VectorGrid Core – Bare-metal C++ grid orchestration for AI data centers

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GitHub - MaximiH-86/GridPulse_Production_Server: Autonomous low-latency grid remediation and orchestration engine written in C++ to stabilize utility infrastructures supporting high-density AI clusters. · GitHub

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MaximiH-86

GridPulse_Production_Server

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GridPulse_Production_Server.cpp

GridPulse_Production_Server.cpp

GridPulse_Production_Server.slnx

GridPulse_Production_Server.slnx

GridPulse_Production_Server.vcxproj

GridPulse_Production_Server.vcxproj

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HTMLPage1.html

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README.md

README.md

compliance_audit_trail.csv

compliance_audit_trail.csv

gridpulse_live_telemetry.csv

gridpulse_live_telemetry.csv

gridpulse_telemetry_log.csv

gridpulse_telemetry_log.csv

run_visualizer.ps1

run_visualizer.ps1

telemetry_log.csv

telemetry_log.csv

vectorgrid_live_telemetry.csv

vectorgrid_live_telemetry.csv

visualizer.html

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VectorGrid Core v4.0

An autonomous, bare-metal, low-latency grid orchestration and load-remediation engine written in native C++ to stabilize utility infrastructures supporting high-density AI data centers.

⚡ The Architecture Moat

Frontier LLM training clusters create massive, volatile megawatt step-response surges that strain utility substations and cause localized transformer fatigue. VectorGrid Core operates as a software-defined stabilizer directly between incoming compute workloads and physical power infrastructure networks.

⏱️ Performance Benchmarks

Deterministic Loop Budget : Ingestion, safety watchdog constraints, and load-shedding remediation evaluate within a strict 33.00 ms window (under a single standard utility grid sub-cycle)

Bare-Metal Runtime Execution : Compiled natively in C++ (ws2tcpip.h) to completely eliminate heavy hypervisor virtualization and cloud middleware latency jitter

Sovereign Network Gateway : Broadcaster hosts data payload arrays natively over network sockets via Port 8080 with embedded production CORS safety clearance headers

🛰️ Production Data Integration Roadmap

The current repository architecture operates a high-fidelity hardware-simulation engine to safely stress-test control threads under extreme multi-megawatt workload conditions. The production roadmap shifts this core into live infrastructure environments via three integration layers:

NVIDIA NVML Hooks : Bind dynamically to native nvml.dll driver handles (nvmlDeviceGetPowerUsage) to query physical GPU silicon registers in real time

Industrial Sockets : Deploy standard Modbus TCP and BACnet wrappers to ingest telemetry from facility branch circuit breakers and smart PDUs

Utility SCADA APIs : Tap into regional electrical grid telemetry matrices to balance active data center draws against regional grid voltage sags

💻 Local Testing & Setup

To compile and view the live telemetry stream dashboard natively from source:

Open the project solution within Visual Studio

Ensure the compiler properties Target Name is set to VectorGrid_v4_Pristine

Press Ctrl + F5 to initialize the multi-threaded socket backend server

Open a browser window to http://localhost:8080 to view the live dashboard data stream mapping active remediation states

About<br>Autonomous low-latency grid remediation and orchestration engine written in C++ to stabilize utility infrastructures supporting high-density AI clusters.<br>Resources<br>Readme<br>Activity<br>Stars<br>0 stars<br>Watchers<br>0 watching<br>Forks<br>0 forks<br>Report repository

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