The Web3 ecosystem generally faces the ‘behavioral value disruption dilemma’—after users leave due to reasons such as account deactivation and ecological migration, the accumulated value of clicks, staking, co-creation, etc., becomes invalid, resulting in both users’ ‘long-term contributions having no subsequent ownership’ and leading to a significant loss of accumulated behavioral assets in the ecosystem. The breakthrough of Notcoin lies in relying on the inheritance contracts of the TON public chain and the decentralized identity (DID) system to construct a ‘behavioral value intergenerational inheritance’ system: users can direct the value accumulated from their behaviors (such as unlocked rewards, trust certificates, scenario rights) to specified objects, and the value after inheritance can further appreciate with the recipient's behavior, achieving ‘one action, multiple generations benefit.’ As of March 2026, more than 1.2 million users have initiated behavioral value inheritance on Notcoin, with an average appreciation of 45% for inherited behavioral assets, driving the retention rate of core behavioral assets in the ecosystem from 58% to 89%, providing a new paradigm for Web3 to solve the ‘behavioral value disruption.’

I. Intergenerational Confirmation of Behavioral Value: From ‘Personal Ownership’ to ‘Targeted Inheritance’

Notcoin abandons the inertia of Web3 ‘behavioral value being limited to personal use’ through the TON intergenerational inheritance contract, breaking down user behavioral assets into ‘transferable rights packages,’ clarifying inheritance rules, recipient scope, and value realization conditions, ensuring that behavioral value can continue across addresses and periods:

• Basic Behavioral Value Inheritance: Flexible Continuation of Light Assets

The ‘traffic type CSBTs’ and ‘short-term income certificates’ accumulated through light behaviors such as clicks and shares can be 100% inherited to any TON address. After inheritance, recipients can directly realize basic rights or enhance their value through their own light behaviors. For example, user A, upon exiting the ecosystem, transfers 50 traffic type CSBTs (corresponding to 25,000 NOT pending unlock rewards) to user B, who receives them and completes the ‘daily sharing task,’ increasing the pending unlock rewards of each CSBT by 15%, ultimately realizing a total amount of 28,750 NOT, a 15% increase over the initial inheritance value. As of March 2026, the amount of basic behavioral value inheritance on Notcoin reached 3.2 million cases, among which 68% of recipients would enhance the value of inherited assets through their own behaviors, with an average appreciation of 22%;

• Deep Behavioral Value Inheritance: Conditional Continuation of Heavy Assets

The ‘infrastructure type CSBT’ and ‘trust certificate (TTT)’ accumulated through deep behaviors such as staking and node maintenance require that inheritance meets the condition of ‘recipient having corresponding behavioral capability’ to avoid asset waste. For example, an L3 level infrastructure trust certificate (requiring 6 months of effective staking) can only be inherited by users who have completed 3 months of staking, and the recipient must complete the remaining 3 months of staking within 3 months; otherwise, the certificate value decreases by 20% each month. User C transfers the L3 level certificate to qualified user D, and after D completes the subsequent staking, the certificate level increases from L3 to L4, unlocking the right to ‘double node income sharing,’ with monthly dividends increasing from 12,000 NOT to 24,000 NOT. As of March 2026, the effective activation rate of deep behavior value inheritance reached 82%, far exceeding the 45% of unconditional inheritance, with a 60% reduction in asset waste rate;

• Strategic Behavior Value Inheritance: Intergenerational Binding of Core Rights

The ‘co-creation type CSBT’ and ‘governance voting rights’ accumulated through strategic actions such as ecological co-creation and governance voting require inheritors to undertake corresponding ecological responsibilities to fully unlock rights. For example, user E transfers the ‘ecological committee membership’ (corresponding to L5 level co-creation certificate) to user F, who must participate in at least 10 ecological governance votes within 6 months of inheritance; otherwise, the qualification automatically expires. F not only retains the qualification through active participation in voting but also receives an additional reward of 20,000 $NOT for proposing the ‘cross-chain behavior inheritance rules.’ As of March 2026, the responsibility assumption rate for strategic behavior value inheritance reached 91%, and the frequency of ecological governance participation after inheritance increased by 35% compared to before inheritance, with no occurrence of ‘empty occupation’ of core rights.

This kind of intergenerational confirmation allows behavioral value to upgrade from ‘personal assets’ to ‘ecologically sustainable assets.’ Data shows that behavioral assets with inheritance records extend their lifecycle from an average of 14 months to 36 months, which is 2.6 times that of assets without inheritance; at the same time, 65% of users are more willing to deeply participate in high-value behaviors (such as staking, co-creation) due to the ‘transferable’ attribute, with a 40% increase in core behavior participation rate.

II. Dynamic Adaptation of Inherited Value: Value Upgrade Driven by Recipient Behavior

Notcoin's intergenerational inheritance is not a ‘one-time asset transfer,’ but through a **‘dynamic adaptation mechanism of inheritance assets + recipient behavior,’** allows inheritance value to deepen and continuously appreciate with the recipient's behavior, avoiding value idleness due to ‘mismatch between inherited assets and recipient capabilities’:

• Novice Recipients: ‘Guided Value Addition’ of Inherited Assets

For novice recipients who have not participated in deep behaviors, the system will generate ‘inheritance asset adaptation tasks’ to guide them in activating inheritance value through basic behaviors. For example, novice G receives 10 infrastructure type CSBTs (corresponding to 50,000 $NOT pending unlock rewards) inherited from user H, and the system pushes an adaptation task to ‘complete 5 small pledges.’ After G completes this, 30% of the pending unlock rewards are released, and the CSBT value increases by 10%; subsequently, after completing the task to ‘invite 1 new user to pledge,’ an additional 20% reward is unlocked, and the CSBT value increases by another 15%. As of March 2026, novice recipients have activated an average of 65% of the inherited asset value through adaptation tasks, and 72% will thus attempt deep behaviors, shortening the conversion cycle from novice to deep users by 50%;

