Edition 3.3
Macroeconomic thesis and scope are now explicit; the six equal parent indices, 30 submetrics and technical architecture remain unchanged.
Read the whitepaper →Voxonomics
Digital value, measured.
Published standard · 3.2
Voxonomics is an independent, evidence-based economic measurement layer. It measures observable blockchain fundamentals from traceable records. Public blockchains are the first proving ground; the longer-term ambition is evidence-based value intelligence, with a separate canonical framework for each economic domain.
Framework published · official network scores not yet published
Voxonomics does not replace fiat money, predict market prices or claim perfect truth. It preserves the evidence and calculation path behind each publishable figure, and shows the gap when evidence cannot support a measurement.
Choose a colour to see the question behind an index.
Every parent carries one-sixth of the Value Transfer Score. Its five submetrics have their own fixed weights.
Explore all six indices →The ring shows six equal parents and 30 weighted submetrics. Hold and trace its inner ring to discover each submetric; keyboard users can use the labelled choices above or play with the arrow and Enter keys.
Follow the evidence
A transfer recorded on a chain is evidence of movement, not proof of economic value settled. This fictional POV.ES example follows the checks needed before such a claim could be made.
The problem
A market price records what buyers and sellers exchange in a monetary unit at a point in time. The unit’s purchasing power and the surrounding credit and liquidity conditions can change, so a nominal price movement does not necessarily describe an equivalent real change in economic fundamentals.
Price, value locked, transaction counts and trading volume can each inform research and capital decisions. Voxonomics keeps market recognition separate from evidence-based measurements of activity, participation, liquidity, integrity, adoption and resilience.
Fictional figures below; no network or data provider has been measured in these examples.
Which assets and wrappers are included? Different inclusion rules can change a TVL total. The method should say what is counted.
An address is not necessarily a person. Participation needs a defined unit, time window and quality filters before the count can be interpreted.
Does the method account for self-trading, incentives and repeated routing? Volume filters affect what the result means.
Is the scope the protocol, its validators or applications built on top? Revenue depends on the entity and flows being measured.
Across networks, the same label can hide different definitions. Voxonomics aims to make those differences explicit before a comparison is made.
The release position
Voxonomics can show the structure and the rules today. Official network results need the full evidence, calibration and approval required by the specification.
Macroeconomic thesis and scope are now explicit; the six equal parent indices, 30 submetrics and technical architecture remain unchanged.
Read the whitepaper →Follow which parts of the framework have supporting research work and which gates remain open.
See current coverage →No official network scores are published. A future dashboard must distinguish measurements, uncertainty and withheld results.
Dashboard soonEconomic settlement · POV.ES
In this invented example, a transfer must be final, unique and economically classifiable before it can be considered for settlement. A recorded amount alone is not enough. The green demo gate releases an illustrative record count; no POV.ES figure or network score is shown.
fictional records only — click to add unsupported inputs more raw movement does not create a publishable figure
The Pipeline page works through POV.ES with fictional records, visible exclusions and a publication gate.
Collector FLOW. Every network uses the same collection contract, with warehouse depth, request pacing and worker count tuned independently for steady, sustainable throughput. LIVE takes priority; REPAIR uses spare capacity. The whitepaper explains the designs and separate network evidence stores. Production validation remains separate. Read the collector architecture and diagrams.
Vox Cloud and Vox in a Box. The updated whitepaper specifies independently operated nodes with private evidence stores, signed outbound publications and cross-node verification, alongside a separate read-only cloud service. This is a proposed architecture with staged security and acceptance gates. Read the secure node architecture.
The standard
Edition 3.3 carries forward the rules for measuring blockchain economies from primary evidence, under published definitions and stated units, while making the price-versus-fundamentals thesis and longer-term scope explicit.
Figures come from the networks’ own blocks, transaction receipts and event logs — the raw record the chain itself produces — not from a data vendor’s interpretation of them. Every reading keeps the exact block range it covered and a fingerprint of the bytes it read.
A figure that cannot name the blocks it came from cannot be admitted. This is why prices lost to a machine outage were recovered from oracle answers and pool trades already held in our own blocks, rather than fetched from a price API afterwards.
