Mailvelope VS SKS OpenPGP Key server

Compare Mailvelope VS SKS OpenPGP Key server and see what are their differences

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Mailvelope open source project. OpenPGP in your browser.

The place to publish and search OpenPGP public keys.

User-Friendly Interface
Mailvelope offers an intuitive interface, making it easy for users to encrypt and decrypt their emails directly within their webmail client.
Integration with Webmail
Mailvelope seamlessly integrates with popular webmail services like Gmail, Yahoo Mail, and Outlook, enhancing email security without needing to change email providers.
Open Source
Being open-source, Mailvelope's code can be reviewed and audited by the community, ensuring transparency and enhancing trust in its security.
Cross-Platform Compatibility
As a browser extension, Mailvelope can be used on any operating system that supports the Chrome or Firefox web browsers, providing flexibility for users across different platforms.
PGP Encryption
Mailvelope uses PGP (Pretty Good Privacy) encryption, which is a well-respected method of securing email communications, ensuring messages remain private between sender and recipient.

Requires Technical Knowledge
Users need a basic understanding of public-key cryptography and PGP to effectively use Mailvelope, which may be challenging for non-technical users.
Limited to Webmail
Mailvelope is specifically designed for webmail services, so it may not be suitable for those who use desktop email clients.
Manual Key Management
Users are responsible for generating, managing, and sharing their encryption keys, which can be cumbersome and prone to user error.
No Support for Attachments
Mailvelope does not natively support encrypting email attachments, which may require additional steps for users who need to send files securely.
Potentially Vulnerable to Browser Exploits
As a browser extension, Mailvelope may be vulnerable to browser-based security threats, such as malicious extensions or exploits that could compromise its functionality.

Decentralized Network
The SKS OpenPGP Key server is part of a decentralized network, which means it doesn't rely on a single point of failure and can continue to provide services even if parts of the network go down.
Open Source
The software running on SKS Key servers is open source, allowing users to review the code for security flaws or implement improvements, enhancing transparency and trustworthiness.
Interoperability
The SKS Key server network allows for interoperability with other OpenPGP-compliant software and servers, making it easier to share public keys across different systems and users.
Automated Key Synchronization
Keys uploaded to any SKS server are synchronized automatically across the network, ensuring widespread availability and ease of use for those searching for public keys.

Data Inaccuracy
Since anyone can upload keys, the network can contain outdated or inaccurate data, which could result in trust issues if users find and use invalid keys.
Lack of Key Revocation
Once a key is submitted to the SKS server, it's difficult to remove, including revoked keys, which can continue to be distributed and potentially misused.
Privacy Concerns
The open nature of the server means that uploaded keys and some associated metadata are publicly visible, which can raise privacy concerns for individuals sensitive to exposure.
Limited Metadata Management
The SKS Key server software has limited ability to manage or verify the authenticity of metadata associated with keys, which can impact the trustworthiness of the information provided.