Security engineered from first principles — across firmware, software, and cryptographic systems.
Security is not an afterthought at BolivarTech — it is built into the architecture from day one. We design and implement security systems across the full technology stack: from bare-metal firmware and hardware-backed cryptography to web application security and Android platform hardening.
Our security expertise is grounded in real implementation experience — not only applying standard frameworks but also designing original cryptographic algorithms, building secure communication systems, and hardening embedded devices against physical and software-level attacks.
The security disciplines we design, implement, and audit.
Implementation of symmetric and asymmetric cryptographic systems. Custom algorithm design, AES/ChaCha20/RSA/ECC integration, hardware-backed key storage using TPM, Android Keystore, and secure enclaves.
Multi-factor authentication, biometric integration, OAuth 2.0 / OpenID Connect, JWT and session management, password hashing with Argon2/bcrypt, and hardware token support (FIDO2/WebAuthn).
Role-based (RBAC) and attribute-based (ABAC) access control design. Policy enforcement, privilege separation, and least-privilege architecture for both software systems and embedded platforms.
Security-hardened firmware development in Rust and C/C++, applied within functional safety frameworks (IEC 61508-3/7, IEC 60730-1). Secure boot chains, firmware signing and verification, memory protection units (MPU), anti-tamper mechanisms, and encrypted OTA updates.
Tamper-evident audit logging, event tracing for security-relevant actions, log integrity protection, and accountability systems that ensure all actions can be attributed to authenticated identities.
Threat modeling (STRIDE/PASTA), security architecture design, code review focused on security vulnerabilities (OWASP Top 10, CWE), and integration with customer security policies and compliance requirements.
BolivarTech developed CuaimaCrypt, an original symmetric encryption algorithm combining block coding and pseudo-random sequence coding through a proprietary "Shift Codec" architecture. All initial parameters — seeds, scramblers, hopping sequences — are initialized via Lorenz attractor states, making the key space mathematically unbounded as a function of configuration.
With 6 blocks, CuaimaCrypt achieves 1,610-bit equivalent security — approximately 3.5× the security level of Blowfish and 6× AES-256. The algorithm is open source, cross-platform, and available for commercial licensing.
Learn About CuaimaCryptSecurity frameworks, protocols, and platforms we implement against.
Whether you need to harden an existing system, design security architecture from scratch, or integrate cryptographic solutions into your product, we can help. Let's talk about your security requirements.
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