The same six indices, the same thirty submetrics, the same equations, on every chain. Where a network’s architecture genuinely differs, the adapter that reads it differs — the definition it must answer does not.
Chain-specific adapters map different record formats to the same published definitions. No network gets an easier metric or an inferred value because a reader lacks evidence.
A gap in the evidence is reported as a gap. It is never quietly filled with an estimate, an industry average, or a neutral placeholder that flatters the result. The reason is published in the figure’s place.
For example, if an adapter retained assets only from a filtered subset, counting that subset would not measure full market diversity. The method would withhold the figure until the evidence matched the definition.
The method
Every figure travels the same five stages. They are deliberately separate, so that measuring something and scoring it never happen in the same step.
The record is the product. Every field is filled from the reading itself — what you see here is the shape of the record, not a measurement.
Read the chain, not a report of it.
Blocks, transaction receipts and event logs, taken from the network’s own nodes. The exact block range and a fingerprint of the bytes are kept, so anyone can repeat the reading and get the same answer.
Never a vendor’s summary.The real figure, in its real unit.
Dollars settled. Fees paid. Effective operators. The figure is recorded as what it actually is, before anything decides what it is worth.
Never rounded, smoothed, or pre-scored.Say what kind of number this is.
Measured, provisional, or refused — and why. A refusal names the evidence that was missing, which is what makes the gap arguable and, eventually, closeable.
Never a gap filled with an estimate.Make different units comparable.
Only now are fully measured figures placed on one scale, so dollars, counts and rates can sit inside the same index without one drowning the others.
Never anything that is not fully measured.Combine the six indices.
The stage is built and wired, and deliberately switched off. It turns on when calibration is complete and governance approves it — not before.
Not yet: locked until governance.The separation between stages two and four matters most. Producing a measurement and deciding what that measurement is worth are different jobs, and mixing them is how most published crypto metrics go wrong: a scoring choice gets baked into the figure itself, where no reader can see it or argue with it.
This is the shape of the record, not a reading — no measurements are published on this page. It is what separates a figure that can be checked from one that can only be quoted: anyone holding the record can return to the same blocks and produce the same number, or demonstrate that it cannot be produced.
The framework
A blockchain economy is not one thing, so it is not one number. Voxonomics asks six independent questions of every network, weighted equally, so the framework cannot be tuned to flatter any chain’s strengths. Inside each index, five submetrics carry the fixed weights shown.
Weights are fixed by Edition 3.1. Every index is divided among exactly five submetrics, and the five always total 100%.
| ID | Submetric | Weight in index | Horizon | Direction |
|---|
Different readers care about different things. A payments company and a validator operator are not asking the same question of a network, and the framework allows their priorities to be weighted differently — but the weights always renormalise to sum to one, so no priority setting can secretly inflate a total.
Trust
The published method distinguishes three evidence states. If available evidence cannot support a metric, the result must be withheld with a reason.
Evidence answers the definition in its stated unit and scope. The observation window, method and calculation record accompany the measurement.
A figure beside the source scope, unit, method version and calculation needed to inspect it. A measured figure is not automatically an official score.
A measurement may be provisional while a required window fills or settings remain unratified. It must be identified as provisional and kept out of an official score.
The measured unit and the open condition, such as an incomplete observation window or a pending calibration decision.
The available evidence does not support the figure the definition asks for. No substitute figure is inserted; the missing requirement is identified.
An empty result with a named reason. For example, if economic purpose cannot be established for a required POV.ES record, the affected figure is withheld until the evidence is available. This illustrates the rule, not a finding about any network.
An empty result can be useful information. It tells the reader which part of the evidence path needs more work instead of turning uncertainty into an apparently precise number.
The following hypothetical POV.ES case shows why a recorded transfer is not automatically economic settlement. It is not a measurement or assessment of any named network.
A transfer could inform POV.ES only after its economic purpose and network scope are reproducibly established. Cross-asset value also needs an approved event-time price reference and timestamp.
An on-chain movement is not necessarily new economic settlement. The method excludes repeated or self-directed value where it can identify it.
If the evidence cannot establish the necessary purpose, attribution or full-window quality, it cannot support a POV.ES figure.
Illustrative only. These are possible record-level checks, not a blockchain limitation, a named-network finding, or a published settlement result.
