See How It’s Done

Let understand how to put your digital legacy on autopilot with encryption, so when the time comes, your data is delivered to your loved ones.

Security

AES-256 Cascade

Multi-layer payload wrapping

Encryption

Zero-Knowledge

Keys never leave your device

Monitoring

Dead Man's Switch

Automatic check-in heartbeats

Delivery

Secure Trust Handoff

Encrypted data delivery

Privacy

Shamir's Shards

Split and distributed keys

Intervals

Custom Timing

Flexible check-in schedule

Timelock

Time Capsule

Time-bound access control

Execution

Automated Legacy

Self-custody execution engine

Credentials

Password Vault

Encrypted login credentials

Web3

Crypto Seed Phrases

Hardware-level security

Auth

YubiKey & FIDO2

Hardware authentication keys

Getting Started is Simple

As easy as saving a password—just secure your assets, assign your trusted beneficiaries, and rest knowing your digital legacy is protected on autopilot.

Phase 01

Secure Account Setup

Create your account and add credentials, seed phrases, notes, or secure files directly into your locally encrypted vault.

Phase 02

Assign Beneficiaries

Designate the trusted individuals who will receive specific assets, configuring access boundaries and verifying contact channels securely.

Phase 03

All Set & Done

Cipherwill monitors your activity. If you miss your check-in interval and fail to respond to reminders, we execute secure delivery automatically.

Background Image

Open Source & Transparent

Cipherwill has open sourced all it's client code, this ensures that the community can verify how Cipherwill is encrypting the data before uploading to cloud and that no one has access to your data not even Cipherwill.
End-To-End Protection

The Cipherwill Lifecycle

Explore the complete timeline of how your assets are secured, monitored, timelocked, and seamlessly transferred to your loved ones.

1
01. Onboarding

Your First Steps with Cipherwill

  • Create your secure profile using a verified email address.
  • Complete your account setup by filling in basic identification tags (name, birthday).
  • Gain full, intuitive visibility over your personal protection timeline.
  • Explore security configurations directly on your default dashboard.
Illustration for Your First Steps with Cipherwill
2
02. Segment Organization

How Your Data is Structured?

  • Data is split into segments like login credentials, passwords, wallets, seed phrases, and notes.
  • Metadata (titles, tags, versions) remains unencrypted for rapid searching and sorting.
  • The actual payload is wrapped in highly secure, local end-to-end encryption.
  • Supports secure object file storage for uploading private documents, photos, and media.
Illustration for How Your Data is Structured?
3
03. Security Factors

Your Keys, Your Full Control

  • Choose from an array of encryption layers (passwords, FIDO2 keys, on-device biometrics, or wallets).
  • Creates isolated cryptographic public/private key pairs directly on your secure hardware.
  • Public keys encrypt data on our clouds, while the private key is held exclusively by you.
  • Guarantees that no data is accessible without the proper designated physical factors.
Illustration for Your Keys, Your Full Control
4
04. Multi-Layer

Cascade Encryption Wrapping

  • Leverages AES-256 block encryption combined with Elliptic Curve Cryptography.
  • Applies multiple separate encryption shells onto the same payload (Cascade Encryption).
  • Each datapod key is wrapped with a time capsule key and the beneficiary's public key.
  • Ensures absolute security: even if one layer is broken, the outer layers keep the data secure.
Illustration for Cascade Encryption Wrapping
5
05. Triggers

How Cipherwill Knows When to Act

  • Your dead man's switch triggers after a designated period of inactivity.
  • Starts a scheduled execution flow, delivering three separate sequential check-in reminders.
  • Reminders are sent through multi-channel networks (Email, SMS, and Voice Calls).
  • If you respond to any check-in, the schedule immediately resets to normal monitor mode.
Illustration for How Cipherwill Knows When to Act
6
06. Verification

Preventing Accidental Check-Ins

  • Add secondary backup contacts (SMS numbers, alternative emails) to secure alerts.
  • Cipherwill logs standard dashboard activity like updates, edits, or logins.
  • Any organic platform action automatically updates your timeline, resetting the countdown timer.
  • Ensures you always remain in absolute command of the monitoring switch.
Illustration for Preventing Accidental Check-Ins
7
07. Timelock

Keeping Wills Secure Until Needed

  • Time Capsule Encryption (TCE) physically locks payload keys behind cryptographic timelines.
  • Time keys are dynamically refreshed every 90-180 days by high-integrity nodes.
  • Prevents any premature decryption before the designated schedule is officially completed.
  • Requires both the completed time-unlocked key and the beneficiary's private key to decrypt.
Illustration for Keeping Wills Secure Until Needed
8
08. Handoff

Managing Beneficiary Data Access

  • Designate specific recipients and map customized data payloads to each beneficiary.
  • Upon validated switch execution, beneficiaries receive credentials via secure notification channels.
  • Beneficiaries inspect and download their delegated pods directly from a custom dashboard.
  • Access is open for a fixed 100-day window, after which all data is permanently and securely deleted.
Illustration for Managing Beneficiary Data Access
Facts background image

Important facts

  • Public/Private Cryptography
    Cipherwill uses public/private key cryptography to ensure secure communication and data transfer between you and your beneficiaries.
  • AES Encryption
    Data pods are encrypted using AES-256 encryption, providing robust security against unauthorized access.
  • Secure Key Exchange
    A secure key exchange algorithm is used to create unique relationship key pairs for encryption, ensuring that keys are safely generated and distributed.
  • Elliptic Curve Cryptography
    Relationship keys are encrypted using Elliptic Curve Cryptography (ECC), offering strong security with smaller key sizes.
  • Cascade Encryption
    Cascade encryption is a multi-layered encryption method where data is encrypted sequentially using multiple keys or algorithms. Each layer adds an additional level of security, making it harder to decrypt without all required keys.
  • Security Factor Protection
    If you and your beneficiaries have security factors enabled, it is impossible for anyone, including Cipherwill, to access or decrypt your data.

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.