Ho Chi Minh City · Est. 2019

Engineering reliable code for distributed systems

Forestcore trains working developers to write self-executing agreements, reduce gas costs through deliberate design, and build secure bridges between blockchains. Your final exam is a security audit of your own code.

Engineering students reviewing distributed system diagrams in a bright classroom studio

Programs built on engineering discipline

Each cohort works through real asset-tokenization projects. We teach architecture and verification, not speculation.

Whiteboard covered with layered system architecture sketches

Distributed Systems Engineering

Twelve-week intensive covering consensus models, fault tolerance, and production-grade deployment patterns for multi-node architectures.

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Close-up of annotated source code on a monitor with security notes

Smart Contract Security

Six-week workshop on writing verifiable self-executing agreements, common vulnerability classes, and formal review techniques.

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Engineers discussing cross-chain connection diagrams at a shared desk

Cross-Chain Bridge Engineering

Eight-week course on message-passing protocols, validator sets, and the failure modes that compromise bridge security.

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Your portfolio is the proof

Every student completes at least one asset-tokenization project with a documented architecture decision record. Graduates leave with deployable code and a written audit trail of their design choices.

  • Real tokenization briefs from partner organizations in Vietnam and Southeast Asia
  • Weekly code review sessions with senior engineers
  • Final examination: independent security audit of your own submission
Browse graduate work
Printed portfolio pages showing tokenization project documentation spread on a desk

What graduates say

The gas-fee module alone saved our team roughly 18% on our next deployment. The instructor pushed us to justify every storage slot rather than accept defaults.
— Linh Tran, backend engineer, cohort 2024
My bridge assignment exposed a reentrancy path I would have missed in production. The final audit was stressful, but it mirrored what external reviewers actually do.
— Marcus Osei, protocol developer, cohort 2025
The tokenization project was demanding. I wished the Solidity prerequisites had been stated more clearly upfront, but the mentorship during the audit phase made up for the steep start.
— Priya Nair, fintech consultant, cohort 2025

Read more graduate stories →

Next cohort opens September 2026

Submit your application with a brief statement of prior engineering experience. We review submissions within two weeks.

Request application materials