Using agents as part of my daily workflow
I use agents for research, coding, debugging, deployment, monitoring and long-running project work, and teach practical patterns around tools, memory, planning and execution.
Physicist · DevRel · Founder
Victor
Muñoz
I work across blockchain infrastructure, programmable payments and AI agents. I code, teach, build products and explain complex systems through demos, workshops and writing.
Developer Relations at Flare · Co-founder of ProofRails · Founder of ShipGuild · PhD in Physics
PhD in PhysicsParticle and astroparticle physics
5 peer-reviewed papersJHEP · EPJC · JCAP
100+ developers trainedSmart contracts · dApps · AI agents
Millions of impressions each yearTechnical content across social channels
Work
Selected work
ETHGlobal on YouTube
Developer programs, workshops and hands-on training
At Metis I built programs such as FastTrack and a multi-day blockchain developer certification, with curricula spanning Solidity, deployment tooling, front-end integrations, bridges, indexing and oracles. I also ran Buidl Hour workshops, hackathon support and live tool demos designed to get developers from explanation to working code.
Agents with wallets, markets and public track records
ShipGuild is where I build public experiments around AI agents and onchain markets. Agent Arena makes each agent’s strategy, decisions, trades and rankings visible against real SHIP/SOL market data. The broader guild also ships practical Solana research and portfolio tools.
Records and verification for programmable payments
ProofRails sits around the payment rail rather than replacing it. It turns onchain payments and paid API calls into receipts, delivery evidence, ISO 20022-style artifacts, signed evidence bundles and verifiable onchain commitments. We also integrate and operate that infrastructure for teams building payment and agent workflows.
Developer Relations at Flare
Turning new Flare capabilities into usable developer workflows
At Flare I test and prototype new flows, build demos, write technical explanations and work directly with builders at hackathons and ecosystem programs. I’ve led workshops on composability and interoperability, and help translate new capabilities in data, cross-chain assets and XRPL-controlled actions into workflows developers can actually build with.
I also help shape the technical narratives around launches so the value is clear without flattening the underlying technology.
Selected writing
Technical explainers and essays on how blockchain systems work, what developers actually need, and what changes when software can hold keys and move money.
The Flare Dev Path
A five-part builder path from contracts and tooling through FTSO and FDC to FAssets and Smart Accounts, including why that order matters.
Read article
Meta-Transactions Made Easy
How EIP-3009 lets a user sign a USD₮0 transfer offchain while a relayer submits it on Flare and pays the gas.
Read article
When Agents Hold Keys
What has to exist before an AI agent can safely pay or sign: protected keys, deterministic policy enforcement and an audit trail around every action.
Read post
Infrastructure Still Needs PMF
Thoughts after 100+ pages of technical specs on the harsh part of blockchain infrastructure: finding real product-market fit and developer demand.
Read post
When Payments Become Proofs
An XRPL payment turned into an ISO 20022 event with an evidence-bundle hash anchored on Flare, so EVM systems can verify and act on it.
Read post
Research
PhD in particle physics
My research in theoretical particle and astroparticle physics used cosmic-ray air showers, neutrinos and large detectors to search for new particles and phenomena beyond the Standard Model. The work spanned phenomenology, atmospheric particle production, Monte Carlo modelling and detector signatures, including analyses connected to Super-Kamiokande and future neutrino experiments.
Selected research
Five peer-reviewed papersJHEP · 2020
Searches for Atmospheric Long-Lived Particles
Long-lived particles produced in cosmic-ray air showers and their signatures in large underground detectors.
Read paper EPJC · 2020New constraints on Heavy Neutral Leptons from Super-Kamiokande data
Using Super-Kamiokande data to constrain heavy neutral leptons produced in the atmosphere.
Read paper JCAP · 2021Exploring the Origin of Supermassive Black Holes with Coherent Neutrino Scattering
Using neutrino observations to probe scenarios for the origin and growth of supermassive black holes.
Read paper JHEP · 2021Millicharged Particles from the Heavens
Atmospheric production, propagation and detector signatures of millicharged particles.
Read paper JCAP · 2022Current and future neutrino limits on abundance of primordial black holes
Neutrino observations as constraints on the cosmological abundance of primordial black holes.
Read paperAbout
I started in particle physics.
I later moved into crypto through developer education and ecosystem work, first at Metis and now at Flare. My day-to-day is a mix of coding, prototyping, teaching, writing and using AI agents to get work done. I co-founded ProofRails and build ShipGuild alongside my work at Flare.
Let’s talk
If any of this overlaps with what you’re building, send me a message.