Auth Protocol is a crypto primitive for key distribution and interoperable blockchain transactions
Auth Protocol the vanguard of decentralized security. Our groundbreaking authentication protocol is designed to revolutionize how digital identities and transactions are managed across disparate blockchain ecosystems. By leveraging cutting-edge technology, Auth Protocol enables seamless, secure, and interoperable connections between users and services, irrespective of the underlying blockchain. This not only simplifies cross-blockchain transactions but also elevates security and privacy to unprecedented levels. With Auth Protocol, experience the freedom and trust of a truly decentralized digital world, where your identity and assets move fluidly and safely across borders.
What is the Auth Protocol?
What is the Auth Protocol?
Auth protocol is a decentralized authentication protocol utilizing a new encryption primitive known as Signature-based Witness Encryption (SWE). This primitive uses lightweight methods to mutually observe the encryption of any discreet packet to be decrypted at a later time based off of any desired pre-conditions.
Advantages of the Auth Protocol
The benefits of this method as an alternative to other currently used methods EG: Multi-process computation (MPC) and homomorphic encryption (HE), is that it scales linearly, and does not require the original witness to function as nodes for decryption.
Challenges with Current Approaches
The current issues with the current approaches are scaling, and centralization.
In the case of MPC systems such as Lit protocol, are that the nodes which function as the authentication network are required to be online, and as in its current state are a list of nodes which are designated by the originating network. This is a closed infrastructure, so within its economic model does not adhere to open source protocol ethos. On top of this, the work required by the network as the usage grows is not linear, and in theory runs in scaling issues.
In the case of HE, the computation required to do homomorphic transforms for discern content in the encrypted packet is also computationally excessive and not viable for heavily utilized data at large scale.
Innovations of Auth Protocol Using SWE
Auth protocol using SWE is agnostic, does not require the same network uptime as the alternatives, and provides other benefits due to its design. The original SWE paper, the Mcfly paper referenced in our lite paper, was a theoretical for time delay decryption. This allows for scientific research and privacy, as well as benefits for journalistic reporting. Another added benefit is the potential for a protocol of this nature to greatly assist with cross-blockchain transactions when using a third party authentication authority to manage keys and transactions.
Features
What you get with Auth Protocol
Secure, Decentralized, Universal: Auth Protocol Reimagines Access.
Interoperability
Seamlessly integrate with multiple blockchains, tapping into unique strengths and communities.
Flexibility
Adapt to evolving blockchain technologies and market demands without being tethered to a single network.
Innovation-Friendly
Our agnostic approach fuels creativity, allowing developers to experiment and build without constraints.
Scalability
Efficiently scale your solutions, leveraging the best-performing blockchains to meet your needs.
Security & Reliability
Benefit from the collective advancements in security and performance across all supported blockchains.
Open to new ideas and contributions
Embracing a culture that is open to new ideas and contributions is integral fostering innovation, collaboration.
Inside Auth Protocol
Building on modern foundations
Utilizing novel decentralized technologies, auth can assist with a multitude of use-cases.Built on top of any distributed compute system
Built around research with the Internet Computer Protocol, this protocol can be deployed in any distributed environment
Open source foundation
Technology and research for all eco-systems with an open-source ethos for the empowerment of all sovereign distributed systems.
Cross-browser compatibility
Ensure your website looks and functions consistently across various web browsers, delivering a seamless experience to all users.