Three Blockchains. Three ETPs. One Framework

What are these three blockchains?

Bitcoin Fundamentals: Scarcity and Decentralization

Digital value transfer
What Is Bitcoin?
Bitcoin is a cryptocurrency designed to enable peer-to-peer transfers of value without relying on centralized intermediaries such as banks or governments. Introduced in 2009, it operates on its own blockchain—a shared network that records and verifies transactions.

How the Bitcoin Network Works
Bitcoin’s blockchain functions as a decentralized ledger that records transactions in chronological order. Transactions are grouped into “blocks,” validated by the network using proof-of-work and added to the blockchain at regular intervals.

Key Features

• Scarcity
  Bitcoin has a fixed supply: The protocol limits total issuance to 21 million coins. New bitcoin is introduced at a predetermined pace that slows over time through block reward halving, supporting its positioning as a scarce digital asset often compared to gold.
• Immutability/Decentralization
  No single entity controls the network; once recorded, transactions generally cannot be altered without broad network consensus.
• No Staking Yield
  Because bitcoin uses proof-of-work, there is no staking or income component.

Common Use Cases
Store of value, inflation hedge, “digital gold,” sovereign reserves and peer-to-peer payments.

Who Holds It
Sovereign entities, corporate treasuries and individuals seeking a scarce, non-correlated asset.

Key Takeaway
Bitcoin’s decentralized structure and fixed supply distinguish it from traditional currencies and many other digital assets, reinforcing its positioning as a simple, durable monetary asset rather than a programmable platform.

Ethereum Fundamentals: Smart Contracts and Institutional-Grade Settlement

Programmable settlement, redefined
What Is Ethereum?
Ethereum is a smart contract blockchain that supports decentralized applications and digital assets through programmable code—enabling developers to build financial applications, marketplaces and tokenized assets on-chain.

How the Ethereum Network Works
Ethereum processes transactions and executes smart contracts across a distributed network of validators using proof-of-stake, where participants stake ETH to help secure the network and validate transactions in exchange for ETH rewards.

Key Features

• Programmability: Smart contracts allow developers to build decentralized finance (DeFi) applications, digital marketplaces and tokenized assets.
• Decentralization + security: No single entity controls the network; transactions are validated by a distributed set of participants (validators).
• Ecosystem depth: Ethereum supports one of the largest on‑chain ecosystems for DeFi, stablecoins, NFTs and tokenized assets.
• Adaptability: Ongoing network upgrades aim to improve scalability, efficiency and long‑term sustainability.

Common Use Cases
DeFi applications (including exchanges and lending), stablecoins, tokenized assets, NFTs/digital ownership and broader on‑chain financial activity.

Who Builds on It
Developers and institutions powering on‑chain financial infrastructure and applications.

Key Takeaway
Ethereum is a leading smart contract blockchain that supports decentralized financial applications, tokenization and on-chain innovation, with a programmable design and broad ecosystem that distinguish it from value-transfer-focused blockchains, like Bitcoin, and traditional financial systems.

Solana Fundamentals: Speed, Throughput and “Internet Capital Markets”

High-speed execution, at scale
What Is Solana?
Solana is a smart contract blockchain built to run applications and move on-chain assets at scale, with a focus on high speed and low costs.

How the Solana Network Works
Solana uses validators to verify transactions. It combines proof-of-stake with proof-of-history (a timing system) to help order transactions and process many at once—supporting high throughput and typically low fees. Validators can earn SOL rewards for helping run the network.

Key Features

• Scale: Designed to support high transaction volumes without relying on layer 2 blockchains.
• Speed: Transactions are confirmed quickly, enabling near real-time settlement for many applications.
• Low costs: Transaction fees are typically minimal, supporting micro transactions and high-volume use cases.
• Programmability: Smart contracts enable developers to create decentralized finance (DeFi) tools, digital marketplaces, gaming ecosystems and tokenized assets.

Common Use Cases
Solana is commonly associated with high‑frequency Decentralized Exchange (DEX) trading, consumer payments, token launches, gaming, mobile‑first applications, stablecoin settlement and prediction markets.

Who Builds on It
Developers and companies powering high-speed trading, payments and consumer applications.

Key Takeaway
Solana emphasizes execution speed and volume, aiming to support market-like activity and consumer applications where latency and fees matter.

Side-by-Side Summary: The Differences That Matter
Comparison framework

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