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MysterionRise/README.md

Chief Technologist · AI Engineering

"Intelligence is nothing without accurate retrieval and secure boundaries."

I lead technical vision for AI Engineering, mentoring principal engineers and architecting systems that handle the Hard Trinity of enterprise AI: Scale, Sovereignty, and Security.

After a decade engineering search infrastructure (Solr/Elasticsearch/OpenSearch) at scale, I now focus on what comes next: RAG architectures that survive adversarial pressure, agents that reason over enterprise data, and AI that runs where the data lives.

I stay sharp through CTF competitions—because the best way to build secure AI is to break it first.


🏛️ The Architecture of Impact

Pillar What It Means How I Deliver
Scale Systems that handle real enterprise load RAG platforms indexing 50M+ documents, sub-second retrieval, 10,000+ users
Sovereignty AI that runs without cloud dependency Air-gapped pipelines, local LLMs, zero-trust architectures
Security Treating LLM safety as adversarial engineering Red-teaming, prompt injection defense, OWASP LLM Top 10

🔬 R&D Lab: ai-search-lab

I formalize my open-source research under @ai-search-lab—a "Product Lab" for hardening experimental technology into reusable enterprise patterns.

Project Capability The Pitch
🏴 ctf-kit Automated Red-Teaming AI-assisted offensive security framework integrating with Claude Code & Copilot for vulnerability detection and exploit synthesis
🧠 adaptive-knowledge-graph Neuro-Symbolic Learning Zero-cloud engine fusing Knowledge Graphs with LLM reasoning via Bayesian Knowledge Tracing—consumer hardware only
🧱 agentbricks-experiments Lakehouse Agents Architectural primitives for LLMs reasoning directly over Unity Catalog volumes—enterprise data as active knowledge
🎙️ whisper-danger-zone Sovereign Audio Air-gapped Whisper + Pyannote pipeline for 100% private speaker-attributed transcription

Coming next: Extending audio pipeline with Qwen TTS/STT for fully local voice interfaces.


🛡️ Engineering Philosophy: Adversarial-First

┌─────────────────────────────────────────────────────────────────┐
│  Standard AI Engineering      │  Adversarial-First Engineering  │
├───────────────────────────────┼─────────────────────────────────┤
│  Build → Deploy → Hope        │  Build → Break → Harden → Deploy│
│  "Works on my prompts"        │  "Survives hostile inputs"      │
│  RAG = embed + retrieve       │  RAG + grounding + hallucination│
│                               │        detection + guardrails   │
│  Trust the model              │  Verify, constrain, observe     │
└───────────────────────────────┴─────────────────────────────────┘

I maintain active CTF practice (2022→present). The "Danger Zone" repos throughout my profile are deliberate: an Applied Research Sandbox where I stress-test bleeding-edge technology before bringing patterns to enterprise.


💼 Engineering Leadership

Technical Direction

  • Define AI architecture strategy across engineering organizations
  • Mentor and develop principal engineers in GenAI best practices
  • Translate OWASP LLM Top 10 defenses into production guardrails and CI/CD pipelines

Enterprise GenAI Platforms

  • Architected centralized RAG ecosystem serving 10,000+ internal users
  • Indexed 50M+ documents across engineering and product knowledge bases
  • Designed "Federated Model Gateway" abstracting providers (Bedrock, Azure, Local) to prevent vendor lock-in and enable dynamic cost optimization
  • Implemented distributed tracing for non-deterministic agent flows

Search at Scale

  • Led hybrid search transformation (lexical → semantic → unified) for major e-commerce platforms
  • Optimized JVM garbage collection and Lucene segment merging for peak traffic, significantly reducing P99 latency

🛠️ Technical Arsenal

Domain Stack
GenAI & LLM Amazon Bedrock · Azure OpenAI · LangGraph · RAG · GraphRAG · Local LLMs (Ollama/Llama.cpp) · OWASP LLM Top 10
Search & Retrieval Elasticsearch · OpenSearch · Solr · Lucene · Vector DBs · Hybrid Search
Engineering Python · Java · AWS · Databricks · Unity Catalog · System Architecture
Adversarial CTF · Red-Teaming · Prompt Injection Defense · Adversarial ML

🎤 Thought Leadership

Recent

  • 🎙️ Panel Host · Innovation Day 2025: AI Made Real (Brussels) — Exploring the intersection of vision, creativity, and technology in AI

Conference Talks

Writing (coming soon)

  • Building AI that survives adversarial pressure
  • GraphRAG vs. naive RAG: when knowledge graphs actually matter
  • Local LLM deployment patterns for enterprise privacy requirements

📊 GitHub Stats


🤝 Connect

Pinned Loading

  1. mavenized-jcuda mavenized-jcuda Public archive

    Mavenized JCuda, please use version available in Maven Central

    Shell 56 24

  2. flavours-of-elastic flavours-of-elastic Public

    Different docker-compose examples and configurations for different distribution of search engines based on Elastic, such as: OpenSearch and ElasticSearch OSS or licensed version

    Python 13 4

  3. tensorflow-metal-experiments tensorflow-metal-experiments Public

    Example of training NN based on Tensorflow Metal using ARM M chips from Apple

    Jupyter Notebook 4

  4. speech-transcription-toolkit speech-transcription-toolkit Public

    Enterprise-grade speech-to-text toolkit with pluggable backends (Whisper, Voxtral). Features speaker diarization, 80%+ test coverage, CI/CD quality gates, and fully offline operation.

    Python 2

  5. ai-engineering-hub ai-engineering-hub Public

    Production-grade AI engineering patterns, examples, and best practices for building LLM-powered applications

    Python 1 1

  6. ctf-kit ctf-kit Public

    🏴 AI-assisted CTF challenge solver toolkit. Integrates with Claude Code, Cursor, and Copilot to help you analyze and solve CTF challenges faster.

    Python 1