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The Sovereign Directive
Welcome to the Peridot Wiki. Peridot is not an "app"; it is a sovereign runtime designed to reclaim user autonomy from centralized AI surveillance infrastructure.
Absolute Privacy: Air-gapped by design. No cloud, no telemetry.
User Sovereignty: You control the logic, the model, and the hardware.
Altruistic Compute: Idle cycles contribute to medical research via the Aether-Route handoff.
Engineered by uncoalesced
Peridot utilizes a unique hardware-software handoff protocol named Aether-Route. It treats the host machine as a tiered processing plant, coordinating between the Ryzen 7 250 AI (NPU/CPU) and the NVIDIA RTX 5050 (Blackwell CUDA).
Semantic Triage: Every query is first intercepted by the Ryzen 7 250 AI. It performs a similarity search against the local vector cache. Matches are served in <40ms, completely bypassing the GPU.
Resource Arbitration: If generation is required, a hardware interrupt is sent to the Medical Research Module.
VRAM Hot-Swap: The Folding@Home buffer is purged via raw WebSocket command. ARPM telemetry confirms this handoff completes in a median of 516.01ms.
Hardware-Native Generation: The RTX 5050 claims the VRAM and generates tokens at a sustained ~43.5 t/s.
State Resumption: Upon response delivery, context buffers are flushed (0.00MB memory growth) and medical research resumes.
The ARPM is the internal telemetry suite used to benchmark system readiness.
Validated on Ryzen 7 250 AI / RTX 5050 / 16GB RAM.
Metric | Result | Grade -- | -- | -- Handoff Latency | 516.01ms | A (Elite) Cache Throughput | 12,262.35 t/s | A (Elite) Native Throughput | 43.49 t/s | B (Standard) Memory Stability | +0.00MB Growth | A (Immutable)Elite (9-10/10): RTX 50-series (Blackwell) or 4090. Handoff < 600ms.
High Performance (7-8/10): RTX 3060/4050. 8GB VRAM.
Standard (5-6/10): 6GB VRAM. Heavy quantization required.
Peridot implements a multi-layered security perimeter to prevent "Prompt Injection" and "Path Traversal" attacks common in cloud-based LLMs.
API keys are generated cryptographically in RAM at boot. No keys are ever written to disk. If the process is terminated, the access credentials cease to exist (CWE-312 mitigation).
The constitution.json file acts as the kernel's logic-gate. It is the only place where permissions (file read/write, web fetch) are defined.
Safe-Mode Fallback: If the file is missing or corrupted, the system defaults to
allow_all: false.
Every action, permission request, and response is logged with a SHA-256 session hash. This ensures that even if a local process attempts to hijack the kernel, the audit trail remains immutable.
Peridot integrates with Folding@Home to ensure your hardware is never truly "idle."
Cancer Research: Simulating protein dynamics to find new drug binding sites.
Alzheimer's: Modeling protein misfolding.
Seamless Transition: The Aether-Route protocol ensures that contributing to research never slows down your personal AI experience.
research enable: Opt-in to medical research contribution.research status: Real-time VRAM allocation and folding points telemetry.
POST /ask: Primary inference endpoint. Requires RAM-only token.GET /health: System heartbeat and hardware thermal check.POST /research/disable: Immediate VRAM purge command.
launcher.py: The master process manager.setup.py: The hardware-aware dependency injector.run_all_benchmarks.py: The master ARPM suite runner.
v1.3 (Current): RAG implementation with FAISS and high-density local embeddings.
v1.4 (Active Development): Performance optimization for 16GB RAM environments and Blackwell-specific tensor routing.
v1.5: Native Linux Kernel support (Debian/Ubuntu).
v2.0: Decoupled React WebUI with bi-directional WebSocket streaming.
Engineered by uncoalesced