In the 21st century, an individual’s life is no longer just physical.
It is spread across banking apps, crypto wallets, cloud storage, social media, and encrypted password managers.
When a person passes away or becomes incapacitated, families face Digital Paralysis.
Traditional nominee systems are fragmented:
- A nominee for one bank has no access to other accounts
- Crypto wallets become permanently locked
- Cloud memories are deleted due to inactivity
- Encrypted data is unrecoverable without master credentials
Billions in digital assets and irreplaceable memories are lost every year.
This is not just a technical failure — it is an emotional and financial crisis.
Families are unable to:
- Retrieve memories
- Close digital accounts
- Access important documents
- Execute the final wishes of their loved ones
Our digital lives have evolved, but inheritance systems have not.
We are building Digital Will Web , a decentralized Digital Inheritance Platform with a deceased/incapacitated person.
The platform creates a secure “Map of Life” that:
- Indexes all critical digital assets
- Encrypts and stores access credentials
- Uses a digital death certificate/medical certificate - authentication mechanism as a secure identity proof
- Transfers access to beneficiaries when inactivity is confirmed
This bridges the gap between legal nomination and digital reality.
During the nominee's verification, we are performing authentication process of death/medical certificate with the deepseek model and crosschecking in the government database.
- The nominee is demanded to submit the required certificate
- This certificate is deep verified with the govn.databases and deepseek models
- Once verified technically the access is granted
- Then the secret vault info is shared to the nominees through end to end encrypted path
- Prevents fake breaching of the nominees
- Verification the inactivity of the user
- Build a end to end encrypted path flow
- User registers digital assets (banks, crypto, cloud, documents)
- Credentials and keys are encrypted
- User saves digital asserts in this secret vault
- Trusted beneficiaries are assigned
- Deceased/Incapacitated Switch monitors activity
- Upon verified inactivity, access is released securely to beneficiaries
- End-to-end encryption of all sensitive data
- Secure vault data is never stored in raw form
- Zero-knowledge architecture
- Decentralized storage to prevent single point of failure
- Multi-layer authentication (encryption + death/medical certificate verification)
- Frontend: React.js/Typescript
- Backend: Python / C++ / C
- Encryption: C-based XOR encryption module (prototype)
- API Layer: Python ↔ C/C++ integration
- Storage: Decentralized / Local demo storage(For secure vault info) + MongoDB/NoSQL Database(For profile data)
- Video-Based Password System
- AI-based liveness and deepfake detection
- Legal integration with wills and nominee systems
- Multi-party verification (lawyer + nominee)
- Government and banking API integration
- Advanced biometric authentication
Instead of relying only on traditional text passwords, our platform is going to introduce video-based authentication.
- The user records a short secure video during setup
- The video acts as a biometric identity proof
- Encrypted metadata and verification patterns are stored (not raw video)
- During recovery or inheritance execution, the video is used as an additional security layer
- Harder to steal or brute-force
- Adds human verification beyond text credentials
- Prevents unauthorized access and impersonation
- Acts as a Proof-of-Life and identity confirmation
Built with ❤️ by Team CAPZ
Hackathon Project — Redefining Digital Inheritance Security(Digital_Will)