Methodology · existing frozen authority
Scorecard v2: structural methodology
Read the frozen structural components, warranted range, confidence, supply direction and deterministic rounded-score ordering.
The four structural components
System Importance measures the defined system’s current gravity, forward position, compounding and residual resilience. Forward commitment is not current production; the boundary must distinguish a company, public network and other infrastructure.
Economic Capture measures capture architecture together with current realization. Market Transmission measures investment/proxy architecture together with current realization. They remain separate, with bounded combined support only where demand engines are distinct.
Structural Supply Burden measures forward seller-capable flow, strategic inventory and governance/release quality. Higher means heavier/worse burden. Unlock is not sale, treasury is not a sell order, and emergency issuance is not routine inflation.
Structural Token Opportunity
STO combines system importance and token transmission under the frozen bottleneck-aware method, then applies the structural supply burden. It is the durable structural output, not a function-specific hub score. The Site consumes the sole canonical Score Registry; it does not rerun formulas.
Warranted coherent range and Evidence Confidence
The public range contains evidentially compatible ways reasonable analysts could score the same current evidence. It excludes inconsistent endpoint combinations and successful future catalysts. Internal mechanical stress envelopes and reconstructed subprimitive rows are not published as headline assessment inputs.
Evidence Confidence reflects proof hardness and unresolved score-moving variables. High, Medium and Low are distinct from the score and the range’s width. Profiles and archetypes describe the system balance and token mechanism; they do not add points.
Rounding, ordering and fragile comparisons
Public STO is the registry’s nearest-five score. Component displays use deterministic decimal rounding to two places. Raw STO supplies ordering within rounded ties; this is deterministic display order, not evidence that nearby assets are meaningfully distinguishable.
Overlapping warranted ranges and different mechanisms make fragile ordering visible. Read the range, confidence, exact Profile and Archetype, weaknesses and proving triggers together. Do not interpret small ordering differences as investment recommendations.
Authority and dates
Methodology version and asset-state registry version are separate. New evidence can change an asset under the frozen method only through a controlled registry update; a general demonstrated methodological defect requires its own reopen.
Forensic cutoff, Ledger reconciliation and score-state date describe different authorities. A private build, deployment or metadata edit is not a public publication date or a reason to manufacture dateModified freshness.
Structural Token Opportunity is a durable structural assessment. It is not a price forecast, expected-return estimate, buy/sell recommendation, or current valuation score. STO measures structural token opportunity, not whether a token is attractive at today’s price. It does not score current valuation, near-term catalysts, entry conditions, market regime, flows or portfolio context.
Real asset cases
Live scaled production · Evidence date: through 25 September 2026
Approximately 43M+ ETH, around 35% of total supply, participated in consensus staking at the cutoff; the entry queue materially exceeded the exit queue.
Not proven: All staked ETH was newly purchased because of protocol activity or permanently removed from supply.
ETH-STAKING-01Dynamic source — claim reflects the Evidence date; current values may differ.
Accepted token thesis and primary bypass
Token thesis
Ethereum is deeply embedded financial infrastructure with exceptional capital, settlement, security, liquidity and institutional production. ETH has substantial live demand, but its strongest current channels are security, collateral and persistent balance-sheet ownership—not proportional consumption by transactions.
Primary bypass
Ethereum succeeds as capital and settlement infrastructure while L2s retain execution economics, data capacity stays cheap, paymasters hide ETH and stablecoins remain user-facing money. High-value low-frequency funds can add enormous principal with little gas. If collateral/security balances and external ownership do not keep pace, network importance outruns token demand.
Live production · Evidence date: 30 June 2026
Ripple reported approximately 37.656B XRP controlled, including 32.6B escrow; controlled stock declined by roughly 8.90B from September 2023 to June 2026.
Not proven: how much of the decline became liquid outside supply or market selling.
XRP-RIPPLE-CONTROLLED-SUPPLY-01Dynamic source — claim reflects the Evidence date; current values may differ.
Accepted token thesis and primary bypass
Token thesis
Ripple has assembled an unusually complete institutional-finance capability stack, and XRPL is being developed as a settlement, tokenization, liquidity and collateral rail. XRP’s strongest established transmission is market-proxy demand and independent inventory channels; proportional utility-driven acquisition remains poorly quantified. Ripple and XRPL can grow while XRP remains optional for much of the principal economic flow.
Primary bypass
Ripple can succeed without XRPL. XRPL can succeed without material XRP principal use. XRP use can occur without new external purchases.
Principal value may flow through RLUSD, tokenized securities, direct issued-asset pairs, conventional settlement and offchain custody. Required XRP can come from existing balances, contributions, leases or recycled liquidity.
Authority and research state
Public explanation of frozen Scorecard v2 methodology; not an independent scoring or research authority. Methodology version: v2.0-STRUCTURAL-FROZEN. The Score Registry controls current numerical state; the examples retain their accepted evidence scope.
This synthesis uses the accepted asset assessments and canonical Evidence. Ledger reconciliation: 23 Oct 2026. Score state: 30 Sep 2026. These are research-state dates, not public publication dates.
- Ethereum / ETH
- Forensic cutoff 25 Sep 2026
- XRP Ledger / XRP
- Forensic cutoff 22 Sep 2026
Selected proof and uncertainty are summarized here. Full causal paths, Proven / Not Proven, histories, source notes and triggers remain on the canonical asset pages. Material dependency changes require re-review of this synthesis.