TLDR. Today we shipped Build A of the explorer.pocket.network/serv… Scoring Service to MainNet. @poktnetwork This is more than a scoring update. It is another step toward building our own continuously maintained financial-data system for crypto treasuries—one that does not depend on a single explorer, vendor, API, or convenient data pathway to know what is happening. All 22 protocols passed Beta testing before the MainNet release. The collector now performs self-checks before publishing data, so it can identify incomplete responses, stale values, missing addresses, and other problems before they become part of a score. For on-chain holdings, the collector can now read wallets directly from: Base Arbitrum Polygon Avalanche BNB Chain That matters because explorers are useful, but they are not guaranteed infrastructure. They can be rate-limited, incomplete, unavailable, or unable to display a particular token correctly. When an explorer does not respond, the system can query the chain directly instead of stopping at the first unavailable data source. We also hardened deployment. The deploy script now stops rather than accidentally issuing a new access token. Small operational protections like this are important when a service is continuously collecting data and serving paid, on-demand responses. We then began Build C, which adds a formal rule for debt and obligation visibility. A protocol does not receive full credit simply because someone found a recent report. We now distinguish between: Obligations that are adequately disclosed. Obligations that are only partially visible. Obligations for which there is insufficient recent evidence. Protocols with incomplete but usable debt reporting receive a 10-point deduction rather than being treated as if their liabilities were fully known. Using that framework: Origin received its first score after we researched and recorded its debt positions. Synthetix was documented separately, including its large sUSD payback. Because that repayment is planned through future SNX issuance rather than current treasury assets, it is treated primarily as future-token dilution and supply risk rather than an immediate treasury deduction. Euler and Silo remain without scores until newer obligations evidence is available. Silo’s Stream claim is not being misclassified as Silo protocol debt. We also added annualized income and spending figures where the evidence was sufficient: 📈Sky: approximately $166.3M annualized inflow versus $40.6M annualized spending. 📈Lido: approximately $31.9M annualized inflow versus $43.8M annualized spending. 📈Aave: $75.6M annualized income using its most recent quarterly pace. For Aave, we deliberately used the conservative figure. Quarterly income declined from $37.9M to $24.6M and then to $18.9M. Using the latest quarter multiplied by four is more appropriate for forward-looking replenishment and runway analysis than using an average that assumes the earlier, stronger quarters will return. We also changed the pricing architecture. CoinGecko is now the primary market-price source, with CoinMarketCap as the backup. But many DeFi positions are not directly priced by either provider. Vault shares, lending receipts, and similar positions are therefore valued using their own on-chain exchange rates where possible. The system flags positions that have only one usable price source. These are not silently treated as equivalent to fully corroborated prices. They receive an evidence-risk flag and, where appropriate, a valuation haircut or lower confidence classification. The yETH Recovery vault was also found at two Yearn addresses. For now, it is being held as pending formal YIP-90 classification rather than being counted as freely liquid treasury capital. The system will not treat an asset as liquid simply because a wallet balance exists. Every change was tested on Beta before going to MainNet. The headline scores remained stable: Yearn: 76 Aave: 44 That stability is important. The goal is not to manufacture score movement. The goal is to improve the evidence, coverage, reproducibility, and honesty of the result. The work in progress is Build B. Build B creates a shared price bank on the backend. Prices are collected, normalized, versioned, and continuously saved. A signed copy is then sent to the hub so on-demand requests can use a known, auditable price snapshot instead of rebuilding the entire market-data process from scratch. Build B will also add on-chain pricing for: Curve LP tokens. Uniswap LP positions. Balancer LP tokens. The hub side is already deployed for testing. This architecture lets us price and preserve the data continuously, then serve paid agentic responses on demand. A request does not need to wait for the entire research process to begin from zero. It can use the latest validated snapshot, show when the data was collected, identify what changed, disclose any gaps, and trigger a fresh reconciliation only when the request requires it. That is the larger objective: Build an independent, continuously checked treasury-data system that can use public sources without becoming dependent on any single public source. The system is designed to know not only what it believes, but also: Where the number came from. When it was observed. Whether it was independently corroborated. Whether the asset is actually liquid. Whether obligations are visible. Which values were estimated. Which data was unavailable. What changed since the previous snapshot. How confident the final score should be. The scoring service is the output. The more important product is the evidence and valuation infrastructure underneath it. Building our foundational layers. base:0x764a726d9ced0433a8d7643335919deb03a9a935