROTEUS Mythos Subsystem
Hardware-aware model routing and local/cloud model integrations.
Architecture reference
Protocols & Standards 1
- NIST AI RMF(opens in new tab) Market Reference
Risk management framework for AI systems.
Architecture reference
Research & Lineage 2
Runtimes & Interfaces 8
- Desktop Application Candidate
Local-first desktop operator surfaces.
Architecture reference
- Rust Candidate
Systems language for Mythos desktop and service cores.
Architecture reference
- Svelte Candidate
Component UI runtime.
Architecture reference
- SvelteKit Candidate
Application framework for Mythos web and desktop UIs.
Architecture reference
- Tauri 2 Candidate
Desktop application shell for local-first products.
Architecture reference
- Web Control Plane Research
Optional enterprise browser console profile.
Architecture reference
- Web Workers Candidate
Off-main-thread work for local inference and parsing.
Architecture reference
- WebLLM Candidate
Browser-local inference for constrained assistants.
Architecture reference
Security & Identity 3
- Cedar(opens in new tab) Candidate
Policy-as-code engine direction for capability grants.
Architecture reference
- Keycloak(opens in new tab) Candidate
Candidate identity and access integration.
Architecture reference
- OpenBao(opens in new tab) Candidate
Candidate secrets and credential boundary.
Architecture reference
Use cases
By environment
Privacy-sensitive engineering
- Select local or browser-local models for sensitive code and infrastructure context
- Document data flows and provider boundaries for security review
Self-hosted identity deployments
- Design identity federation with self-hosted Keycloak or ZITADEL candidates
- Align authorization policies to segmented access requirements
Sovereign connectivity
- Evaluate self-hosted mesh VPN control with Headscale candidates
- Document network boundaries for hybrid local and remote access
Cryptographic agility
- Inventory cryptographic dependencies for post-quantum migration planning
- Design secrets rotation with OpenBao integration candidates
Private-life intelligence
- Apply AEON conservative intelligence patterns to personal data workloads
- Define retention, export, and deletion boundaries per feature scope
Deliverables
Potential outcomes
Artifacts an engagement or future platform workflow could produce.
- Data placement and processing boundary specifications
- Identity and secrets integration architecture candidates
- Retention, consent, and disclosure policy drafts per product
- Mesh connectivity design with sovereignty analysis
- Cryptographic dependency inventory and PQC migration plan candidates
- Privacy impact assessment templates aligned to NIST Privacy Framework
- Cross-product telemetry and data-flow documentation
- Honest limitation statements for public product communication
Controls & boundaries
What this does not mean
- Does not mean every Mythos product is fully local, zero telemetry, or offline-capable
- Does not mean compliance with every privacy or security framework
- Does not mean partnership with Proton, Tailscale, or any market reference vendor
- Does not mean post-quantum cryptography is fully implemented across all products
- Does not mean self-hosted identity eliminates all third-party dependencies
- Does not mean privacy architecture replaces legal, policy, and organizational controls
Resources
Related library material
Mythos architectural principles for security, identity, and data sovereignty.
Private-life operating system with conservative intelligence boundaries.
Structured comparisons of privacy, identity, and connectivity approaches.
Original Mythos standards for privacy and sovereignty evaluation methodology.