The Sovereign Intelligence Network — A distributed operating system for intelligence.
SovereignStack is a protocol stack and runtime that treats intelligence itself as a networked resource. It is to autonomous intelligence what TCP/IP is to data networking.
1970s → ARPANET (packet switching)
1990s → Internet (global connectivity)
2000s → Cloud (elastic compute)
2020s → AI Platforms (model serving)
2030s → Sovereign Intelligence Networks (SovereignStack)
Every SovereignStack object is:
- Identifiable — has a unique URI
- Addressable — resolvable across the network
- Discoverable — findable via capability/semantic search
- Verifiable — cryptographically signed, with provenance
- Portable — movable across nodes and jurisdictions
- Federatable — shareable across sovereign boundaries
- Auditable — full history and reasoning trail
agent://researcher-1 # Agent identity
session://abc123 # Session
artifact://def456 # Produced artifact
memory://xyz789 # Memory object
reason://decision-42 # Reasoning chain
knowledge://physics/newton # Knowledge object
capability://legal-review # Skill/capability
workflow://contract-analysis # Workflow definition
contract://task-88 # Agent contract
org://acme # Organization
robot://drone-12 # Physical device
policy://gdpr-eu # Governance policy
tel://zcube-a/evt-001 # Telemetry event (RFC-0033)
kv://zcube-a/gpu-003/session-a # KV cache object (RFC-0034)
gateway://eu-frankfurt # Federation gateway (RFC-0035)
mem://zcube-a/gpu-003/hbm # Memory pool (RFC-0036)
profile://zcube-standard-v1 # Cluster profile (RFC-0037)
ss-kernel
├── Identity (UAI, SIG, trust, reputation)
├── Capabilities (registry, discovery, routing)
├── Messaging (event bus, streams)
├── Memory (tiered: session → civilizational)
├── Scheduling (compute placement, model selection)
├── Federation (sovereign routing, replication)
├── Governance (policies, jurisdiction, compliance)
└── Provenance (lineage, evidence, audit)
Alongside the core Rust primitives, SovereignStack implements a suite of Python-based microservices providing production-ready infrastructure:
- OASA API Gateway: Secure, OpenAI-compatible entry point enforcing Data Loss Prevention (DLP), Strict Compliance Locking, and SPIFFE workload identity validation.
- Federation Relay & Sync Engine: Decentralized node synchronization utilizing advanced Conflict-Free Replicated Data Types (CRDTs) to ensure eventual consistency across sovereign boundaries.
- Merkle Audit Log: Cryptographically verifiable, append-only event stream providing a tamper-proof provenance trail for all system operations.
- Predictive Scheduler: Autonomous operational controller employing exponential smoothing models to predict compute load and proactively scale resources.
- Weight Federation: Secure registration and sharding of model weights across distributed nodes for collaborative inference.
SovereignStack/
├── ss-kernel/ # Core kernel (identity, resolver, eventbus, registry, capability, policy)
├── ss-core/ # Shared types, URI parsing, errors
├── ss-crypto/ # Ed25519 signing, hashing
├── ss-identity/ # Universal Agent Identity
├── ss-capability/ # Capability declaration & matching
├── ss-eventbus/ # Event sourcing infrastructure
├── ss-cas/ # Content-addressed storage
├── ss-federation/ # Sovereign routing & discovery
├── ss-runtime/ # Multi-model execution runtime
├── ss-memory/ # Tiered memory subsystem (Planned)
├── ss-sessiond/ # Session lifecycle daemon
├── ss-scheduler/ # Compute placement (Planned)
├── ss-swarm/ # Multi-agent coordination (Planned)
├── ss-reason/ # Reasoning object store (Planned)
├── ss-kas/ # Knowledge addressing system (Planned)
├── ss-sig/ # Sovereign identity graph (Planned)
├── ss-trust/ # Trust framework (Planned)
├── ss-reputation/ # Reputation scoring (Planned)
├── ss-policy/ # Governance & jurisdiction (Planned)
├── ss-provenance/ # Computational lineage (Planned)
├── ss-twin/ # Digital twin framework
├── ss-device/ # Reality interface layer (Planned)
├── ss-economy/ # Resource markets (Planned)
├── ss-sip/ # Sovereign Intelligence Protocol (Planned)
├── reference-node/ # Minimal reference node binary
├── conformance/ # Conformance test suites & profiles
├── rfcs/ # Protocol specifications (RFC-0001–0010)
├── docs/
│ ├── architecture/ # 10-page architecture breakdown
│ └── architecture/diagrams/ # SVG architecture diagrams
├── tests/ # Conformance test suite
├── examples/ # Reference implementations
└── playground/ # Try-it-now deployment
SovereignStack is governed by a formal standards framework:
| Document | Description |
|---|---|
| STANDARDS.md | Root standards framework — 6 layers |
| OBJECT_MODEL.md | Universal object model with cryptographic signatures |
| URI_STANDARD.md | URI scheme registry & resolution rules |
| TRUST_MODEL.md | Capability-based zero-trust security |
| SECURITY.md | Threat model & incident response |
| CONFORMANCE.md | 3-tier certification program & badges |
| CERTIFICATION.md | Badge levels, colors, shapes, materials |
| PROTOCOL_REGISTRY.md | 7 protocols with lifecycle management |
| REFERENCE_IMPLEMENTATIONS.md | 13 core subsystems + 3 language bindings |
| ROADMAP-2035.md | 10-year vision through Sovereign Intelligence Internet |
| RFC | Title | Status |
|---|---|---|
| RFC-0001 | Sovereign Object Model | Draft |
| RFC-0002 | URI Standard + ABNF Grammar | Draft |
| RFC-0003 | Trust Graph | Draft |
| RFC-0004 | Capability Registry | Draft |
| RFC-0005 | Knowledge Objects | Draft |
| RFC-0006 | Reasoning Objects | Draft |
| RFC-0007 | Event Bus | Draft |
| RFC-0008 | Federation Routing | Draft |
| RFC-0009 | Session Lifecycle | Draft |
| RFC-0010 | Conformance Framework | Draft |
| RFC-0030 | Network Topology Awareness | Draft |
| RFC-0031 | KV Locality Scheduling | Draft |
| RFC-0032 | AI Fabric Protocol | Draft |
- Rust 1.75+
- Git
cargo build --workspacecargo test --workspaceApache-2.0 OR MIT (dual-licensed)