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Intelligence Engineering

Sovereign Agent Architectures, Enterprise Infrastructure & Autonomous Workflows

End-to-end consulting for sovereign enterprise AI systems. From private model serving and hybrid knowledge retrieval to standardized tool protocols and stateful multi-agent orchestration.

Scientific Rigor Meets Sovereign AI Systems Engineering

As a Full Professor for Industrial Informatics and Software Engineering with an active track record in building mission-critical platforms, I provide independent, scientifically grounded consulting on enterprise artificial intelligence architectures and autonomous agent systems.

Navigating the modern AI landscape requires moving beyond commercial API wrappers toward dependable, sovereign, and value-generating systems. My Intelligence Engineering consulting practice bridges executive strategy, systems architecture, and operational software engineering across five composable modules:

  1. Model Serving: Designing and deploying on-premise and sovereign cloud inference clusters with vLLM, TensorRT-LLM, LiteLLM Proxy API gateways, and Keycloak SSO/RBAC.
  2. Knowledge Retrieval: Architecting hallucination-resistant retrieval systems combining dense vector search (Qdrant), property knowledge graphs (Neo4j GraphRAG), and continuous agent memory (Mem0).
  3. Tool Integration: Connecting autonomous agent runtimes (Nous Hermes) to enterprise databases, ERPs, and APIs through standardized Model Context Protocol (MCP) servers and deterministic schema validation.
  4. Agentic Orchestration: Engineering stateful, cyclic multi-agent decision logic with LangGraph, featuring dynamic supervisor-worker delegation, consensus arbitration, and fault-tolerant checkpointing.
  5. System Observability: Building ergonomic human-in-the-loop steering interfaces with Generative UI widgets alongside real-time distributed tracing, token budgeting, and automated regression evaluation harnesses.

📦Available Service Modules

Each service module represents a concrete building block that can be booked individually or combined into a comprehensive custom package.

Dr. Georg Hackenberg überwacht vLLM-Inferenzdurchsatz und LiteLLM-Latenzen auf dem Ultrawide-Display im Almtal Arbeitszimmer

Model Serving

High-Throughput Private Inference, API Gateways & Security

Designing and deploying enterprise-grade sovereign AI inference clusters powered by vLLM, unified LiteLLM Proxy routing, spending controls, and Keycloak SSO/RBAC.

⏱️ 2 - 4 Weeks⚡ Engineering Sprints📍 Remote / On-site
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Dr. Georg Hackenberg demonstriert hybride Vektorsuche und Neo4j-Wissensgraphen an der Workstation im Campus Office Wels

Knowledge Retrieval

Dense Vector Search, Neo4j Knowledge Graphs & Memory

Engineering hallucination-resistant retrieval architectures combining dense semantic search (Qdrant), property knowledge graphs (Neo4j GraphRAG), and continuous agent memory (Mem0).

⏱️ 3 - 5 Weeks⚡ Engineering Sprints📍 Remote / On-site
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Dr. Georg Hackenberg konfiguriert MCP-Tool-Schemas und API-Konnektoren am Curved Monitor im Almtal Arbeitszimmer

Tool Integration

Model Context Protocol (MCP), WikiSkills & Enterprise APIs

Connecting autonomous agent runtimes (Nous Hermes) to enterprise databases, ERPs, and cloud APIs through standardized Model Context Protocol (MCP) servers and deterministic schema validation.

⏱️ 3 - 5 Weeks⚡ Engineering Sprints📍 Remote / On-site
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Dr. Georg Hackenberg präsentiert die zyklische Multi-Agenten-Architektur mit Supervisor Router und Human-in-the-Loop-Checkpoints

Agentic Orchestration

Cyclic State Graphs, Dynamic Delegation & Checkpoints

Architecting multi-agent collaboration networks as stateful, cyclic graphs using LangGraph, featuring dynamic supervisor-worker delegation, consensus arbitration, and persistent pause/resume states.

⏱️ 3 - 6 Weeks⚡ Engineering Sprints📍 Remote / On-site
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Dr. Georg Hackenberg analysiert OpenTelemetry-Traces und Token-Verbrauchskurven an seinem Arbeitsplatz am FH OÖ Campus Wels

System Observability

Generative UI Steering, Real-Time Telemetry & Guardrails

Engineering ergonomic front-end steering interfaces with dynamic Generative UI widgets, explicit human-in-the-loop approval gates, distributed tracing, token accounting, and automated regression guardrails.

⏱️ 2 - 5 Weeks⚡ Engineering Sprints📍 Collaborative
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Contact & Booking Inquiry

Send an email request to

georg.hackenberg@fh-wels.at

Typically responding within 2 business days.

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