iKrypt
FreeSecure secret-sharing with self-destructing encrypted links. AES-256 encryption happens client-side, key never touches servers.
What does this tool do?
iKrypt is a secure secret-sharing platform designed to solve the critical problem of safely transmitting sensitive information like passwords, API keys, and credentials. The tool uses client-side AES-256-GCM encryption, ensuring that the encryption key never leaves the user's browser and is not stored on their servers. Users can create self-destructing encrypted links with customizable expiration times, allowing one-time secure sharing of confidential data across various communication channels.
AI analysis from Feb 18, 2026
Key Features
- AES-256-GCM encryption
- Customizable link expiration
- Optional view/open notifications
- Client-side encryption
- No server-side key storage
- HIPAA-compliant enterprise options
- Open-source encryption framework
Use Cases
- 1Sharing temporary API credentials with development team members
- 2Securely transmitting patient data in healthcare settings
- 3Passing SSH keys between system administrators
- 4Sharing sensitive environment configuration values
- 5Transmitting temporary access credentials for cloud services
Pros & Cons
Advantages
- No account or signup required
- Zero-knowledge encryption with client-side protection
- Self-destructing links prevent persistent data exposure
- Supports HIPAA compliance for healthcare organizations
- Open-source encryption methodology
Limitations
- Limited to text-based secrets (no file uploads)
- Requires manual link generation for each secret
- No native integration with password managers
- Potential complexity for non-technical users
- Free tier might have usage limitations
Pricing Details
Free for personal use. Enterprise healthcare plans available with HIPAA compliance, audit logs, and team features. Specific pricing for enterprise plans not publicly listed.
Who is this for?
Developers, system administrators, healthcare professionals, security-conscious teams needing secure short-term credential sharing