Define it
Name the user problem and the asset's role before comparing tokens.
Decision comparison
Map crypto assets to the job they actually perform
Compare six documented settlement, smart-contract, oracle, scaling, and ecosystem assets without reducing unlike systems to a single price chart.
Start with the network job and token role. The comparison should expose the next question to verify, not manufacture one universal winner.
Observe it
Look for usage, fees, security, liquidity, and sustainable demand.
Expose it
Every architecture exchanges speed, cost, control, or complexity.
Published scoring contract
Research Readiness v1.0
- Evidence reviewed
- 2026-07-14
- Maximum
- 15 points
Purpose clarity
Can the network or ecosystem job be stated without relying on price?
Token role clarity
Is the asset's role in fees, security, settlement, or governance explicit?
Primary-source depth
Can material claims be checked in maintained first-party documentation?
Observable mechanism
Can a reader identify what activity or mechanism should be verified?
Risk-map clarity
Are the main technical and value-capture uncertainties visible enough to test?
Score meaning
- 0 · UnresolvedNo defensible conclusion from the reviewed sources.
- 1 · WeakA material part of the criterion remains unclear.
- 2 · PartialThe criterion is usable but important questions remain.
- 3 · ClearThe reviewed primary sources support a testable description.
Total score bands
- 14-15High source readiness
- 11-13Conditional source readiness
- 0-10Preliminary source readiness
- TiesAlphabetical by asset name when totals match.
Explicitly excluded
- Current price or valuation
- Live exchange or pool liquidity
- Custodian or venue availability
- Return potential or price momentum
- Personal portfolio suitability
Interactive workbench
Run the decision step
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Modelbctb-research-readiness
Version1.0
Evidence review2026-07-14
Scale5 criteria / 15 points
Bitcoin BTC
- Network job
- Peer-to-peer value transfer and proof-of-work settlement without a central transaction processor.
- Token role
- BTC is the native unit transferred by the protocol and used in block rewards and transaction fees.
- Question to resolve
- Does the intended holding and custody plan justify exposure to a volatile bearer asset?
Ethereum ETH
- Network job
- Execute transactions and smart-contract applications on a shared programmable settlement network.
- Token role
- ETH transfers value and pays for computation through transaction gas fees.
- Question to resolve
- Which demand for blockspace or settlement creates durable ETH demand after scaling trade-offs?
Solana SOL
- Network job
- Execute high-throughput transactions and on-chain programs on a proof-of-stake network.
- Token role
- SOL pays transaction fees, transfers native value, and can be delegated for network staking.
- Question to resolve
- Do sustained fee-paying applications justify the operational and competitive trade-offs?
Chainlink LINK
- Network job
- Provide oracle and interoperability services that connect smart contracts with external systems and data.
- Token role
- LINK is used for service payments, staking, cryptoeconomic security, and performance incentives.
- Question to resolve
- How much paid service demand becomes durable LINK demand under payment abstraction and staking?
Polygon POL
- Network job
- Provide the native gas and staking asset for Polygon Chain and support an aggregated network strategy.
- Token role
- POL is the native gas and staking token that replaced MATIC on Polygon Chain.
- Question to resolve
- Which parts of the aggregated network create recurring POL demand beyond migration and incentives?
Shiba Inu SHIB
- Network job
- Act as the foundation token within a broader multi-token community, governance, and application ecosystem.
- Token role
- Official documentation assigns SHIB base governance participation while BONE, LEASH, and TREAT hold other major roles.
- Question to resolve
- Which ecosystem activity creates durable SHIB demand rather than demand for another ecosystem token?
Pair workbench
Compare the mechanism, not the ticker
The matrix uses the same evidence model as the ranking.
Research dimensionBitcoin BTCEthereum ETH
Network job
Peer-to-peer value transfer and proof-of-work settlement without a central transaction processor.
Execute transactions and smart-contract applications on a shared programmable settlement network.
Token role
BTC is the native unit transferred by the protocol and used in block rewards and transaction fees.
ETH transfers value and pays for computation through transaction gas fees.
Observable mechanism
Transactions, blocks, proof of work, issuance, and fees are observable in the public protocol.
Transactions change EVM state; validators execute them and users pay fees denominated in ETH.
Primary risk
Price volatility, irreversible transfers, custody failure, fee pressure, and proof-of-work security assumptions.
Protocol and application complexity, smart-contract failure, scaling dependencies, custody, and volatile fees or price.
Research next
Does the intended holding and custody plan justify exposure to a volatile bearer asset?
Which demand for blockspace or settlement creates durable ETH demand after scaling trade-offs?
Source readiness
15 / 15High source readiness
14 / 15High source readiness
Use-case and source readiness do not determine price, valuation, portfolio fit, or which asset will perform better.
Compare within a use case first
A settlement asset, smart-contract platform, oracle network, and meme token do not create value in the same way. Compare peers before comparing categories.
- Network purpose
- Token role
- Who pays and why
Separate protocol success from token value
A useful network does not automatically make its token valuable. Use the source ledger to verify whether fees, settlement, staking, security, or governance create a testable token role.
- Usage is not automatically value capture
- Revenue is not automatically token-holder return
- Adoption must survive incentives
Use the pair matrix to identify the next check
Compare the network job, token role, observable mechanism, primary risk, and open question side by side. Then verify live market and custody conditions outside this documentation model.
- Choose one unresolved claim
- Open the linked primary source
- Define a stop condition