Our Vision
CryptoLegacy focuses on long-term value, security, and deterministic on-chain execution — without speculation, discretion, or dependency on human coordination.
CryptoLegacy is built on a pragmatic belief: systems that matter over decades must continue to operate not only when everything goes right, but when the owner cannot act, coordination fails, and assumptions break.
Market cycles, speculative trends, and platforms come and go. Inability to act is different: it is an execution condition that can arise unexpectedly and persist for an unknown duration.
Throughout this document, “cannot act” refers strictly to the inability to submit required on-chain transactions. It does not imply death, legal status, or any specific real-world event.
The protocol does not predict outcomes, interpret intent, or distinguish between temporary and permanent causes. All execution is defined in advance and enforced on-chain under strict, predefined rules.
We believe self-custody is meaningful only if execution remains possible during periods of owner inability to act — regardless of whether that condition is temporary or permanent. Ownership without an execution model for such periods is incomplete.
Inheritance exists within CryptoLegacy only as a terminal execution outcome. It is not the primary framing of the system, but the final state reached if temporary execution paths are not resolved.
This document describes the principles that guide CryptoLegacy at the protocol level. It is not a marketing statement and does not imply or promise any specific outcome.
CryptoLegacy exists to define and constrain execution during owner inability to act — deliberately, predictably, and without discretion.
Core Principle
If an execution outcome is not explicitly allowed by protocol rules, it cannot occur.
Key Principles
Inability to act as the primary execution condition CryptoLegacy is designed around a single on-chain condition: the owner cannot act. This condition is agnostic to cause and does not assume death, permanence, or intent — only the absence of required on-chain actions.
Temporary before terminal Execution paths prioritize reversibility and recovery during temporary inability to act. Inheritance exists only as a terminal execution outcome if the condition becomes permanent and earlier paths are not resolved.
Execution before narratives UX, features, growth, and tooling exist only to support predefined execution paths under inability to act — not to infer real-world situations.
Users first We build CryptoLegacy for ourselves, the people we care about, and for you and those you trust. Real execution constraints matter more than metrics, storytelling, or adoption curves.
Security as enforced constraints Security is not a promise and not a guarantee. It is achieved by limiting execution paths, enforcing role boundaries, and designing failure modes that are predictable rather than catastrophic.
Tokens can fail — execution must persist Token prices are temporary. Inability to act — temporary or permanent — is a long-term execution risk. CryptoLegacy is designed to function independently of market conditions, sustained by real usage and a transparent donation-based funding model.
Decentralization with strict boundaries No governance process, operator, plugin, or upgrade mechanism may override execution rules, shorten protocol-defined periods, or reverse finalized outcomes.
No investor pressure Execution integrity is never traded for growth, speed, or visibility.
Simplicity as a security property Complexity increases failure modes. CryptoLegacy is designed to remain understandable and auditable because execution must work during extended periods of owner inability to act.
What CryptoLegacy Is Not
Not a death-triggered mechanism
Not an inheritance-first system
Not a custodial service
Not a recovery hotline
Not a discretionary governance system
Not a coordination-dependent mechanism
Not a promise of safety or outcome
Not a system that interprets intent or real-world events
CryptoLegacy defines execution during inability to act — and nothing beyond it.
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