Zero-Knowledge.
Zero Compromise.

At Cipherwill, your digital legacy is protected by client-side cryptography. Your secrets are encrypted on your device before they ever touch the cloud. We are entirely blind to your data-by design.

S1S2S3

Built on Unshakable Pillars

A secure foundation built on client-side control and cryptographic openness.

Client-Side Encryption

All sensitive assets are locked using AES-256-GCM right in your browser or device app before they are uploaded. Your device holds the master key-never our servers.

Zero-Knowledge Architecture

We design our architecture so that Cipherwill is mathematically blind to your contents. Because we do not store or transmit your raw passwords or keys, we cannot access your digital will under any circumstance.

Open Source Transparency

Security shouldn't rely on blind faith. Our core cryptographic protocols, client-side encryption libraries, and smart-contract specifications are inspectable, open, and community-audited.

Cryptographic Flow

The Data Lifecycle

How your sensitive information is transformed from plaintext into unbreakable ciphertext.

01
Data Input

Raw Data Provided

You enter sensitive items (passwords, files, wills) in our secure dashboard locally.

02
Local Seal

Client-Side Encryption

Your browser encrypts raw data with AES-256 before leaving your computer.

03
Cloud Storage

Sealed Zero-Knowledge Vault

Only ciphertext is stored in the cloud. It is completely unreadable to Cipherwill.

04
Decryption

Beneficiary Unlock

Decryption occurs only on the verified beneficiary's device using their private key.

Rigorous Primitives

Peer-Reviewed
Mathematics.

We do not invent proprietary or closed security ciphers. Cipherwill is built strictly upon industry-standard, battle-tested cryptographic primitives, ensuring complete long-term protection.

100% Client-Side Key Generation
Zero-Knowledge Server Logs
Independently Auditable Schemas
Symmetric Cipher

AES-256-GCM Encryption

The gold standard of bulk data encryption. Encrypts all notes, files, credentials, and assets locally on your device with high-entropy keys.

Elliptic Curves

BLS12-381 & SECP256K1

Advanced algebraic curves used for digital signature verification, zero-knowledge metadata checks, and secure, non-custodial key exchanges.

Decomposition Threshold

Shamir's Secret Sharing

Splits master contingency keys into multiple mathematical fragments (shards) held by independent verifiers to secure the Shard Switch.

Be ready for tomorrow.

Legacy planning isn't about the end; it's about giving your loved ones complete clarity. Create a secure, automated plan for your digital assets in under three minutes.