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Architecture Core Foundation

1. Overview & Cluster Quickstart

KRC Labs is a systems research laboratory specializing in deterministic micro-runtimes, high-frequency network packet processing, binary disassembly forensics, and hardware-isolated cryptographic credential vaults.

Cluster Topology

The laboratory operates two isolated virtualized execution nodes connected through a low-latency IPC bus:

  • Node 1 (10.0.1.30): Core engineering runtimes including NetVibe (C++23 Zero-Copy Engine), BinVibe (Binary Disassembler), VulnForge MCP, VibeSide MCP, and WebArcheology MCP.
  • Node 2 (10.0.1.31): Automation & streaming runtimes including RemoteWorker, VidCompact MCP, OmniAudio MCP, OmniBrowse, and OmniControl MCP.
# Inspect live cluster status via interactive terminal > status Cluster: Online (Operational) Runtimes: 10 Deterministic Active Systems Nodes: 2 Isolated Virtualized Instances (Node 1 & Node 2) Security: Windows DPAPI Hardware Enclave Isolated
Kernel & Network Sub-Microsecond Ingestion

2. Zero-Copy Packet Engine Pipeline

Built on modern C++23 standards, the NetVibe engine bypasses operating system socket kernel buffers by mapping DMA network interfaces directly into user-space circular ring buffers.

// C++23 Zero-Copy Ring Ingestion Signature template <size_t RingCapacity> class AlignedPacketRing { public: alignas(64) std::atomic<uint64_t> head_{0}; alignas(64) std::atomic<uint64_t> tail_{0}; std::span<const uint8_t> ingest_zero_copy(const uint8_t* dma_ptr, size_t len) noexcept; };

Key metrics: Zero memory copies between physical NIC DMA and parsing buffers, sub-80ns packet classification, and strict lock-free multi-producer ring structures.

Reverse Engineering MCP Forensics Bridge

3. Binary Forensics & Native Disassembler Integration

BinVibe provides deterministic Model Context Protocol (MCP) bridges connecting headless IDA Pro engines and x64dbg native sessions. Security engineers inspect memory dumps, analyze function call graphs, and synchronize IL patches across remote cluster nodes.

# Inspecting call graph via terminal > list 1. netvibe (C++23 Zero-Copy Packet Engine) 2. binvibe (Binary Forensics Disassembler) 3. vulnforge-mcp (Kernel Exploit Analysis Engine) ...
Hardware Security TPM Enclave Bound

4. Windows DPAPI Hardware Vault Specification

All persistent laboratory state, API keys, and custom theme studio configurations are encrypted using Windows Data Protection API (DPAPI) hardware-bound machine enclaves. No plaintext credentials ever persist on disk or in swap partitions.

DATA_BLOB DataIn; DATA_BLOB DataOut; CryptProtectData(&DataIn, L"KRC_ENCLAVE_KEY", &Entropy, NULL, NULL, CRYPTPROTECT_LOCAL_MACHINE, &DataOut);
CLI Reference Cluster Shell

5. Interactive Terminal Shell Command Reference

The interactive cluster shell provides 5 primary commands for system introspection:

  • help: Displays operational syntax and command options.
  • status: Queries live cluster health, node virtualization state, and hardware security enclave status.
  • nodes: Inspects Node 1 (10.0.1.30) and Node 2 (10.0.1.31) active persona sessions.
  • list: Outputs all 10 maintained core laboratory systems with tech stacks and lead engineer handles.
  • clear: Resets terminal output stream and prints baseline system telemetry.
Deployment Static Architecture

6. GitHub Pages Static Deployment Architecture

The entire showcase, blog, and technical documentation are architected as zero-backend, statically deployable assets optimized for GitHub Pages:

  • .nojekyll Flag: Bypasses Jekyll markdown parsing, ensuring all subdirectories and assets serve without MIME-type corruption.
  • Relative Resource Resolution: Subdirectories (blog/, docs/) reference shared styles and assets using relative paths (../styles/main.css), guaranteeing 100% compatibility across repository subpaths and custom domains.
  • W3C Feed Autodiscovery: Each HTML document advertises 10-language RSS 2.0 XML feeds in the head metadata for standard RSS aggregation.