Adding every transfer amount together would answer a different question. POV.ES requires the defined evidence and exclusions across its observation window before a settlement measurement could be published.
Coverage
The framework is chain-agnostic by construction: adding a network adds an adapter, never a new definition. Ethereum, Solana and Avalanche are the current implementation focus. This page does not certify metric coverage or publish a network comparison.
Account-based EVM architecture. The adapter maps primary records to the universal metric definitions; evidence coverage and publication status are assessed per metric.
Slot-based architecture. Chain-specific extraction is evaluated against the same universal definitions. No metric outcome or evidence gap is asserted here.
EVM-compatible architecture with its own network scope. The same definitions and evidence requirements apply; no metric outcome is asserted here.
Implementation focus does not imply complete evidence coverage, a production-certified metric, or an official score on any network. Publication requires a preserved, reviewable record for the specific metric and window.
The constitution
These are requirements of the public standard. The implementation is being tested against them as the measurement lanes are built and reviewed.
A figure is never converted into a score before it has been recorded as what it actually is.
Stage 02 of the pipeline records the native value and unit before any normalisation runs. The score stage cannot read a figure that has not been recorded natively first.
Producing a number and judging that number are different operations, run by different parts of the system.
Measurement lanes and the scoring engine are separate components. A lane can be complete, running and correct while contributing nothing — four currently are.
If a figure cannot be traced back to primary evidence, it does not enter the framework.
Every reading carries the block range it covered and a fingerprint of the bytes read. A figure without that record cannot be admitted.
No dummy values, no neutral substitutes, no industry averages standing in for a missing measurement.
If an adapter retained only a filtered subset of assets, a count over that subset would not answer the full asset-diversity definition. The figure would be withheld rather than filled with a placeholder.
Universal and one-sixth each, so the framework cannot be shaped to suit a particular network.
The six parent weights are fixed in the specification and are not a parameter. Only the five submetric weights inside each index are set, and those are fixed too.
Readers may weight the indices to their own concerns; no weighting can inflate a total.
Priority points are normalised before they are applied, so any set of reader priorities produces effective weights summing to exactly one.
Networks differ in how they must be read, never in what they are asked.
Each chain has its own adapter for reading evidence. None has its own definition. Where a chain cannot answer, the answer is a refusal, not a relaxed rule.
Provenance, revisions, method versions and reproducibility are kept for every figure ever published.
Records carry the specification edition and the equation applied, so a figure produced under one version stays attributable to it after the method moves on.
Live contributions and published scores remain disabled until calibration is complete and governance approves.
The scoring stage is built and wired, and switched off. Two gates stand before it: calibration against observed ranges, then approval of each parameter package by hash.
Whitepaper & documents
Voxonomics is defined by a published specification, not by its software. The code implements the document; where the two disagree, the document wins.
Final Publication Edition 3.3. Defines the six parent indices, the thirty submetrics, their equations, units, horizons and directions, and the rules governing evidence, provenance and exclusions.
The universal metric-to-score parameter set: benchmarks, sensitivity parameters and priority points, held as an editable workbook so governance can reason about a change before it is made.
Metrics, networks, sources, benchmarks and calibration held as structured data with schemas, so the definitions the software runs are the same definitions the specification states.
The evidence and reasoning behind every normalisation range, produced once the measurement lanes are complete. Until it exists and is approved, no score is meaningful and none is published.
Governance
A measurement framework that publishes scores before it has calibrated them is asking to be believed on trust alone. Voxonomics does the opposite: the scoring stage exists, is built, and is deliberately disabled.
Two gates stand before it. The first is calibration — normalisation ranges must be set against real observed evidence, not assumed, with the reasoning behind every range recorded. The second is governance approval: each set of parameters is packaged, fingerprinted and put to the framework’s governance before it can affect anything.
Until both gates are passed, a measurement lane may produce a provisional research observation while contributing nothing to an official score. The coverage register below separates lanes classed as built from other research work. No official submetric, parent-index or VTS score is published today.
Position
Stating this plainly is part of the method. All 30 submetrics are defined, while their evidence, parameters and network-specific publication gates progress separately.
Venue and asset diversity (DLI.VD) asks whether trading activity is spread across venues and assets. Its research implementation is separate from the POV.ES worked example on the Pipeline page. No observation here is a finding about a named network.
