LLM systems from prototype to production
After the production readiness review, or after a pilot I built, I implement the agreed production changes in your repository.
Independent AI consultant · Brescia
I read the quote or the project and tell you in writing whether to go ahead, fix it first, or stop.
Written second opinion · delivered within 5 working days
Published software and reproducible benchmarks: DOI 10.5281/zenodo.19972258 18 Projects
For technical teams: I take LLM systems and AI agents from prototype to production. If you have a supplier's quote, I start with a written second opinion. If you already have a working prototype, I start with a production readiness review, which does not include code changes.
I decide which model outputs must be checked and what they are allowed to do. I make state, recovery, evals, and cost inspectable, so failures, release decisions, and operating expenses are not surprises.
Already have an AI project or quote? Get a written second opinion
After the production readiness review, or after a pilot I built, I implement the agreed production changes in your repository.
I can lead technical decisions part-time as a standalone engagement, with or without an LLM prototype: architecture, code and vendor reviews, and a delivery roadmap.
I document how to run and maintain an existing codebase, with tests, operating procedures, and access I am authorized to transfer. Handover can be a standalone engagement.
I describe the problem and what I built, with links to the code and supporting evidence.
#emotional-memory
I encode affective state into a memory store and run a published benchmark; the claim matrix feeds back into encoding. Dataset ingest and the published artifacts stay on the project page — this preview omits them.
Can affective state recorded at encoding time improve recall for agents that talk to the same person across sessions? And where does it stop helping?
On a published benchmark (Zenodo DOI) built to test emotion labels supplied at storage time, the method beat a standard cosine baseline on LLM-judged answer accuracy. Negative results outside that regime are in the repo: I treat this as evidence for that case, not a universal claim.
#orka
Channel input is routed into a scheduler that runs a bounded workflow and writes a checkpoint. An interrupted run resumes from that checkpoint. Protocol adapters stay on the project page — this preview omits them.
Requests arrive from Telegram, Discord, Slack, WhatsApp, and HTTP, but without a single durable queue there is no reliable path from channel input to a tracked, reviewable LLM workflow.
One prioritized queue takes requests from several channels into tracked LLM workflows you can review. Pre-release, no SLA. (MCP/A2A support: detail on the project page.)
Write to info@gianlucamazza.it with the operational problem and the systems involved. I reply with the next step. Email first; a 20-minute call if useful.
System design notes explain architecture patterns. The architecture of this site shows how model proposals pass checks before publication.