Distributed Systems Engineering
Twelve-week intensive covering consensus models, fault tolerance, and production-grade deployment patterns for multi-node architectures.
Program details →Ho Chi Minh City · Est. 2019
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.
Each cohort works through real asset-tokenization projects. We teach architecture and verification, not speculation.
Twelve-week intensive covering consensus models, fault tolerance, and production-grade deployment patterns for multi-node architectures.
Program details →
Six-week workshop on writing verifiable self-executing agreements, common vulnerability classes, and formal review techniques.
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Eight-week course on message-passing protocols, validator sets, and the failure modes that compromise bridge security.
Program details →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.
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
Submit your application with a brief statement of prior engineering experience. We review submissions within two weeks.
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