DLI.VD has an approved provisional research parameter package, but that is not approval of an official network result. Its research lane covers only part of the definition. Complete evidence, calibration, quality, provenance and publication gates are still required before anything can enter an official score.
A technical source path or approved provisional parameter package is not a complete measurement for every network. Each metric still needs evidence over its full window, reproducible classifications and the required quality checks; unsupported values stay missing.
Research observations, where available, remain provisional and separate from official scoring. No official submetric, parent-index or VTS score is published on this site. Publication remains locked until its calibration and governance gates are satisfied.
Ahead
Questions
Worked example · POV.ES economic settlement
Voxonomics uses one public definition across networks. POV.ES asks whether a finalised operation represents meaningful economic activity, then checks exclusions, attribution and value before any figure can be published.
Follow five invented records through that decision. Move the amounts to see how the example changes, or switch to the missing-evidence case. The numbers are fictional example units, not dollars, a network result or a POV.ES score.
What this page shows: one submetric worked through with fictional records. The wider Voxonomics evidence pipeline runs from chain source to preserved evidence, observation, measurement, submetric, parent index and VTS. This example stops before an official submetric result.
· Green releases toy units only. Uncheck to show the governed publication block. Missing purpose evidence always blocks the output. No official score is published.
fictional records move through the checks — click the pipe to add illustrative inputonly evidenced candidates continue
The walkthrough above illustrates the question; Edition 3.1 and the metric registry set the actual rules.
Edition 3.1 §11 · canonical metric registry · Proof of Value parent index
The fictional subtotal is arithmetic over five records. A publishable POV.ES measurement needs the complete declared network and 30- or 90-day scope, reproducible classifications, finality and duplicate checks, observable circular-activity filters, and event-time valuation under governed rules. Missing evidence is shown as a gap, never filled by a guess.
Publication remains locked. Research parameter approvals do not certify a network result. Official submetric, parent-index and VTS scoring is disabled until the remaining evidence, calibration and governance requirements are met.
purpose
Price tells us what a market pays in a monetary unit at a point in time. Voxonomics provides an independent evidence-based layer for measuring observable economic fundamentals: what blockchain networks do, how their economies function and what their evidence can support.
Public blockchains are the first proving ground because their records are public, timestamped, machine-readable and reproducible. The long-term ambition is evidence-based value intelligence beyond blockchains, but each additional asset or economic domain would need its own canonical framework. VTS remains specific to blockchain network economies.
framework
The Value Transfer Score (VTS) brings together six equally weighted parent indices. Each parent has a fixed one-sixth share of the composite and contains five canonical submetrics: 30 in total. Equal parent weights do not mean equal submetric weights; the weights within each parent are fixed by the current Edition 3.3 specification.
Definitions are canonical across blockchain networks. Chain-specific evidence adapters translate a network’s records into those definitions, preserving units, observation windows, exclusions and provenance. An adapter changes how evidence is obtained and interpreted for a chain; it does not relax the economic question to fit the available data.
six indices
Verifiable economic activity and value created or transferred through the network.
The breadth, persistence and quality of participation in the network economy.
Usable liquidity, market depth and diversity, with manipulation and circularity excluded.
Security, effective control, availability, governance and infrastructure integrity.
Verifiable adoption connected to economic activity beyond endogenous crypto speculation.
The capacity to retain essential function, absorb shocks and recover.
comparison
Records what a market pays in a currency unit at a point in time. It can change with purchasing power, credit, liquidity, expectations and risk without an equivalent change in measured network fundamentals. Market recognition is analysed separately from VTS.
Combines price and a supply definition. It is a valuation observation, not a complete account of participation, productive activity, integrity or resilience.
Describes assets classified as locked under a chosen method. Wrappers, repeated collateral and price movements can change the figure; usable liquidity also requires depth, execution quality and diversity.
Describe recorded events. Spam, automation and chain architecture affect those counts; an event count alone cannot establish economic purpose or value.
