Research · Altcoins

Altcoins measured against Bitcoin, not against each other

Most writing about altcoins is written from inside the asset: what a coin is, what it promises, and why it might go up. This sub-hub takes the opposite approach. Every page here treats a non-Bitcoin network as a comparison — what it was designed to do, how it executes and secures a block, how it scales, how it is governed, and how its market behaviour looks when it is measured against Bitcoin rather than described on its own terms. The comparisons are drawn from each network's own specification and documentation, and the limits of each comparison are stated on the page.

Bitcoin is the reference point for this cluster, and that is a deliberate editorial choice rather than a ranking. Bitcoin's rules are fixed and publicly verifiable, its supply schedule is written into the protocol, and its market history is long enough to be measured. Those properties make it a stable baseline against which another network's design decisions can be described. A page in this cluster will tell you how Solana's account model differs from Bitcoin's unspent-output model, or how Ethereum's fee market prices block space, because those are questions with checkable answers. It will not tell you which network is better, and it will not tell you what any asset will be worth.

The scope rule for this cluster is narrow on purpose. Altcoin content here is behavioural or comparative relative to Bitcoin: how a network behaves under load, how its consensus and execution differ from Bitcoin's, how its market structure compares, and how its cycles line up with Bitcoin's own. There are no generic coin profiles, no project-by-project descriptions, no tokenomics summaries, and no price predictions anywhere in this cluster. Where a page covers a mechanism that is proposed rather than deployed, it says so. Where a comparison stops being informative, the page says that too.

Design Intent and Architecture

Every network in this cluster was built against a different constraint, and judging them on one scoreboard is what makes most comparisons useless. These pages work through what each design was actually optimising for, and how the architecture that follows from it differs from Bitcoin's.

Consensus and Security

Proof of work and proof of stake make rewriting history expensive in different ways, and each assumes something different about the participants securing it. These pages work through what each mechanism buys, what it gives up, and how the security argument is made in each case.

Bitcoin PoW vs Ethereum PoSWhat each consensus mechanism makes expensive, and what it assumes.

Execution and State

Where a program's state lives, how a block is executed, and what an upgrade has to preserve are the questions that decide how an application is built. These pages set the account-based EVM, Solana's parallel runtime and the canister model against each other on exactly those points.

Scaling and Block Space

How a network grows, when a transaction is settled, and what a node is expected to store are three different questions that are usually answered together. These pages separate them, and compare the networks on each one rather than on a single throughput figure.

Network Mechanics

The reference pages behind the comparisons: how Ethereum's execution and consensus layers are put together, how Solana orders and executes transactions, and how the Internet Computer's subnets and canisters actually work.

Governance and Upgrades

A network's rules change through a process, and the process decides who has to agree. These pages cover the governance systems that sit behind each network's upgrades, from Bitcoin's deliberately slow consensus to the Internet Computer's on-chain proposal system.

Market Structure and Cycles

The comparative record: how the largest assets by market capitalisation are measured, what Bitcoin's share of that total means, and how the wider market's behaviour relates to Bitcoin's own cycles rather than to any single coin's story.

ICP: Market Behaviour Against Bitcoin

The Internet Computer's market record read against Bitcoin's rather than described on its own terms: how its price history lines up with Bitcoin's cycle phases, what its correlation record can and cannot support, how its drawdowns and recoveries compare, what the launch and vesting supply did to its capitalisation series, how node rewards and the cycles burn interact with market data, whether network activity tracks market performance, how it behaved around named Bitcoin moves, and how it sits beside BTC, ETH and SOL across the cycles they share. Every page states its dataset, period, method and limitations, and every page separates correlation, association and timing from documented causation.

Altseason and Rotation

The comparative record of market-wide rotation: what altseason is defined to mean, how Bitcoin's share of the total has related to it, what a capital rotation claim would have to evidence, whether the proposed Bitcoin-to-ether-to-alt ordering survives the record, and whether the episodes came before or after Bitcoin's peaks. Each page states its dataset, period, method and limitations, and each separates co-movement from cause.

BTC/Alt Behaviour

The behavioural record between Bitcoin and the large alts: why their prices so often move together, how that co-movement is measured, when it breaks down, how the alts behave on the way down and on the way up, what Bitcoin's share of the total does and does not say, how sensitive an alt is to a Bitcoin move, and how the two compare on drawdowns and recoveries. Each page states its dataset, period, method and limitations, and each keeps correlation, association, timing and documented causation in separate boxes.

Other Major Alts

The remaining large-cap assets measured against Bitcoin rather than described on their own terms: the supply and consensus rules that distinguish each one, the demand factors behind it, and how its market behaviour compares with Bitcoin's across the cycles they share. Each page states its dataset, period, method and limitations, and each treats co-movement as an association within a common market factor rather than as one asset moving another.

Solana Measured Against Bitcoin

The relative record for Solana: how closely its daily returns have moved with Bitcoin's and where that breaks, what the SOL/BTC ratio did across the 2021 expansion and the 2022 drawdown, how the two assets' declines compare, how SOL behaved inside Bitcoin's bull and bear phases, what supply and unlocks did to the capitalisation comparison, and the windows in which SOL outperformed. Each page states its dataset, period, method and limitations, and each keeps correlation, association, timing, common market factors and documented causation in separate boxes.

Ethereum Measured Against Bitcoin

The relative record for ether: how the ETH-BTC correlation is measured and where it stops being informative, what the ETH/BTC ratio does and does not say, how ether behaved inside Bitcoin's bull and bear phases, how the two assets' drawdowns and capitalisations compare, what Ethereum's issuance and burn did in market context, and the windows in which ether outperformed. Each page states its dataset, period, method and limitations, and each treats co-movement as an association within a common market factor rather than as one asset leading the other.

Quantitative Methods

The methodology references behind every comparison in this cluster: how correlation between crypto assets is measured, how beta to Bitcoin is estimated and why it is regime-dependent, and how volatility, drawdown and risk-adjusted return are constructed for assets with unequal histories. Each page states its estimator, window and data source, and each explains why a figure computed on a non-stationary series describes the past rather than a property of the asset.

The reference pages behind the comparison

The pages above explain the comparisons. These hold the underlying record and the methodology, for when you want to check a figure or follow a source.