Néo Schobert

Available from January 2027

Néo Schobert

Applied AI engineer: knowledge graphs, LLM agents and industrial software.

R&D at Infineon in Munich, founder of INOVA System, graduating from IMT Atlantique in December 2026.

Néo Schobert

Right now

Based in
Munich · Paris
Graduating
IMT Atlantique, Dec 2026
Languages
FR · EN (C1) · ES · PT
Available
January 2027
scroll

01

Background

Swipe the timeline

2021202220232024202520262027

Education

Work

Ventures

Now

Jul – Dec 2026 · Munich, Germany · Corporate Supply Chain Innovation

Infineon Technologies AG

R&D Intern (final-year internship)

Designed and shipped Ontology Explorer, a six-service platform to import, explore, align and query enterprise ontologies.

  • GraphRAG agent: 14 native tools (hybrid search, SPARQL, graph traversals, news watch), four effort levels up to parallel sub-agents, cited and self-verified answers: 93% correct on a 42-question benchmark.
  • Python alignment engine: 12 matchers, LLM verifier, SKOS/SSSOM exports; first of 5 engines compared, F1 0.936 on OAEI Anatomy.
  • Audit of the supply chain ontology (1,368 classes, 41 modules): 126 documented fixes.
  • Versioned news watch and bitemporal fact graph, exposed to other teams via a read-only API.

RDF/OWL/SPARQL/GraphRAG/LLMs/TypeScript/React/Python/PostgreSQL/Docker

02

Ontology Explorer

Final-year internship · Infineon

At Infineon, knowledge is spread across ontologies from many domains and a mass of documents. The reference supply chain ontology, the Digital Reference, has more than 1,200 classes: far too many for anyone to keep in their head. Every team invents its own vocabulary, alignment is manual, and general-purpose LLMs answer confidently while citing nothing.

“Nothing is asserted that can't be traced: every answer points back to an IRI or to a sentence that actually exists in a source.”

Inside the product

Ontology Explorer
The Digital Reference, finally readable

01 / 03

The Digital Reference, finally readable

All 1,278 classes of the ontology, grouped by lobe, with hierarchy, properties and restrictions. Filter, search, click for details.

The GraphRAG engine

Not a plain RAG: an agent runs the investigation with a toolbox over the ontology, writes from the evidence alone, then checks its own answer before sending it.

  1. 01

    Understand

    A follow-up becomes a standalone question, concept names are resolved in the open folder, and the agent asks for clarification when the question is ambiguous.

    ask_user
  2. 02

    Plan

    In deep and research modes, a plan is written before acting and shown to the user.

  3. 03

    Collect

    One agent drives the whole toolbox, calls several tools at once and relaunches the search when needed. In research mode, an orchestrator splits the question across four sub-agents in parallel.

    search_conceptsconcept_cardschema_propertysparql_querygraph_shortest_pathgraph_longest_chaingraph_top_degreealignment_correspondencesevidence_read
  4. 04

    Write

    From the evidence alone: every fact cited by its IRI, in the language of the question, with a diagram of the subgraph used and its Turtle export.

  5. 05

    Verify

    Numbers and IRIs cross-checked against the evidence, re-read by a judge model in advanced modes. Every diagram edge is looked up in the ontology: kept, flipped or dropped. An invented identifier triggers a targeted rewrite.

Four effort levels

The agent: native tools called in parallel, relaunchable search, step-by-step sourced answer, mechanically verified.

8
turns
24
tool calls max
✓
mechanical check

Measured on 42 Digital Reference questions

Original pipeline

13.6 s · $0.026 / question

60 % success
31 % hallucinations

Standard agent

29.6 s · $0.053 / question

93 % success
7 % hallucinations

Architecture: one writer, stateless engines

HTTPSrequest + ticketreads & writes5 functions · ticketread-onlyGET

explorer

The UI's API and the only service that writes: accounts, folders, ontologies, SPARQL, news watch. It checks permissions, then mints a ticket for every engine call.

  • only writer
  • call
  • ticketed read
  • TLS on every link

Measured, not claimed

93 %
correct answers on a 42-question benchmark (60% with the original pipeline)
31 → 7 %
hallucinations, from the original pipeline to the agent
0.936
alignment F1 on OAEI Anatomy (best published: 0.941)
#1 / 5
alignment engines compared, on every test set
3,000+
automated tests across the six services

Research written during the internship

  • State of the art: GraphRAG over ontologies

    Why plain vector RAG falls short, why “LLM → SPARQL” alone is a trap, retrieval techniques, matching, ontology embeddings.

  • Shapes of graphs

    18 graph data models compared on the same fact: RDF, property graphs, hypergraphs, n-ary, temporal…

  • Temporal knowledge graphs

    Bitemporality, LLM event extraction, temporal KG forecasting applied to supply chain risk.

Makeathon

Internal 2026 Makeathon: a multi-agent orchestrator with one expert agent per ontology, parallel sub-tasks (SPARQL, APIs, search), answers with provenance and confidence, and ontology edits proposed by agents then approved by a human. I owned the architecture and technical coordination.

AI proposes. People decide.

03

INOVA System

The OS for connected industry.

Replacing PLCs with modern, intelligent, connected systems.

The PLC has barely changed in forty years: frozen logic, on-site interventions, no usable data. INOVA System replaces it with an industrial OS: distributed software embedded on every machine, connected, and maintained remotely through regular updates.

From cloud to machine

L4 · 1/5

Applications

The client portal and fleet dashboard: every machine, its status and version, in real time.