Connects defined measurements across six blockchain-economic dimensions, with explicit evidence, methodology, uncertainty and publication rules. It is a versioned measurement model, not a replacement for money, a price forecast or a claim of perfect truth.
evidence
source → preserved evidence → observation → measurement → submetric → parent index → VTS
A source provides records. Preserved evidence keeps the material needed to check them. An observation states what was found within a defined scope and time window. A measurement applies the specified units, exclusions and calculation. The result contributes to a canonical submetric, then its parent index, and finally the composite when publication requirements are met.
Source identity, evidence fingerprints, observation windows, adapter and methodology versions, calculation records and exclusions must travel with the result. Missing evidence must remain visible. It is not replaced with an invented neutral value, and a measured native-unit result is not automatically an official score.
Explore the interactive evidence pipeline or read the public Evidence guide.
analytical layers
Intrinsic network economic performance, derived from the six equal parent indices and standardised against ERU. It is not a market-price forecast.
The dynamic benchmark defining the published reference level of 1.000000. VTS can exceed one. ERU is a unit of measured performance, not a currency peg.
Market recognition of network fundamentals on a comparable standardised scale. Market valuation is assessed here, separately from VTS.
Compares intrinsic measurement with market recognition. A positive gap suggests under-recognition; a negative gap suggests over-recognition under the model. Interpret it with risk and confidence, not as a guaranteed trading opportunity.
Summarises structural and operational risk. Higher values indicate greater measured risk; this is separate from economic performance.
Measures confidence in data coverage, source reliability, adapter quality, freshness and model certainty. Higher values mean greater confidence; publication status must accompany results.
implementation
Ethereum, Solana and Avalanche are the current implementation focus. They are not the boundary of the chain-agnostic blockchain framework. Additional networks can be measured through adapters that meet the same definitions and evidence requirements.
The existence of all 30 definitions does not mean all 30 metrics are production-certified on these networks. Implementation, retained evidence, native-unit measurement, calibration and official publication are distinct stages. Coverage and refusals must be read per metric and per network.
Official VTS publication requires all six official parent indices, the required confidence and the applicable calibration and governance gates. The existing coverage page describes the restored site’s implementation position; its presence in this local preview is not a fresh certification of live runtime status.
history
Voxonomics developed through earlier Polkadot-era proposals and VOX / VOXD material. Those records document the project’s history; they are superseded as descriptions of today’s measurement framework. The current blockchain framework is chain-agnostic within its defined domain.
The old five-index model has been replaced by six equally weighted indices. Edition 3.1 replaces the subjective Public Trust Index with Protocol Integrity Index, broadens RWAI from real-world assets to real-world adoption, and adds Economic Resilience Index as an equal parent. It separates intrinsic performance from market recognition and makes evidence confidence and publication rules explicit.
Final Publication Edition 3.3 is the current public specification. It adds Macroeconomic Thesis and Scope Clarification while carrying forward Edition 3.2 unchanged. Edition 3.2 added evidence, storage and Vox-in-a-Box architecture while preserving the Edition 3.1 economics. Old versions, including Edition 3.1, remain available. Historical token proposals do not establish a current token launch. Optional VOX and market layers described in the specification are separate from the measurement framework.
Read the project history and supersession notice for the relationship between earlier proposals and the current framework.
reading
The controlling definitions, equations and publication rules.
Current FrameworkThe current scope and canonical measurement structure.
ResearchPublic research and methodology resources.
EvidenceThe public guide to evidence and reproducibility.
HistoryEarlier proposals and their supersession.
Contact
Voxonomics is a measurement standard, so the useful conversations are specific ones: a definition you believe is wrong, evidence we have not considered, a network that should be in scope, or a governance question about the calibration gate.
Where you believe a submetric misreads what it claims to measure, or where evidence exists that we have refused. Challenges to the method are the reason it is published.
Questions on the parameter packages, the calibration gate, and how a change to the specification is proposed, recorded and approved.
A chain enters by gaining an adapter that can answer the existing definitions. It never enters by relaxing one.
For research notes, allocation processes or reporting that needs figures somebody else can reproduce and challenge.
A challenge to a definition, or evidence for a figure we refused, goes to the research address and is answered there. Adding a network goes to the same address: a chain enters by gaining an adapter that answers the existing definitions, never by relaxing one.
The governing principle
“A refusal is a valid result.”
Publication principle in the Edition 3.1 framework
What is Voxonomics? · Current framework · Research · Value Transfer Score · About Voxonomics