🔐 Reimagining Encryption: Secure by Design. Engineered for Speed.

[itskashie]

🏷️ Discussion Type

Product Feedback

💬 Feature/Topic Area

Supply chain security

Discussion Details

🔐 Introducing Anoneurx Black Cipher — High-Performance Encryption

I’m building Anoneurx Black Cipher, an open-source encryption system focused on combining strong security with extreme performance and efficiency.

Unlike projects focused only on cryptographic security, CryptX explores the full systems layer:

⚡ Efficient mathematical operations
🧠 Low memory usage
🚀 Parallel processing
💻 SIMD & hardware acceleration
🦀 Optimized Rust/C implementation
🔬 Benchmarking, fuzzing & security analysis

I’m looking for cryptographers, security researchers, Rust/C/C++ developers, systems engineers, and performance specialists to collaborate, review the design, and challenge the implementation.

📩 collaboration@anoneurx.com

Open source. Security first. Performance without compromise.

[github-actions[bot]]

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[zarif501]

🔐 Project Breakdown
Core Goal: Building a high-performance encryption system that bridges the gap between strong cryptographic security and extreme systems-level efficiency.
Technical Highlights:
Implementation in Rust and C.
Hardware-level optimizations using SIMD & hardware acceleration.
Focus on low memory usage and parallel processing.
Rigorous testing via benchmarking, fuzzing, and security analysis.
Collaboration Needs: Recruiting a highly specialized team of cryptographers, C/C++/Rust developers, and systems engineers to review the design and challenge the implementation.
How would you like to proceed with this text? I can help you:
Refine the pitch: Polish the formatting and wording before you post it to platforms like GitHub Discussions, Hacker News, or Reddit.
Draft an outreach email: Write a template for reaching out to potential collaborators or security researchers.
Brainstorm technicals: Discuss Rust/C implementation strategies, SIMD optimizations, or fuzzing tools for cryptographic libraries.

[itskashie]

Yes, You can Help Us. it's our second biggest opensource project to support our first project.

[zarif501]

🔐 Project Breakdown
Core Goal: Building a high-performance encryption system that bridges the gap between strong cryptographic security and extreme systems-level efficiency.
Technical Highlights:
Implementation in Rust and C.
Hardware-level optimizations using SIMD & hardware acceleration.
Focus on low memory usage and parallel processing.
Rigorous testing via benchmarking, fuzzing, and security analysis.
Collaboration Needs: Recruiting a highly specialized team of cryptographers, C/C++/Rust developers, and systems engineers to review the design and challenge the implementation.
How would you like to proceed with this text? I can help you:
Refine the pitch: Polish the formatting and wording before you post it to platforms like GitHub Discussions, Hacker News, or Reddit.
Draft an outreach email: Write a template for reaching out to potential collaborators or security researchers.
Brainstorm technicals: Discuss Rust/C implementation strategies, SIMD optimizations, or fuzzing tools for cryptographic libraries.

[DASPINAKI2005]

This sounds like an interesting project, especially with the focus on both cryptographic security and system-level performance.

I’d be interested in seeing more details about the cipher design, threat model, implementation, and benchmarking methodology. For a project like this, independent cryptographic review and reproducible benchmarks would be particularly valuable alongside the Rust/C implementation.

If you have a public repository, technical specification, or design document available, sharing those would make it easier for developers and security researchers in the community to review the project and provide meaningful feedback.

Best of luck with the project.

[iawaisahmd]

one suggestion: clearly separate whether you're designing a new cipher or building a high-performance implementation around established cryptographic primitives. if it's a new cipher, independent cryptanalysis should come before performance claims. publishing test vectors and a clear threat model would also make external review much easier.