Pricing

Engagement Models

Straightforward collaboration options for security auditing, C/C++ development, and mobile applications.

Core Specialty

Vulnerability Audit & Advanced Fuzzing

Comprehensive security auditing and custom AFL++ fuzzing campaigns for C/C++ codebases and binaries.

Scoped per Target / Codebase

Key Inclusions:

  • Custom AFL++ fuzzing harnesses & mutation strategies tailored to your codebase
  • Deep manual C/C++ source code & memory safety review
  • Reproducible Proof-of-Concept (PoC) inputs for every discovered crash/bug
  • Clear remediation patches and post-fix verification
Request a Security Audit

Custom C/C++/ASM & Mobile App Development

End-to-end engineering of fast native tools, system libraries, or production Android applications.

Project-Based Engagement

Key Inclusions:

  • Low-level C, C++, and Assembly development for Linux & Windows
  • Complete Android mobile app development & Google Play publishing support
  • High-performance native engines and CLI utilities
  • Clean, well-documented source code with full ownership transfer
Start a Development Project
Payment

Accepted Payment Methods

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FAQ

Frequently Asked Questions

What is the typical engagement process?

Engagements begin with a technical scoping conversation to evaluate performance targets, architectural constraints, or vulnerability auditing boundaries. A detailed technical roadmap is agreed upon before implementation.

Can open-source libraries be integrated commercially?

Yes. All GUIARX open-source releases (including NeuroHTTP, FastScan, and GuiarStr) are distributed under permissive open-source licenses (MIT/Apache), enabling seamless commercial adoption.

Do you support custom NDA & proprietary security audits?

Yes. Proprietary security reviews and systems consulting can be conducted under standard bilateral non-disclosure agreements with private delivery of advisory findings.

What hardware architectures do you target?

We specialize in x86-64 (AVX2, AVX-512, SSE4.2), ARM64 (NEON), and standard POSIX/Linux, Windows, and macOS runtime environments.