Copenhagen AI
CPH.AI
Approach
Capabilities
Insights
Research Institute
Copenhagen AI
COPENHAGEN AI
ENGINEERING EXCELLENCECREATIVE RENAISSANCEHYPER OPTIMIZATION

We function as the strategic bridge between sovereign infrastructure and autonomous intelligence. Bridging the gap between frontier breakthroughs and systematic industrial execution.

The AI Suite

  • Runestone
  • Bedrock
  • Ledger
  • Vector
  • Aegis
  • Prism

Institute

  • Academic Partnerships
  • Open Source
  • Research Blog

Careers

  • Open Roles
  • The Residency
  • Interviewing
  • Culture
Global Offices
© 2026 Kæraa Group. All Rights Reserved.
Terms of Service|Privacy Policy|Responsible Disclosure|Accessibility Statement
Framework ID: Runestone
Ver 2.4.0

Cognitive
Architecture

Runestone is the logic layer of the modern enterprise. We move beyond simple "chat" interfaces to build autonomous, agentic systems capable of reasoning, planning, and executing complex workflows with deterministic precision.

Target Model Telemetry

GPT-5.2 (Pro)

OpenAI // Proprietary

Active
Context Window
400k
AIME 2025 (Logic)
100.0%

[INSIGHT]First model to solve every problem in this elite math invitational.

Sector Dynamics

Application of the Runestone framework across high-stakes verticals.

Capital Markets

High-Frequency Intelligence

Deploying swarms to ingest unstructured news feeds, earnings calls, and alternative data in real-time to generate alpha signals before the market reacts.

  • Sentiment Analysis
  • Risk Modeling
Life Sciences

Molecule Discovery

Accelerating R&D by allowing researchers to query vast internal knowledge graphs of clinical trials, chemical properties, and regulatory history via natural language.

  • Protocol Optimization
  • Literature Review
Defense & Industry

Logistics Sovereignty

Optimizing supply chains in contested environments. Predictive maintenance for critical infrastructure using edge-deployed models that require no cloud connectivity.

  • Predictive Maintenance
  • Air-Gapped Ops

The Agentic Loop

Traditional LLMs are passive. Runestone Agents are active. They operate on a recursive control loop (OODA) to break down abstract goals into executable code, API calls, and database queries.

  • 01

    Planning (CoT)

    Decomposing complex queries into step-by-step logic chains.

  • 02

    Tool Use

    Native integration with SQL, Python environments, and internal APIs.

  • 03

    Reflection

    Self-correction loops to validate output before presentation.

PlannerReasoning Core
MemoryVector Store
ExecutorPython Sandbox
CriticValidation

System Topology

Structured Data
SQL / ERP / CRM
Live Feeds
IoT / Websockets
Vector Store
Pinecone / Milvus
Orchestration Layer
Cognitive Router
Intent Classification & Planning
External Inference
GPT-5.2 / Claude 4.5
Sovereign Core
Llama 4 / Mistral
Action Execution
API Calls / DB Writes
Response Generation
JSON / Structured Text

Execution Logic

PYTHON
LANGGRAPH
agent_orchestrator.py
$init_swarm --mode=autonomous --goal="market_analysis"
[INFO] Spawning Agent[0]: "Researcher" (Model: GPT-5.2-Pro)
[INFO] Spawning Agent[1]: "Analyst" (Model: Claude-4.5-Opus)
[INFO] Spawning Agent[2]: "Critic" (Model: Llama-4-Maverick)
[THOUGHT] Agent[0] accessing Vector Store (Pinecone) for "Q3 trends"...
[ACTION] Retrieving 14,200 chunks. Context window utilization: 42%.
Chain_of_Thought:
1. Ingest historical data.
2. Correlation analysis via Python sandbox.
3. Generate hypothesis.
4. Critic validation loop.
[SUCCESS] Synthesis complete. Probability score: 0.98.
_

Deterministic Output

By constraining the model output to JSON schemas and enforcing type-checking, we ensure the agent integrates reliably with downstream industrial systems.

Sandboxed Execution

All code generation occurs within ephemeral, isolated Docker containers (E2B or similar) to prevent side-effects and ensure security.

Safety Protocols & Guardrails

In high-stakes environments, non-deterministic behavior is a liability. Runestone enforces strict input/output validation layers to ensure model compliance.

Hallucination Detection

Self-consistency sampling and citation verification against grounded sources.

PII Redaction

Automated scrubbing of personally identifiable information before inference.

Role-Based Access

Granular permissions ensuring agents only access authorized data slices.

Adversarial Defense

Protection against prompt injection and jailbreak attempts.

Ready to architect your intelligence layer?

Deploy Runestone to transform your raw data into active strategic advantage.