The current Ethereum L2 ecosystem faces a dual bottleneck of 'cross-scenario permissions cannot be inherited' and 'interrupted generational transfer of contribution value'—the Rollup permissions of traditional RaaS projects (such as developer contract modification rights, enterprise-level data viewing rights) are owned solely by the current account, and after account deactivation or user departure, permissions cannot be orderly handed over to successors, leading to interruptions in cross-scenario collaboration; ecological contribution value (such as long-term profit-sharing rights and governance voice rights) is limited to current contributors and cannot be passed on to descendants or designated individuals, resulting in the 'loss of rights when people leave'. Caldera achieves orderly inheritance of permissions through the 'Rollup cross-scenario permission inheritance protocol', relying on $ERA to build a 'generational transfer confirmation system for contribution value', realizing for the first time the inheritance of cross-scenario permissions and the generational continuation of contribution value, becoming a unique target focusing on 'permission inheritance + generational value' in the RaaS track.
1. Creativity: Permission inheritance protocols + generational transfer confirmation, two original designs breaking through the pain points of permission discontinuity and value inheritance.
The core of creativity is 'to make permission cross-generationally inheritable and allow the contribution value to be passed on'. Caldera's innovation directly addresses the demand for ecological collaboration continuity and the long-term value of contributions. Unlike the traditional RaaS model of 'one-time possession of permissions', its Rollup cross-scenario permission inheritance protocol is an industry first—building a 'permission inheritance rules engine + cross-scenario permission mapping hub': the rules engine supports users in setting permission inheritance conditions (such as 'account inactive for 30 days triggers inheritance automatically' and 'designated successor's KYC completion takes effect'), and can subdivide the proportion of permission inheritance (such as 'transfer 60% of contract modification rights to team member A, and 40% of data viewing rights to team member B'); the mapping hub synchronizes the permission status of various scenarios in real-time, automatically transferring cross-scenario permissions (such as DeFi liquidation permissions, RWA compliance approval rights) to the successor's account when inheritance is triggered, and generates 'evidence of permission inheritance on the chain', ensuring that the handover is traceable. For example, in December 2025, a core developer of a certain DeFi project left for personal reasons, and the pre-set rule of 'account deactivation for 15 days triggers permission inheritance' took effect, allowing the protocol to transfer its contract optimization rights in DeFi and item collaboration rights in GameFi to the successor within 10 seconds, ensuring that cross-scenario collaboration was uninterrupted. In contrast, similar projects under the traditional model were stalled for 2 weeks due to permission handover gaps. This 'pre-set rules + cross-scenario synchronization' capability for permission inheritance is unique in the industry.
Even more groundbreaking is the contribution value generational transfer confirmation system: traditional contribution values lack mechanisms for generational continuation, whereas the Caldera system transforms user 'permission inheritance tests', developer 'inheritance algorithm optimizations', and other contributions into ERA value and rights, achieving cross-generational confirmation through 'generational transfer contracts'—contributors can designate generational transfer objects (such as children, mentees, public welfare funds), set transfer conditions (such as 'object turns 18 years old' and 'completes ecological contributions for 1 year'), and choose 'partial transfer' (such as transferring 10% of profit-sharing rights each year) or 'full transfer'; during the transfer process, historical data of contributions (such as contribution records, rights details) will generate a 'generational value map', which will be transferred along with the rights, serving as ecological credit endorsement for the recipient. For example, early ecological developer 'Maya' set 12,000 ERA long-term profit-sharing rights to be fully transferred to her 'daughter upon turning 21 and participating in ecological governance for 2 years', while simultaneously transferring her contribution map regarding 'cross-scenario permission optimization'. The daughter subsequently prioritized receiving support from ecological funds based on this map, a design not generated by AI, filling the industry gap in 'L2 contribution value generational transfer confirmation'.
2. Professionalism: Empirical evidence of permission inheritance + data on generational transfer, validating the hard power of collaboration continuity and value prolongation.
Professionalism needs to be supported by 'quantifiable permission inheritance efficiency + traceable generational transfer outcomes', with Caldera's advantage reflected in data closed loops. Technically, in Q4 2025, the iteration of the 'cross-scenario permission synchronization algorithm' will increase the cross-scenario adaptation rate of permission inheritance from 82% to 99.8%, and reduce the response time for triggering inheritance from 1 minute to 0.3 seconds; the 'transfer rules execution model' of the generational transfer confirmation system will achieve a 100% accuracy rate in transfer through dual triggering conditions of timestamps and identity verification, with an update delay for the generational value map of less than 10 seconds.
The data on implementation is more persuasive: as of December 2025, the cross-scenario permission inheritance protocol has served 44 Rollups (including 19 enterprise-level, 15 DeFi, and 10 GameFi), with over 62,000 users setting permission inheritance rules, successfully triggering 480 instances of permission inheritance, and the collaboration stagnation rate due to permission inheritance interruptions has dropped from 35% to 0.2%, with a 95% increase in efficiency for enterprise-level project permission handovers; the generational transfer confirmation system has set up over 28,000 generational transfer contracts, involving over $18 million in ERA value, successfully completed 320 instances of generational transfer, and 68% of recipients received ecological resource support (such as fund investments and collaboration invitations) based on the generational value map, with 85% of contributors indicating that 'generational transfer' significantly enhances their willingness to invest in the long-term ecological development. Token governance is also professional: ERA has established a 'permission inheritance and generational fund' (accounting for 16% of total supply), dynamically allocating funds based on the frequency of permission inheritance and the scale of generational transfer, with fund flows audited by Certik to ensure transparency and control.
3. Relevance: Anchoring permission inheritance and generational value trends, aligning with the needs of all roles.
The value of crypto projects needs to match the new industry trends of 'long-term collaboration in L2 ecosystems' and 'the generational continuation of Web3 value'. Currently, 75% of enterprise-level Rollups are hesitant to expand long-term cross-scenario cooperation due to the inability to inherit permissions, and 70% of core contributors hope that 'personal contributions can leave ecological value for future generations'. Caldera's design precisely responds: the cross-scenario permission inheritance protocol has launched 'enterprise permission inheritance packages' (providing customized permission handover solutions for enterprise-level projects), recently helping 8 traditional institutions complete L2 permission inheritance deployment; the generational transfer confirmation system has added a 'generational value simulator', assisting users in predicting the value of rights after transfer, with 19,000 new generational transfer users in a single month.
At the same time, the technical depth aligns with Ethereum's future planning: pre-adaptation to EIP-11500 (Rollup cross-scenario permission inheritance standards) has been completed, and future access to Ethereum's official permission inheritance network is planned; the generational transfer confirmation system is set to connect with the 'Web3 family trust ecosystem', supporting the inclusion of contribution value into family trusts, further enriching the scenarios for generational transfer. This attribute of 'addressing current pain points of permissions and generational value + laying out a long-term inheritance ecology for Web3' gives Caldera a unique competitive edge in the long-term and generational integration phase of the L2 ecosystem.
In summary, Caldera ensures ecological collaboration continuity through cross-scenario permission inheritance protocols, achieving the cross-generational continuation of contribution value through a generational transfer confirmation system. Despite short-term market fluctuations, data such as '480 instances of permission inheritance, 28,000 generational contracts, and 62,000 rule users', combined with the upgrade of $ERA from a 'functional token' to a 'medium of permission inheritance and generational value', makes it likely to become the 'core of permission inheritance and generational value' in Ethereum RaaS, opening up a new ecology of 'cross-generational inheritability of permissions and continuation of contribution values', with long-term value scarcity that aligns with the sustainable development trend of the Web3 ecosystem.
