Agentic AI · Enterprise Architecture · Data
Kayvon Salari
Senior Data & Enterprise Architect with 25+ years building large-scale platforms for European and global organisations. Now designing and building multi-agent AI systems that solve real enterprise problems.
01Agentic AI Projects
Multi-Agent Systems
Actively building — new systems and code shipping regularly.
Aristos Council — an equity research system built on one idea: AI you can audit. It now reads the market through eight lenses — five stock strategies plus three ETF views: dividend, growth, and an “ETF Index Tracker” that ranks broad-market index funds on fee, fund size, and momentum. Verdicts stay fully deterministic — math judges, the LLM writes — and an automated fact-checker annotates the narration against the numbers, flagging anything that doesn't match. Public repo, ~930 tests, CI, cloud-agent development pipeline.
Analysts burn hours cross-referencing market data against strategy documents. DualLens ranks companies on both at once — three years of stock performance joined with insights RAG-extracted from strategy PDFs — surfacing which names are financially strong and positioned for AI adoption. One query replaces the manual cross-referencing loop.
Per-company investment research takes an analyst 4–6 hours; this LangGraph agent does the gathering in minutes. It pulls real-time market data, news sentiment, and private analyst reports, then produces a Buy/Hold/Sell recommendation with every source cited — auditable enough to check, fast enough to run across a watchlist. The predecessor to Aristos Council, where its single-agent verdict grew into a gated, deterministic decision core.
Mortgage underwriting takes 3–5 days largely because four assessments — credit, income, assets, collateral — queue behind one another. This system runs them as specialist agents under a Supervisor, cutting the cycle to hours while keeping the parts regulators care about: Fair-Lending compliance, PII protection, bias detection, and mandatory human-in-the-loop escalation on every contested file.
Early multiple-sclerosis signals sit scattered across EHR records where no one has time to connect them. This multi-agent system scans records and flags patients showing early risk patterns for neurologist review — with adjustable autonomy, a transparent rationale for every flag, and PHI governance throughout. It surfaces candidates for clinical judgment; it does not replace it.
Keeping up with AGI-relevant research on arXiv is a weeks-long manual effort with partial coverage. A Planner→Discovery→Evaluation agent pipeline automates it, scoring every paper against a standardized 10-parameter AGI framework — literature review in hours, with 3–5× the coverage of manual survey.
A content pipeline with editorial standards built in: a Researcher gathers material, a Writer drafts, a Critic scores against a quality rubric, and a Supervisor loops them until the draft clears the bar. The interesting part is the loop — generation that doesn't ship until an adversarial agent approves it.
Clinicians wait on DBAs for every data question. This Natural Language-to-SQL system lets them ask directly — and makes it safe by classifying every query before execution: READ runs automatically, WRITE requires human approval, UNSAFE is rejected outright. Full audit trails keep it inside HIPAA and GDPR.
City caseworkers lose time hunting answers across fragmented internal sources of unknown currency. MucAtlas (Munich Innovation Challenge 2026 entry) is a five-agent RAG system that connects those sources, validates whether legal documents are still current, detects contradictions between sources, and returns cited answers in seconds — with full data sovereignty via confidential computing. Architecture and design; competition entry.
Programming warehouse robot routes by hand doesn't scale past the first layout change. This reinforcement-learning agent (PPO) learns goal-directed navigation from scratch and generalizes to layouts it has never seen — pathfinding as a learned skill rather than a maintained ruleset.
Betting markets price the top of the game efficiently and ignore the bottom entirely. Tennis Oracle rates every ATP and WTA player from a million matches — tour, Challenger and ITF — and predicts at 65% where the market sits at 68%, but at 70% on women's ITF events no bookmaker prices at all. Verdicts come from surface-adjusted Glicko-2; the LLM only narrates. Speaks the A2A agent protocol, and a blind test of 197 matches showed the model analyst losing to the ratings by 7.6 points, which is why it narrates.
02Background
I've spent 25+ years designing and delivering large-scale data platforms and enterprise architecture across some of Europe's largest organisations — Sky Germany, Lufthansa, Bayer, HP, Deutsche Telekom, and Volkswagen, among others.
As Head of Data Architecture at Sky Germany, I built two international teams from scratch, led the migration of on-premise infrastructure to the cloud, drove GDPR compliance across data systems, and delivered unified data products and cataloging capabilities — eliminating 100% dependency on external consultancies.
I co-founded Zeal Hub GmbH, a boutique data and BI consultancy, running enterprise data platform engagements independently for five years.
I completed the Certificate Program in Agentic AI at Johns Hopkins University (Whiting School of Engineering), and now apply that foundation to build multi-agent systems that solve real enterprise problems across finance, healthcare, and public sector.
03Get in Touch