AEGIS is a high-performance, deterministic microkernel designed for ARMv9-A architectures, specifically leveraging Realm Management Extensions (RME) and SVE2 for secure, isolated, and low-latency execution environments.
- ARMv9 RME Integration: Implements Granule Protection Tables (GPT) for hardware-level memory isolation between Root, Realm, and Non-Secure worlds.
- Deterministic Execution: Targets <1ns jitter using high-frequency system counters and instruction budget auditing.
- Neural-Vector Engine: Native SVE2 implementation of Spiking Neural Networks (SNN) for wire-speed pattern recognition.
- Zero-Copy Networking: XDP-inspired data path with DMA-mapped ring buffers for minimal latency.
- DICE/PSA Attestation: Hardware-backed Root of Trust (RoT) with SHA-384 measurements and ECDSA P-384 signing.
The core operates at EL2 (Virtualization Level), managing memory granules and vector pipelines directly without the overhead of a traditional monolithic kernel. It is designed for high-frequency trading (HFT) and ultra-secure cloud compute.
- Toolchain:
aarch64-none-elf-gcc(v12.0+) - Architecture: ARMv9-A (with RME, SVE2, and LSE2 extensions)
- Environment: Bare-metal or QEMU with RME support.
Sovereign Core License - Research and Production Grade.