01Context and problem
Advertising agencies needed an agentic ad/ops automation system. My work connected no-code workflows, LLM orchestration, product interfaces and deployable infrastructure.
02Ownership and contribution
AI Research Engineer / Lead AI Engineer, 2024–present. Led architecture, implementation and deployment, coordinating a two-person engineering team.
Responsibilities
- Led development from API architecture and frontend integration through deployment.
- Built CI/CD deployment paths with Cloud Run, Secret Manager, Artifact Registry, Docker and GitHub Actions.
- Evaluated and integrated constrained-decoding tools, selecting LM Format Enforcer for enum enforcement; added Pydantic business-coherence validation.
- Optimized end-to-end workflows using dependency-aware parallelism, smaller-model routing and caching; fine-tuned Llama 3.1 8B with LoRA for Store Chat.
- For a client-infrastructure deployment, compiled the code into runnable software so delivery did not require handing over source code.
03Architecture and data flow
The platform combines no-code client workflows, API and frontend integration, multi-agent orchestration and structured-output LLM pipelines. I architected and deployed the platform on GCP using Cloud Run, Docker, GitHub Actions, Artifact Registry and Secret Manager. This is a high-level account; client topology and implementation are private.
- No-code client workflows
- API and frontend integration
- Multi-agent orchestration
- Structured-output LLM pipelines
- GCP deployment
04Engineering decisions
Deliver runnable software for client infrastructure.
The client wanted deployment in its own infrastructure; leadership was concerned about distributing source. Compilation addressed the delivery format. It does not guarantee IP protection or prevent reverse engineering.Alternative not selected: Distributing the source code as the deployment package.
05Reliability, security and evaluation
- Constrained decoding and structured-output pipelines enforce schema-valid interfaces. Schema validity does not establish semantic correctness.
- CI/CD and GCP Secret Manager support deployment and secret handling.
- Client source, screenshots, evaluation datasets and deployment manifests are not included in this public account.
06Outcome and status
60%Reported end-to-end processing-time reductionEvidence: MCQ Scan local-model optimization
Professional work documented in my CV evidence database. The reported latency improvement has no public benchmark dataset or baseline methodology attached. This case study summarizes my contribution; it is not a public demo or independent production audit.
Technology groups
AI systems
Multi-agent orchestration, Structured outputs, Local LLMs
Deployment
GCP Cloud Run, Docker, GitHub Actions, Artifact Registry, Secret Manager
Store Chat
A clothing-shopping assistant with Llama 3.1 8B LoRA, local vLLM inference, and Pydantic business validation. I evaluated constrained-decoding tools and integrated LM Format Enforcer to enforce enum values. Internal evaluation separates 97% structurally valid, enum-compliant requests from 95% semantic accuracy per attribute.
These are internal evaluation results, not a public benchmark. My contribution was tool evaluation and integration, not a custom sampler.
AgentDiet
I conceived an agent-governance project at MCQ Scan: signed Biscuit tokens, attenuated delegations, and local Datalog checks for tool permissions. I built a Python/FastAPI demonstrator and prepared the technical proposal, market analysis, budget, and project plan. AgentDiet received a 2026 Hyper Open X grant funded by France 2030.
The demonstrator validates simulated authorizations; MCP/A2A integration is the project target.
Latency and delivery
Reduced end-to-end workflow processing time by 60% through a parallelizable dependency graph, routing simpler steps to smaller models, and caching repeated calls (internal measurements).
Also built custom request tracing for per-step tokens, latency, cost and tool calls, plus availability alerts. Image-generation work covered Qwen-Image-Edit-2509 and ControlNet, GPU deployment on Vast.ai, and reverse-proxy access.
07Proof and source material
Evidence: MCQ Scan agentic AI platform; MCQ GCP deployment; Structured-output LLM pipelines; MCQ Scan local-model optimization; Client-infrastructure deployment