Building and teaching with AI agents
Practical sessions on agent frameworks, tools, memory, planning and reasoning, alongside my own experiments with agent workflows.
I work on blockchain infrastructure, programmable payments and AI agents, and spend a lot of time making hard technology easier to build with.
Developer Relations at Flare. Founder of ProofRails and ShipGuild. PhD in Physics.
Practical sessions on agent frameworks, tools, memory, planning and reasoning, alongside my own experiments with agent workflows.
I’ve helped train 100+ developers in blockchain, smart-contract and dApp development, and AI/agent tools, while also explaining the same technologies to non-technical audiences.
Weekly live sessions, experiments and implementation notes that help everyday users, creators and entrepreneurs put AI agents to work in practical workflows.
Programmable payment activity turned into structured, verifiable evidence for reporting, reconciliation and integrations.
Hundreds of developer-facing pieces, workshops, hackathons, prototypes and direct support for teams building with FTSO, FDC, FAssets and other Flare primitives.
Long-form technical writing and selected notes on infrastructure, payments and agents.
A practical guide for builders navigating Flare’s developer stack.
A technical walkthrough of gasless USD₮0 transfers on Flare.
Once agents can pay, sign and settle value, policy, authority and auditability become core infrastructure.
After reading 100+ pages of technical specifications, the harder question remains whether the infrastructure solves a problem people actually need solved.
Turning an XRPL payment into structured, cryptographically anchored evidence that other systems can compose with.
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.
Long-lived particles produced in cosmic-ray air showers and their signatures in large underground detectors.
Read paper ↗EPJC · 2020Using Super-Kamiokande data to constrain heavy neutral leptons produced in the atmosphere.
Read paper ↗JCAP · 2021Using neutrino observations to probe scenarios for the origin and growth of supermassive black holes.
Read paper ↗JHEP · 2021Atmospheric production, propagation and detector signatures of millicharged particles.
Read paper ↗JCAP · 2022Neutrino observations as constraints on the cosmological abundance of primordial black holes.
Read paper ↗I did my PhD in particle physics, then moved into blockchain infrastructure and developer ecosystems. Today I work in Developer Relations at Flare and build ProofRails and ShipGuild.
If something here overlaps with what you’re building, or you just want to compare notes, reach out.