Sovereign agent runtime written in native Rust with Mojo 1.1 SIMD acceleration kernels and local Modular MAX inference on NVIDIA Grace Blackwell GB10 hardware.
+-----------------------------+
| Hardware TPM Key Vault |
| (Zero Disk Secrets) |
+--------------+--------------+
|
+---------------------------+ +--------------v--------------+ +-----------------------------+
| Axum Control Plane | | Heartbeat Engine | | Modular MAX |
| - Port 18096 | <-> | - 30s Autonomous Tick | <-> | - Port 18006 |
| - WebSockets & SSE | | - State Machine | | - GB10 Local Weights |
| - Sub-millisecond TTFT | | - Task Evaluation | | - TTFT < 50ms |
+---------------------------+ +--------------+--------------+ +-----------------------------+
|
+--------------v--------------+
| Mojo 1.1 SIMD Bridge |
| - Vector Cosine & Entropy |
| - SQLite WAL Persistence |
+-----------------------------+
-
Axum Control Plane: Full duplex WebSockets, Server-Sent Events (SSE), and REST APIs bound to port 18096.
-
Heartbeat Engine: Autonomous polling loop waking every 30 seconds to inspect system state, dispatch background tasks, and sync memory.
-
Local Modular MAX Inference: Direct local loopback connection to Modular MAX on port 18006 (
atlas-lightning-omni). -
Mojo 1.1 SIMD Kernels: Vector cosine similarity, Shannon entropy, and linear projection using Mojo SIMD vector primitives via C-ABI FFI (
libloading). -
Hardware TPM Vault: Zero plaintext secrets on disk. In-memory secret resolution via
atlas-vaultwith automatic stream redaction ([REDACTED_BY_ATLAS_VAULT]). -
SQLite Persistence: Embedded SQLite store running in Write-Ahead-Logging (WAL) mode for transactional task and message durability.
- Rust 1.80+ (
cargo) - Modular MAX & Mojo 1.1
- Linux aarch64 (Grace Blackwell GB10) or x86_64
cargo build --release./target/release/aegis serve --bind 0.0.0.0:18096# Execute a single autonomous tick
aegis tick
# Query local MAX directly
aegis ask "Analyze system health and pending tasks"
# Check engine status
aegis status
# Run SIMD kernel benchmark and mathematical verification
aegis sim-mojoAll SIMD mathematical kernels are formally checked against standard Python implementations:
python3 tests/verify_simd_math.py
cargo test --lib mojo_bridgeLicensed under the Sovereign Resource Commons License 1.0 (SRCL-1.0) (Apache-2.0 WITH LLVM-exception). See LICENSE for terms.