Specialized cryptography engineers secure high-value systems across financial services, healthcare, government, telecom, cloud providers, e-commerce, and critical infrastructure. We design KMS and HSM integrations, PKI and TLS implementations, harden RNG and side-channel resistance, perform code reviews and audits, and deploy post-quantum migration plans that balance compliance, legacy integration, and performance.
Hire Cryptography Engineers to Secure Your Data
Cryptography engineers secure data by designing encryption algorithms, protocols and key lifecycles, mitigating side-channel and timing attacks, validating PKI and certificates, and preparing for post-quantum risks while optimizing performance. Staffenza delivers cryptography engineering services for global enterprises and teams, including KMS/HSM integration, TLS/mTLS, PKI, audits and PQ migration.

Advanced Cryptographic Design And Compliance For Sectors
How Staffenza Delivers Elite Crypto Engineers
Staffenza connects regulated enterprises with pre-vetted cryptography engineers who combine academic rigor and production experience to solve real-world security challenges. Our talent pool delivers HSM and KMS integrations, PKI buildouts, TLS and mTLS architectures, secure RNG implementations, side-channel mitigations, code-level crypto reviews, FIPS 140-2/140-3 compliance support, and post-quantum migration planning tailored for finance, healthcare, government, telecom, cloud, and critical infrastructure.
We screen candidates for cryptographic depth, practical experience in AES, RSA, ECC, ChaCha20, OpenSSL, libsodium, and cloud KMS, plus hands-on work with HSM vendors and PQC primitives. Staffenza accelerates hiring with AI-powered matching, compliance-aware placements, and engagement models from staff augmentation to managed teams so enterprises can deploy resilient, high-performance cryptographic systems quickly and with reduced hiring risk.
About Staffenza - Security-Focused Cryptography Teams For Regulated Industries
Staffenza connects organizations with pre-vetted cryptography engineers who design, implement, and audit resilient encryption and key-management solutions. Our specialists work across AES, RSA, ECC, ChaCha20, TLS 1.3, OpenSSL, libsodium, HSMs (Thales, nCipher), cloud KMS (AWS, Azure, GCP), PKI/X.509, post-quantum primitives (CRYSTALS-Kyber/Dilithium), zero-knowledge proofs, secure RNG, and side-channel mitigations. We tailor placements for financial services, healthcare, government, cloud providers, telecom, e-commerce, insurance, aerospace, critical infrastructure, and legal/compliance teams.
Combining AI-driven matching with rigorous technical vetting and compliance know-how (FIPS 140-2/140-3, PCI, HIPAA), Staffenza delivers engineers for key rotation and lifecycle management, HSM integration, PKI and certificate lifecycle, secure protocol design, cryptographic code reviews, performance optimization, legacy system integration, and post-quantum readiness. Flexible engagement models and global compliance support let you reduce risk, accelerate delivery, and future-proof cryptography across regulated environments.
- 10+ years Years of Combined Industry Experience
- 500+ Companies Hiring Smarter
- 1,000+ Pre-vetted Engineers Matched
- 4.3/5 Average Client Satisfaction Rating

