Nordic Financial MCP

A production-grade semantic search server for Nordic financial markets — built for autonomous AI agents. 173,000+ vectors across exchange filings, company reports, macro data, and commodity prices.

Live endpoint: https://mcp.aidatanorge.no/mcp Transport: streamable-http Registry: MCP Registry · Glama.ai · mcp.so

Connect

Add to your MCP client config:

{
  "mcpServers": {
    "nordic-financial": {
      "type": "streamable-http",
      "url": "https://mcp.aidatanorge.no/mcp"
    }
  }
}

Or with Claude Code:

claude mcp add --transport http nordic-financial https://mcp.aidatanorge.no/mcp

What This Is

AIDataNorge is a full-stack data pipeline and semantic search system that ingests, processes, and indexes financial data from Nordic markets into a vector database optimized for AI agent queries. It exposes data through a Model Context Protocol (MCP) server, making it natively compatible with Claude, LangChain, and other LLM-based agents.

The system is designed with autonomous machine-to-machine consumption in mind, including support for emerging agent payment protocols. The database is updated nightly.

MCP Tools

search_filings(
    query="Nordea net interest margin outlook 2025",
    report_type="quarterly_report",  # or annual_report, macro_summary, press_release
    country="SE",                    # NO, SE, DK, FI
    limit=10
)
# Returns semantically ranked chunks with reranking, company metadata, and source URL

get_company_info(org_number)
# Norwegian company lookup via Brønnøysundregistrene

get_market_data(ticker)
# Live price and key ratios via Yahoo Finance

Search quality: Two-stage retrieval — dense vector search (all-mpnet-base-v2) followed by cross-encoder reranking (ms-marco-MiniLM-L-6-v2) for high-precision results.

Data Coverage

Total: 173,000+ vectors · Updated nightly

Architecture

Data Sources                 Pipeline                  Serving
─────────────────            ─────────────────         ─────────────────
Oslo Børs (NewsWeb)    →                               
SEC EDGAR (20-F/6-K)   →     Python ingest scripts  →  Qdrant
MFN Nordics (SE/DK/FI) →     + Playwright scraping  →  Vector Database
GlobeNewswire          →     + PDF extraction        →  (173,000+ vectors)
SSB / Norges Bank      →     + Chunking              →        ↓
SCB / DST / stat.fi    →     + Embeddings            →  MCP Server
ENTSO-E (power prices) →      (all-mpnet-base-v2)   →  (FastMCP 3.2)
IR websites (PDF)      →                                      ↓
                                                       AI Agents / LLMs

Technical Stack

Data ingestion

• Python with Playwright for JavaScript-rendered IR pages and MFN feed
• PyMuPDF (fitz) for PDF text extraction
• Paragraph-aware chunking (512-token chunks, 100-token overlap)
• Batch embedding with sentence-transformers/all-mpnet-base-v2

Storage & search

• Qdrant vector database (self-hosted)
• Cosine similarity search
• Cross-encoder reranking (ms-marco-MiniLM-L-6-v2)

Serving

• FastMCP 3.2 over HTTP (/mcp endpoint)
• Cloudflare Tunnel — rate limited to 60 req/min per IP
• Compatible with Claude, LangChain, and any MCP-capable agent

Infrastructure

• Ubuntu Server 24 LTS, self-hosted
• 14 GB RAM, ~950 GB storage (LVM)
• Automated cron jobs for continuous ingestion
• Bitcoin full node (LND) for Lightning Network payments
• DigiByte full node with DigiRail and DigiDollar Oracle node

Agent Payment Infrastructure

The system is built with autonomous agent monetization in mind:

Lightning Network (L402) Running a full Bitcoin node with LND enables L402 — the HTTP payment protocol for autonomous agents. Agents can discover the API, receive a Lightning invoice, pay in millisatoshis, and get access — all without human intervention.

DigiRail / DigiDollar Also running a DigiByte full node with DigiRail (an agent payment protocol similar to L402) and a DigiDollar Oracle node. DigiDollar is the world's first UTXO-native decentralized stablecoin, implemented directly in DigiByte Core v9.26. The oracle node contributes to the decentralized price feed that maintains DigiDollar's USD peg — 15 of 30 randomly selected oracle nodes must reach consensus every ~25 minutes using Schnorr signatures.

This dual payment infrastructure (Bitcoin/Lightning + DigiByte/DigiRail) positions AIDataNorge to serve agents operating across different payment ecosystems.

Ingest Pipeline Design

Each data source has a dedicated ingest script with:

• Idempotent processing via MD5-based point IDs (upsert-safe)
• processed.txt log to avoid redundant re-fetching
• nohup + cron scheduling for unattended overnight runs
• Structured payload per chunk: source, country, ticker, company_name, report_type, published_date, chunk_index, total_chunks

Chunking strategy: paragraphs are accumulated until reaching the 512-token model window. Chunks never split mid-sentence. 100-token overlap ensures context continuity across chunk boundaries.

Cron Schedule

Skills Demonstrated

• RAG system design — end-to-end pipeline from raw data to semantic search
• Web scraping at scale — Playwright, RSS feeds, REST APIs, PDF extraction
• Vector database operations — Qdrant, embedding models, reranking
• MCP server development — FastMCP, tool design for LLM agents
• Linux server administration — LVM, process management, cron, nohup
• Blockchain infrastructure — Bitcoin full node + LND, DigiByte full node + oracle
• Python engineering — async pipelines, error handling, idempotent design
• Financial data domain knowledge — Nordic exchanges, regulatory filings, macro data

Status (April 2026)

• NewsWeb backfill complete: 500,000 → 669,999
• MFN Nordics: 162 Large/Mid Cap companies (SE/DK/FI)
• Macro Norway complete: 2020Q1–2025Q4
• Macro Nordics complete: SE/DK/FI 2020Q1–2025Q4
• MCP server: live at https://mcp.aidatanorge.no/mcp
• Published: MCP Registry · Glama.ai · mcp.so
• GitHub topics: mcp mcp-server nordic finance semantic-search qdrant norway sweden denmark finland
• L402 / DigiRail: infrastructure in place, monetization layer in development

Built and operated by a single developer as a passion project exploring the intersection of Nordic financial data, AI agents, and decentralized payment infrastructure.