Agenthon Taiwan 2027
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Tracks

Three tracks, one core

AI agents are the core. Web3 and IC design are two of the most interesting places to put them to work.

The themes below are possibilities under discussion. Final tracks, challenges, rules and judging will be announced once confirmed with sponsors.

AI Agent

Build agents that are actually useful

Core track · 01

Not chatbots — agents that understand a goal, use tools and finish an entire piece of work. This track is about putting agents inside real industry workflows and shipping prototypes that run, can be tested, and are honest about their limits.

A1

End-to-end for construction

Every hand-off behind a building — from early requirements to delivery — connected by agents.

A2

End-to-end for IC design

From a natural-language spec to RTL, simulation and verification — agents that walk the chip design flow.

Workshops

  • Agent fundamentals
  • Prototyping
  • Testing & integration

Expected outcome

  • A working prototypewith its test method and known limits documented

Web3

Explore Web3 and RWA applications

Track · 02

Building on the 2025 RWA Hackathon, explore how on-chain applications and AI work together — what becomes possible when agents can hold, move and verify assets?

W1

Deposit token use cases

Once bank deposits live on-chain, how payments, settlement and automated financial services can be redesigned.

W2

Trust use cases

Verifiable trust on-chain: attestations, records and multi-party collaboration.

Learning

  • Existing online courses reopenedSelf-paced

Course list

  • To be announcedCourse list and access details to follow

IC Design

Start from zero with Vibe-IC

Track · 03

Chip design is no longer only for a few specialists. With the open-source Vibe-IC, describe what you need in plain language and let AI agents help with the spec, RTL and verification — learning the real design flow along the way.

Getting started

  • Describe the problem you want to solve
  • Let AI help structure the function and interface spec
  • Work through design, simulation and verification results

What you can build

  • A counter, FIFO or simple controller
  • Practice specs, RTL and testbenches
  • Deliver reproducible tests and a design write-up
The Vibe-IC website: design chips in natural language
Vibe-IC · vibeic.ai ↗

AI output must still be reviewed and verified. Exercises adapt to the state of the tools; tape-out or production results are not promised. A full IC track depends on sponsorship and resources.

Want to sponsor a track?

Bring a challenge, tool credits or teaching resources, and shape the problem with the participants.

Ways to partner →