In the ZKP track, most projects operate on the logic of 'users present needs, projects adapt', always in a 'passive response' role, making it difficult to truly influence the trustworthy operation logic of the digital economy. However, Succinct's core breakthrough is to use SP1 zkVM as a pivot, stepping out of the 'demand adapter' positioning, actively formulating the underlying rules of 'Trustworthy Value Generation, Circulation, and Rights Confirmation' for the digital economy—making SP1 not just a technical tool, but the core hub that defines 'what is trustworthy, how trust can be used, and how much trust is worth', which is the key difference that sets Succinct apart from traditional ZKP projects.
Succinct establishes 'Trustworthy Value Generation Rules' with SP1, transforming trust from 'post-facto certification' to 'native attribute'. In the traditional digital economy, trustworthy proofs are often 'supplemented only after the transaction is completed', leading to a disconnect between data generation and trustworthy verification, easily resulting in 'data tampering being hard to trace'. Succinct builds a 'Trustworthy Native Generation System' through SP1: embedding SP1's verification logic into the core processes of data generation, synchronously creating 'immutable trustworthy certificates' at the time of data generation, with certificates bound to data as a 'single unit'—whenever manufacturing equipment sensors collect operational data, SP1 synchronously generates 'Data Integrity Proofs', eliminating the need for secondary verification; when entering bill of lading information into the cross-border trade system, SP1 automatically generates 'Ownership Trust Labels', ensuring traceability of ownership in subsequent circulation. This 'generation is trustworthy' rule makes trust a 'native attribute' of data; after integration with a certain cross-border e-commerce platform, document verification efficiency improved by 90%, with no data tampering disputes occurring, completely transforming the passive model of 'transaction first, certification later'.
More critically, Succinct uses SP1 to establish 'Trustworthy Value Circulation Rules', breaking inter-domain barriers. The circulation of traditional trustworthy proofs is often hindered by 'different chain protocols, inconsistent scenario standards'—Ethereum asset proofs cannot be used in the Bitcoin ecosystem, and trustworthy reports from industrial equipment are difficult for financial institutions to recognize. Succinct establishes a 'Cross-Domain Trustworthy Circulation Protocol' through SP1: assigning 'Universal Trustworthy Metadata' to each proof, including 'Ownership Hash, Verification Standards, Scenario Adaptation Tags', allowing recipients to parse and verify without secondary development, regardless of the chain or industry it circulates to; simultaneously, the protocol supports 'Trustworthy Value Splitting and Merging', allowing large proofs to be split into standardized units (e.g., a 1 million yuan equipment proof split into 100 units of 10,000 yuan), for flexible use by small and micro enterprises, and different entities' small proofs can also be merged for financing. A manufacturing company provided pledge endorsements for 5 small micro enterprises by splitting trustworthy units of equipment, obtaining shared revenue while solving the financing difficulties of small micro enterprises with 'no trustworthy assets', allowing trustworthy value to circulate freely across entities and scenarios.
Succinct uses SP1 to establish 'Trustworthy Value Pricing Rules', transforming trust from 'priceless' to 'quantifiable trading'. In the past, trustworthy value lacked a unified assessment standard, making it difficult for companies to measure the return on investment in ZKP, and financial institutions could not set product prices based on trust. Succinct constructs a 'Trustworthy Value Quantification Model' through SP1: generating a 'Trustworthy Value Index' from three dimensions - 'Data Credibility (e.g., whether collected in real-time), Scenario Importance (e.g., financing vs. ordinary records), Risk Level (e.g., large assets vs. small data)' with a score from 0 to 100. The index is directly linked to actual economic value—banks set loan limits based on the index (above 90 points, maximum loan of 3 million yuan), insurance companies adjust premiums based on the index (above 85 points, premium reduced by 20%), and trading markets set prices for trustworthy units based on the index (30% premium for 90-point units). A certain photovoltaic power station's carbon data credibility index reached 92 points, trading at 25% above market price in the carbon market, and receiving preferential green credit interest rates from banks, increasing annual comprehensive income by 4 million yuan, providing a clear 'price scale' for 'trustworthy value'.
Succinct's core competitiveness has never been about 'superior technical parameters', but rather upgrading from 'demand adapter' to 'trustworthy rule maker' through SP1. This determines the generation methods, circulation paths, and pricing logic of trustworthy value in the digital economy, making ZKP technology no longer an isolated tool, but an integral part of the underlying operational 'rule system' of the digital economy. This positioning not only creates differentiated barriers for SP1 in the ZKP track but also makes Succinct a key force in driving the digital economy from 'information interconnectivity' to 'trustworthy value interconnectivity', paving a new path for the ZKP track from 'technical breakthroughs to rule reconstruction'.
