๐ฏ Our Leitmotiv
The mission and vision driving DAE - Double At Email
๐ DAE's Mission
To democratize end-to-end encrypted email, making digital privacy accessible to everyone through a simple, universal, and future-proof protocol.
๐ค 1. Security Against AI and Quantum Computing
We are entering an era where Artificial Intelligence and quantum computers threaten current cryptographic security. Our goal is:
- eHead and eBody are both needed: Without eHead or eBody, not even with the private key could any partial information be extracted.
- Post-quantum preparation: Although RSA is not quantum-resistant, the system can optionally include a dual verification channel. Discovering the private key would not be enough; the attacker would also need to control a second communication system.
- Extreme confidentiality: From the moment the @@ protocol is widespread and doubleat.email ceases to be a temporary solution, only the sender and recipient will know the email content.
- Future-proof: We designed the @@ protocol to be easily updatable to new cryptographic algorithms when needed.
๐ก Why split email into two parts?
For several reasons:
1. Without being together, no partial information can be extracted.
2. Remove limits on the size of files that can be attached.
3. The '@' protocol was designed to send text, not files.
4. The '@' protocol is already 50 years old. It has been great, but new threats are coming.
For several reasons:
1. Without being together, no partial information can be extracted.
2. Remove limits on the size of files that can be attached.
3. The '@' protocol was designed to send text, not files.
4. The '@' protocol is already 50 years old. It has been great, but new threats are coming.
๐ง 2. Alleviate Attachment Traffic
Current mail servers are overloaded with gigabytes and terabytes of email attachments. Our @@ protocol offers an innovative solution:
- eHead by email: Only the first 50 KB of the encrypted email travels through the traditional email system.
- eBodys by download: The rest of the data (the eBodys) are downloaded from specialized servers, not mail servers.
- Decentralization: We reduce load on mail servers by distributing weight among storage servers.
- Efficiency: Mail servers can process more emails because they transport less attachment data.
๐ The Current Problem:
โข 306 billion emails are sent every day
โข 50% contain file attachments
โข Average attachment size: 2.5 MB and growing
DAE Solution: Decouple attachments from the traditional email system.
โข 306 billion emails are sent every day
โข 50% contain file attachments
โข Average attachment size: 2.5 MB and growing
DAE Solution: Decouple attachments from the traditional email system.
๐ 3. Universality of the @@ Protocol
Our dream is that the @@ protocol is accessible from any email client:
- Gmail, Outlook, Thunderbird: Plugins and extensions so any client supports @@
- Webmails: Integration with existing webmail services
- Mobile: Native apps for iOS and Android
- Open Source: The @@ protocol is open and can be implemented by anyone
- Compatibility: @@ emails work with any email provider
๐ฏ Future Vision:
Imagine a world where writing user@domain.com in any email client automatically means "encrypt this". Where privacy is not a technical feature, but the default standard. Where AI cannot read your emails because they are mathematically protected.
Imagine a world where writing user@domain.com in any email client automatically means "encrypt this". Where privacy is not a technical feature, but the default standard. Where AI cannot read your emails because they are mathematically protected.
๐บ๏ธ DAE Roadmap
Phase 1: Now
- โ Functional web platform
- โ RSA-4096
- โ eHead/eBody system
- โ Local key generation
Phase 2: Coming Soon
- ๐ Plugins for Gmail/Outlook
- ๐ Mobile (iOS/Android)
- ๐ Public API
- ๐ Two-factor authentication
Phase 3: Future
- ๐ฎ Post-quantum algorithms
- ๐ฎ @@ protocol as standard
- ๐ฎ Universal integration
- ๐ฎ Complete decentralization
Join the Secure Email Revolution?
Join DAE and be part of the future of private and secure email.
4096
RSA Security Bits
100%
End-to-End Encrypted
โ
Procedurally Guaranteed Privacy