Client portalFleet dashboardTraceability

Live

industrie.inova-system.com
INOVA Industrie

Born in the field: the IIoT architecture designed in R&D at MA Solutions, already chosen for 10+ orders, turned into a product.

04

Dance & code

SalsaDeRue

SalsaDeRue

Official app · iOS & Android

The members' app.

SalsaDeRue is the Latin dance association I run in Brittany: 150+ members and classes in several cities. Its app gives them their schedule, class videos, messaging and membership card.

  • ScheduleWeekly classes, live cancellations
  • VideosMoves from class, by level
  • MessagingGroups, teachers and carpools
  • Member cardQR code, also in Apple Wallet
  • Parties & workshopsAgenda, sign-up and ticketing
  • ShopDelivered right to class

Designed, built and shipped solo, from the back-end to both stores.salsaderue.fr

Inside the app

Class schedule
Class schedule
Messaging
Messaging
Event
Event
Shop
Shop

05

Projects

01IMT Atlantique · Final-year project (Procom) · team of 4·2025–26

Argus — real exploitability of C++ CVEs

An agent that answers the real question: can this vulnerability actually be reached in this code? It builds the call graph of a C++/CMake project with tree-sitter, fetches CVEs and public exploits, traces data flow back from every risky call, then a local model writes an exploitability report. The code never leaves the server.

LLM-judge benchmark with cross-review: up to 8.8/10 after consensus, and a correct 0 for the CVE-free project.

Python/FastAPI/tree-sitter/Ollama/SQLite/Docker/Next.js

  1. 1C++ call graphtree-sitter
  2. 2CVEs & public exploitsNVD · ExploitDB
  3. 3Data flow traced backtaint
  4. 4Exploitability reportlocal LLM

LLM judge score /10 · raw → after consensus

gpt-oss:20b6.5 → 8.8
qwen3:32b7.5 → 8.5
devstral:24b7.5 → 7.8

02Personal project · open source (MIT)·2026

AgentForge — a team of agents that ships pull requests

Open an issue, get a pull request back: a LangGraph agent graph (supervisor, architect, coder, tester, reviewer) implements, tests and reviews the task, for up to three iterations. Each task runs in its own Kata Containers microVM, and API keys are never exposed to the agents.

Fully self-hosted: Forgejo Git, LangFuse tracing, a React dashboard and a streaming “project lead” chat.

Python/LangGraph/LangFuse/Kata Containers/Docker/FastAPI/React

issue #42pull request
Kata microVM · LangGraph
  1. 1Supervisorreads the task
  2. 2Architectreads the repo, plans
  3. 3Coderimplements, commits
  4. 4Testerruns the tests
  5. 5Reviewerapproves or sends back

↺ up to 3 iterations

API keys injected by a proxy, never seen by the agents

03INOVA System · self-hosted·2026

INOVA System's server: a company that runs itself

A server I host myself, with all of the company's data kept on-site, and most of its operations automated: an internal GraphRAG over our documents, bookkeeping, e-mail, setting up new projects, all the way to generating the software for an automated machine with built-in simulators.

Automatic backups, single secure sign-on, and the entire configuration versioned in one repository.

Self-hosting/GraphRAG/LLMs/Docker/ZFS/Authentik/Tailscale

inside.inova-system.com
INOVA Inside

More projects

  • Website and app for a 1,500+ member club

    2025–26

    Client project · confidential

    A professional website and its app, installed straight from the browser as a home-screen shortcut: online ticketing, built-in member messaging and event management, for a 1,500+ member club that runs two events a month.

  • Prompt Share — a shared AI chat in VS Code

    2026

    Personal project · VS Code extension, open source

    Several people in one chat with the host's Copilot agent, from VS Code or a browser; the host approves every change and the agent stays confined to the project.

  • Multi-agent job search assistant

    2026

    Personal project · self-hosted

    Twelve Claude Code sub-agents: job monitoring, scoring, application documents and a browser copilot, over a 33-table database.

  • An adaptive, LLM-powered language tutor

    2026

    Personal project

    For learning any language: exercises generated on your weak spots and corrected by an LLM, a CEFR level adjusted continuously, spaced repetition, long-term RAG memory and voice conversation.

  • Graph neural networks for linear programming

    2024–25

    IMT Atlantique · Research project, ML track · solo

    A message-passing network that predicts the feasibility and solution of linear programs. 0.8 accuracy on generalisation.

  • Ticket buyer prediction

    2025–26

    IMT Atlantique · Big Data · solo

    PySpark on real SalsaDeRue app data: who will buy a ticket. AUC 0.987.

06

Skills

01

AI & LLMs

Agents that reason over real data, with answers you can check.

02

Knowledge graphs

Model a domain cleanly, then make it queryable.

03

Software

From back-end to mobile apps, all the way to production.

04

Infra & industry

Systems that run on real machines and can be maintained remotely.

∫ maths

Preparatory classes, then a bachelor's in pure mathematics completed alongside engineering school. A formal grounding that pays off directly in ontology modelling.

Languages

  • FrenchNative
  • EnglishFluent — IELTS 7.5 (C1)
  • SpanishIntermediate (B1)
  • PortugueseIntermediate (B1)

Interests

  • Salsa — teaching and events
  • Applied AI & knowledge graphs
  • Open source

07Contact

Open to applied AI roles from January 2027.

In France or elsewhere in Europe. For an opportunity, a question or a project with INOVA System, write to me: I reply quickly.