Independent Technology Initiative • Engineering & R&D

Intelligent Automation for Modern Infrastructure.

We build practical software at the intersection of AI, network engineering, and infrastructure automation.

haditech-aiops://diagnostic-session/spine-01
Telemetry Stream Active
FABRIC LAYER: DC-EAST-POD-01 (Spine-Leaf Architecture)
spine-01.pod1spine-02.pod1HadiTech AI OpsCorrelation Engineleaf-01.torleaf-02.torleaf-03.tor
Live Assessment: Fabric Spine-01 link flap detected. Correlating 4 downstream interfaces.
Human-in-the-Loop Guardrail
Latency: 14ms • Deterministic Schema

Core Engineering Competencies

Focus Areas

Exploring principled architectures to reduce operational friction in complex systems.

AI & Intelligent Automation

Applying specialized reasoning models to simplify technical workflows, parse unstructured logs, and structure complex operational context.

Network Automation

Programmatic workflows for network device configuration, state validation, BGP peer verification, and automated drift auditing.

Infrastructure Engineering

Reliable software architectures, container platforms, and data center tooling tailored for high-availability enterprise environments.

Observability & Operations

Harnessing telemetry streams, syslog feeds, and time-series metrics to power proactive diagnostics and accelerate incident response.

Status: Prototype in development

HadiTech AI Ops

“An AI-assisted platform concept for infrastructure troubleshooting, log telemetry analysis, and operational intelligence.”

Deterministic telemetry ingestion and BGP state correlation
AI diagnostic briefs strictly anchored in verified syslog records
Human-gated recommendations; zero autonomous execution
Designed for on-premises or air-gapped deployment

Practical AI-Assisted Engineering

How We Build

A disciplined four-step operational loop that anchors machine reasoning directly into physical state realities.

01 / STEP

Observe

Capture ground-truth telemetry, syslog records, link transitions, and time-series performance data without proprietary lock-in.

02 / STEP

Analyze

Apply constrained models to correlate events across multiple network nodes and produce structured root-cause hypotheses.

03 / STEP

Validate

Require explicit human confirmation, automated policy checks, and pre-flight safety assertions before taking action.

04 / STEP

Improve

Feed resolution outcomes back into local diagnostic baselines to refine detection fidelity and eliminate repetitive toil.

Foundation of Trust

Engineering Principles

The values guiding every architectural decision and software component we write.

Security by Design

Secrets never leak to client applications. Read-only by default, least-privilege service accounts, and local-first data processing.

Human-Controlled Automation

AI should assist and explain, not act autonomously on critical network backbones. Final execution authority always remains with engineers.

Transparent & Explainable

Every hypothesis must cite its telemetry evidence. No opaque black boxes or ungrounded generative summaries.

Practical Engineering

We prioritize software that solves real infrastructure pain over trendy tech stacks. Measurable utility is our primary criterion.

Responsible AI Integration

Strict context boundaries, sanitized telemetry schemas, and zero unverified hallucinated commands in operational environments.

Auditable Integrity

Immutable logs for all queries, model invocations, and operator actions ensure complete compliance and post-incident review capability.

Transparency & Progress

Development Updates

Genuine R&D milestones only
Architecture

HadiTech Architecture Baseline & Open Specification

October 2026

Published the initial platform architecture document detailing the separation between Next.js operator client and FastAPI telemetry service.

Standardized our core service boundary: Next.js App Router for zero-latency operator UI, decoupled FastAPI backend for telemetry ingestion pipelines, and strict PostgreSQL relational storage for audit logs.

Prototype

AI Ops Telemetry Parser & Diagnostic State Prototype

September 2026

Prototyped rule-constrained log summarization module targeting BGP flap and interface error diagnostics.

Focused on reducing hallucination by anchoring AI model context directly to structured syslog records and interface metrics rather than open-ended text completion.

Research

Initiative Foundation & Technical Scope Definition

August 2026

Established HadiTech as an independent engineering initiative focused on AI-assisted infrastructure operations.

Formulated the four core focus areas: AI & Intelligent Automation, Network Automation, Infrastructure Engineering, and Observability & Operations.

Let’s Build Better Infrastructure Software.

Interested in discussing infrastructure automation, AI diagnostic workflows, or early prototype validation? We welcome technical dialogue and research collaboration.