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Foundations
Compute
Onchain
TEE
Cloud
Storage
Addressability
Persistence
Availability
Access
Cost
Property Matrix
Verifiability
Identity
Consensus
Bosco
Bitcoin
Ethereum PoW
Chainlink
Solana
Avalanche
Ethereum PoS
EigenLayer
Zero Knowledge Proofs
Protocol
Smart Workflows
Example
Core Concepts
Workflow Hash
Smart Triggers
Examples
Smart Actions
Examples
Authority
Examples
Operations
Payer
Examples
Transactions
Execution Layer
Runtime Architecture
The Layered Stack
Current Implementation Reality
Layering Violations
What's Actually Good
Path Forward
Workflow DSL
Compiler
Pipeline
Virtual Machine
Industry Examples
Industry Evolution
Our Approach
Host Environment
Smart Action Host Call
State Machine
What We Store
State Transition
Consensus Layer
Consensus Stack
Execution Stack (E5 → E1)
C3 · Workflow Orchestration
C2 · Protocol State
C1 · Base Consensus
Information Flow
C3 · Workflow Orchestration
Protocol Structure
Configuration
Gaps Before Production
C2 · Protocol State
Core Registries
C1 · Base Consensus
Minimum Capabilities
Implementation Tracks
C1 · Own L1
System Architecture
Bootstrapping Path
Tokenomics
Trade-offs
C1 · Ethereum L1
Smart Contracts
Data Model
Posting Flow
Tokenomics
Trade-offs
C1 · Ethereum L2
vs. L1
Tokenomics
Trade-offs
C1 · Sovereign Rollup
Architecture
Where Components Live
Tokenomics
Trade-offs
C1 · Avalanche Subnet
What Is a Subnet?
Smart Contracts
Where State Lives
Tokenomics
Trade-offs
Wallet
Foundations
Compute
Onchain
TEE
Cloud
Storage
Addressability
Persistence
Availability
Access
Cost
Property Matrix
Verifiability
Identity
Consensus
Bosco
Bitcoin
Ethereum PoW
Chainlink
Solana
Avalanche
Ethereum PoS
EigenLayer
Zero Knowledge Proofs
Protocol
Smart Workflows
Example
Core Concepts
Workflow Hash
Smart Triggers
Examples
Smart Actions
Examples
Authority
Examples
Operations
Payer
Examples
Transactions
Execution Layer
Runtime Architecture
The Layered Stack
Current Implementation Reality
Layering Violations
What's Actually Good
Path Forward
Workflow DSL
Compiler
Pipeline
Virtual Machine
Industry Examples
Industry Evolution
Our Approach
Host Environment
Smart Action Host Call
State Machine
What We Store
State Transition
Consensus Layer
Consensus Stack
Execution Stack (E5 → E1)
C3 · Workflow Orchestration
C2 · Protocol State
C1 · Base Consensus
Information Flow
C3 · Workflow Orchestration
Protocol Structure
Configuration
Gaps Before Production
C2 · Protocol State
Core Registries
C1 · Base Consensus
Minimum Capabilities
Implementation Tracks
C1 · Own L1
System Architecture
Bootstrapping Path
Tokenomics
Trade-offs
C1 · Ethereum L1
Smart Contracts
Data Model
Posting Flow
Tokenomics
Trade-offs
C1 · Ethereum L2
vs. L1
Tokenomics
Trade-offs
C1 · Sovereign Rollup
Architecture
Where Components Live
Tokenomics
Trade-offs
C1 · Avalanche Subnet
What Is a Subnet?
Smart Contracts
Where State Lives
Tokenomics
Trade-offs
Wallet

Foundations

Universal concepts that underpin verifiable computation.

Before diving into W3-specific constructs, understand these foundational primitives. They exist independently of W3 and form the substrate on which the protocol is built.

Compute

Where code runs. Onchain, TEE, or Cloud—each with different trust models.

Storage

Where data lives. Content-addressed vs location-addressed, persistent vs ephemeral.

Identity

Who acts and attests. Keypairs, addresses, and the roots of cryptographic trust.

Consensus

How distributed systems agree. From Nakamoto to modern oracle networks.

Zero Knowledge Proofs

Prove without revealing. Verification decoupled from data access.

Compute