The Foundry's
Blockchain Network Background

Decentralized
Future.

Move beyond hype. Engineer the decentralized protocols, smart contracts, and zero-knowledge systems that will architect the new internet.

Protocol Engineering
DeFi Infrastructure
Zero-Knowledge Proofs

Why study Blockchain here?

We move fast and break things, but we audit them first. This isn't a trading course; it's deep protocol engineering.

Full-Stack Web3

Don't just write Solidity. Understand distributed systems, consensus algorithms, and P2P networking from the ground up.

Security Scaling

Deep dive into smart contract auditing, formal verification, and advanced cryptographic primitives.

ZK Engineering

Master the frontier of privacy and scalability with Zero-Knowledge Rollups, SNARKs, and STARKs.

Protocol Design

Learn to design sustainable tokenomics and governance models for decentralized autonomous organizations.

$100B+
Total Value Locked (DeFi)
$150k+
Avg. Engineer Salary
25k+
Active Developers
20x
Layer 2 Adoption

The Stack you will master.

From low-level cryptographic primitives to high-level decentralized application architecture.

Solidity & VyperRust (Solana/Near)CryptographyDistributed SystemsDeFi ArchitectureTokenomicsZero-Knowledge ProofsSmart Contract SecurityWeb3.js / Ethers.jsIPFS & ArweaveConsensus MechanismsGovernance Design

Not just a Bootcamp.

We educate Engineers, not just Smart Contract writers.

Standard Bootcamps

  • Focus mostly on Solidity syntax
  • Surface level DeFi understanding
  • Ignore underlying cryptography
  • Limited exposure to non-EVM chains
The Foundry Way

Blockchain Engineering

  • Deep distributed systems fundamentals
  • Protocol level architecture & design
  • Zero-Knowledge math & implementation
  • Multi-chain proficiency (EVM + Rust)

Curriculum

From cryptographic primitives to scaling global financial infrastructure.

Master the mathematical and distributed systems primitives that make blockchains possible.

  • Distributed Systems
  • Consensus Algorithms
  • P2P Networking
  • Byzantine Fault Tolerance
  • Cryptography I
  • Hash Functions
  • Public Key Crypto
  • Digital Signatures
  • Data Structures
  • Merkle Trees
  • Bloom Filters
  • Linked Lists & DAGs
  • Blockchain Basics
  • Bitcoin Architecture
  • UTXO Model
  • Proof of Work