⚡ HARDWARE EXECUTION ENCLAVES & SILICON ATTESTATION

Silicon Topology & Memory Bus Encryption

Hardware enclaves (Intel TDX / AMD SEV-SNP), Multi-Key Total Memory Encryption (MKTME), and on-die RTMR register measurement create a physical boundary that host administrators cannot breach.

In standard servers, root administrators and hypervisor operators can dump RAM, read model weights, and siphon cryptographic keys. Edge Blue executes workloads inside encrypted silicon memory zones where external memory probing yields only encrypted AES ciphertext.

HARDWARE EXECUTION MATRIX

Interactive Silicon & Memory Bus Visualizer

● RUNTIME: NORMAL NPU INFERENCE

SIMULATION: SoC DIE ──► ENCRYPTED MEMORY INTERCONNECT

RTMR0 // Firmware LOCKED

0x8a92...b412 (TDVF Bootloader)

Cryptographically anchors virtual BIOS and UEFI security parameters.

RTMR1 // Kernel LOCKED

0xc710...9e55 (Isolated VMM)

Measures the hardened Linux guest kernel and initial ramdisk image.

RTMR2 // OS Config VERIFIED

0x3f22...1a88 (Systemd Policy)

Locks down system configuration and driver runtime execution states.

RTMR3 // AI Model & Weights ACTIVE SEAL

0x7a8b...f4a1 (NPU Model Hash)

Extended dynamically upon loading neural tensor weights. Authenticates model integrity.

HARDWARE SILICON PARTNERS

Supported Silicon & Memory Ecosystem

Edge Blue integrates directly with verified hardware silicon primitives across major semiconductor leaders:

Intel Corporation

Intel Trust Domain Extensions (TDX) • Lunar Lake NPU 4.0 (48 TOPS) • Multi-Key Total Memory Encryption (MKTME).

Advanced Micro Devices (AMD)

AMD SEV-SNP hardware enclaves • Ryzen AI 300 XDNA 2 (50–55 TOPS) • Transparent Secure Memory Encryption (TSME).

Qualcomm Technologies

Snapdragon X Elite Hexagon NPU (45 TOPS) • On-die micro-NPUs for continuous low-power background wake tasks.

Apple Inc.

Apple Silicon M4 / M4 Max 16-Core Neural Engine (38 TOPS) • Unified Memory Architecture (UMA) delivering up to 546 GB/s bandwidth.