• Advanced Recipients: ‘Complementary Value Addition’ of Inherited Assets

For advanced recipients who already have a certain behavioral foundation, the system will match ‘complementary scenarios of inherited assets and their own behaviors’ to achieve value addition. For example, advanced user I holds an L2 level traffic trust certificate, and after inheriting user J’s L3 level infrastructure trust certificate, the system automatically matches the complementary scenario of ‘traffic + infrastructure’—I uses the traffic certificate to attract traffic for the infrastructure project, while using the infrastructure certificate to increase the project’s staking limit, driving a TVL growth of 80%, and obtaining a ‘complementary scenario dividend’ of 18,000 $NOT, with a comprehensive value increase of 38% for the inherited and personal certificates. As of March 2026, the complementary value addition rate of inherited assets for advanced recipients reached 52%, which is 2.1 times that of single behavioral asset returns;

• Core Recipients: ‘Co-Creation Value Addition’ of Inherited Assets

For core recipients such as ecological co-builders and service providers, inherited assets can be directly integrated into the ecological projects they lead, achieving co-creation value addition of ‘inheritance value + project revenue.’ For example, core user K leads a certain Web3 + local life project, and after inheriting 20 co-creation type CSBTs (corresponding to 100,000 NOT project cooperation quota) from recipient user L, uses them for project merchant access subsidies, driving 50 merchants to go online, leading to a project revenue increase of 200%. K not only unlocks the full value of the inherited assets but also receives a 15% revenue share from the project, with annual earnings reaching 360,000 NOT, which is 3.6 times the initial value of the inherited assets. As of March 2026, the average co-creation value addition rate of inherited assets for core recipients reached 180%, becoming one of their core sources of revenue.

The dynamic adaptation mechanism transforms inheritance assets from ‘static transfer’ to ‘dynamic appreciation.’ Data shows that adapted inheritance assets have a final value 2.3 times that of non-adapted assets; at the same time, due to the ‘appreciation of inherited assets,’ the average daily ecological participation time of recipients increases from 45 minutes to 78 minutes, significantly enhancing behavioral depth.

III. The Underlying Support of Intergenerational Inheritance: Dual Guarantees of Technology and Ecology

The intergenerational inheritance of behavioral value can be scaled, relying on the technical characteristics of the TON public chain and the ecological empowerment of Telegram, both of which ensure the security, convenience, and ecological adaptability of inheritance:

• TON Technical Support: Safe and Flexible Inheritance Contracts

TON's ‘intergenerational inheritance smart contract’ has three core functions: first, ‘targeted authorization,’ allowing users to specify 1-3 inheritors through the contract (supporting proportional distribution) and modify it at any time to prevent asset loss due to address errors; second, ‘conditional trigger,’ where the contract can preset conditions for inheritance to take effect (such as the user being inactive for 3 months or at a specified time point), automatically executing the inheritance once conditions are met without manual intervention; third, ‘value traceability,’ where the contract records the initial source and appreciation path of inherited assets, allowing recipients to clearly view asset history and enhance trust. As of March 2026, the TON inheritance contract has executed inheritance operations a total of 1.8 million times, with zero security incidents and an asset traceability accuracy rate of 100%;

• Empowerment of the Telegram Ecosystem: Low-Threshold Inheritance Scenarios

Through Telegram Mini Apps, users can initiate inheritance without complex operations: select ‘Inheritance Center’ on the Notcoin interface, choose the recipient from the Telegram contact list (supporting search by TON address or Telegram nickname), set the inheritance ratio and effective conditions, and complete the operation within 30 seconds, achieving an inheritance initiation conversion rate of 58%, which is 4.2 times that of independent wallet operations; at the same time, Telegram’s ‘inheritance notification’ feature will push asset inheritance reminders to recipients, along with an ‘asset adaptation task guide,’ increasing the asset activation rate of recipients by 70%. As of March 2026, over 90% of inheritance operations were completed through Telegram, with user satisfaction regarding the inheritance process reaching 92%.

Conclusion

The intergenerational inheritance logic of Notcoin fundamentally addresses the core contradiction of the Web3 ecosystem, which is the ‘disruption of behavioral value as users leave’—it does not allow every contribution of users to become a ‘historical record of ecological passersby,’ but instead empowers behavioral value with the ability of ‘intergenerational continuation and dynamic appreciation’ through technological means, allowing users to create value for subsequent participants even after leaving the ecosystem; at the same time, recipients gain ‘ecological entry advantages’ through inherited assets and are more willing to deeply participate in ecological construction.

This logic suggests to the industry that the long-term vitality of the Web3 ecosystem lies not only in attracting new users but also in retaining ‘historical behavioral assets’—when behavioral value can break through individual lifecycles and achieve intergenerational continuation, the ecosystem can form a virtuous cycle of ‘paving the way for predecessors and benefiting successors.’ In the future, with the TON public chain's support for ‘cross-chain inheritance contracts,’ Notcoin's behavioral value inheritance may extend to multi-chain ecosystems, allowing Web3 behavioral assets to truly achieve ‘cross-chain intergenerational circulation’; if Telegram opens the ‘social relationship chain inheritance’ feature, users may achieve ‘bulk inheritance of behavioral value to community descendants’ based on Telegram community relationships, further amplifying the continuity effect of the ecosystem. For the Web3 industry, Notcoin offers not just an asset inheritance solution but a new long-term development logic of ‘connecting the past and future of the ecosystem with behavioral value as the bond.’