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Hire Cryptography Engineersor+971 504 344 675Staffenza connects enterprises with senior cryptography engineers who design, implement and harden encryption across regulated and high-risk sectors. We deliver end-to-end key management, HSM and cloud KMS integrations, TLS/mTLS and PKI architectures, secure RNG, side-channel mitigations, post-quantum migration planning, and cryptographic code reviews to reduce attack surface and meet compliance.
We serve financial services, healthcare, government, cloud providers, telecom, e-commerce, cybersecurity vendors, critical infrastructure, insurance and aerospace with rapid, compliant talent placement and managed teams to remediate vulnerabilities and embed crypto best practices into products and platforms.
Key Management & HSM Integration
Design and deploy enterprise key management with HSM and cloud KMS integrations, including hardware-backed key storage, secure key provisioning, rotation and escrow policies, split knowledge and role separation. Engineers integrate FIPS 140-2/140-3 validated modules, automate lifecycle via AWS KMS, Azure Key Vault, Google Cloud KMS and HashiCorp Vault APIs, and ensure secure distribution across hybrid and multi-cloud environments.
Cryptographic Protocols and TLS Design
Architect and validate secure protocols such as TLS 1.3, mTLS, ECDHE key exchange, JWT/OAuth flows and bespoke cryptographic protocols. Services include protocol threat modeling, formal verification where applicable, OpenSSL hardening, downgrade and renegotiation mitigations, and implementation guidance for libsodium and Bouncy Castle to securely integrate crypto into application stacks.
Post-Quantum Cryptography Readiness
Assess quantum risk, build pragmatic migration roadmaps and implement hybrid post-quantum solutions using vetted schemes like CRYSTALS-Kyber and CRYSTALS-Dilithium. Engineers prototype PQC performance and interoperability, update certificate and PKI processes, manage cross-vendor compatibility, and advise on standards and compliance to preserve long-term confidentiality against future quantum adversaries.
Secure Random Number Generation
Implement and audit entropy sources and cryptographically secure RNGs, seed management, OS entropy hardening and hardware RNG validation. Address RNG pitfalls in embedded and cloud contexts, integrate TRNGs or HSM RNG services, provide deterministic test harnesses and ensure adherence to NIST SP 800-90 series and FIPS RNG requirements for robust unpredictability.
PKI, Certificates and Lifecycle
Design enterprise PKI and automated certificate lifecycle management including ACME/Let's Encrypt patterns, certificate transparency, OCSP/CRL strategies and cross-signing considerations. We migrate legacy X.509 deployments, automate renewal and revocation pipelines, enforce PKI policy, and integrate certificates for VPN, code signing, S/MIME and mTLS across distributed infrastructures.
Cryptography Audits and Code Reviews
Deliver deep cryptographic security audits and code reviews targeting misuse of primitives, padding oracle risks, insecure RNG, hardcoded keys and side-channel leakage. We combine static analysis, fuzzing and manual review of C/C++, Rust and JVM code, provide prioritized remediation plans, and deliver developer training and secure implementation patterns to prevent recurrence.
Performance, Side-Channel and Tuning
Optimize cryptographic performance while preserving security by selecting algorithm tradeoffs (ChaCha20 vs AES-GCM), implementing constant-time primitives, mitigating timing and power side-channel attacks, and leveraging hardware acceleration (AES-NI, PKA). Provide benchmarking, load testing and architecture guidance to balance throughput, latency and cryptographic assurances.
Industry We Serve For Cryptography Engineers
Staffenza connects organizations with senior cryptography engineers who design and deploy production-grade encryption, key management, and PKI solutions. Our experts mitigate weak key storage, timing and side-channel attacks, insecure random number generation, and legacy integration challenges by building HSM and KMS integrations, FIPS 140-2/140-3 compliant modules, TLS and mTLS implementations, zero-knowledge proofs, and optimized libraries in C, Rust, or libsodium. We perform cryptographic architecture reviews, secure code audits, threat modeling, and post-quantum transitions using CRYSTALS-Kyber and CRYSTALS-Dilithium while balancing security and performance.
We serve Financial Services and Banking, Healthcare and Pharmaceuticals, Government and Defense, Technology and Software, Telecommunications, E-commerce and Payments, Cloud Service Providers, Cybersecurity Vendors, Critical Infrastructure, Legal and Compliance, Insurance, and Aerospace and Aviation. Through rapid, compliance-aware staffing, dedicated teams, and managed engagements, Staffenza delivers vetted cryptography talent for HSM/KMS integrations (Thales, nCipher, AWS KMS, Azure Key Vault, Google Cloud KMS), certificate lifecycle management, secure key distribution, key rotation, and long-term cryptographic strategy.

Hire Cryptography Engineers in 3 Steps
Staffenza provides cryptography engineers who design secure encryption and key management, integrate HSMs/KMS, implement PKI and post-quantum readiness, and harden protocols to meet compliance and performance requirements across regulated and critical industries.
5 Reasons Why Choose Cryptography Engineers With Staffenza
Staffenza connects organizations with vetted cryptography engineers who design secure algorithms, key management systems, HSM and PKI integrations, post-quantum migrations, and side-channel mitigations. We deliver FIPS-compliant, high-performance solutions across regulated industries.
1. Global Reach, Local Expertise
We place cryptography experts across North America, Europe, MENA, APAC and emerging markets, combining global bench strength with local compliance knowledge for finance, healthcare, government, cloud, telecom, and critical infrastructure.
2. Rapid Deployment And Onboarding
Deploy senior cryptographers, PKI architects, and HSM engineers in 7-21 days for projects, audits, incident response, or migrations to minimize risk and meet tight compliance windows.
3. AI-Driven Precision Matching
Our AI matches candidates by crypto specializations including AES, RSA, ECC, TLS, libsodium, OpenSSL, HSM, AWS/Azure/GCP KMS, FIPS, post-quantum algorithms and secure coding practices to ensure technical and cultural fit.
4. Flexible Engagement Models
Choose contract, staff augmentation, dedicated teams, permanent hire, EOR or managed services with clear SLAs to scale cryptography capabilities without long-term overhead.
5. Industry Crypto Expertise
Deep domain experience for financial services, healthcare, government and defense, telecom, e-commerce and payments, cloud service providers, cybersecurity vendors, legal and compliance, insurance and aerospace with regulatory and performance-focused cryptographic solutions.
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Ready to Hire Cryptography Engineers?
Deploy vetted cryptography engineers to secure keys, PKI, HSMs, TLS and lead post-quantum upgrades across finance, healthcare, government and cloud.
FAQ: Hire Cryptography Engineers
1. How do cryptography engineers secure key management?
Use HSMs or cloud KMS for root keys. Employ envelope encryption to limit exposure. Enforce strict access control and separation of duties. Rotate keys on a schedule and after incidents. Record use with immutable logs and audit trails. Test key recovery and backups. Follow FIPS 140-2/140-3 when required by finance, healthcare, or government.
2. How do engineers prevent side-channel and timing attacks?
Implement constant-time algorithms for sensitive operations. Apply masking and blinding on secrets. Use vetted cryptographic libraries such as libsodium or BoringSSL. Employ hardware countermeasures on HSMs and secure elements. Run leakage testing, fault injection, and side-channel analysis during design and audits. Log results and fix findings.
3. How do you balance encryption performance and system throughput?
Measure your workload and benchmark crypto primitives under real load. Prefer hardware acceleration such as AES-NI and ARM crypto extensions for symmetric crypto. Use ChaCha20 where hardware accel is absent. Offload long running ops to HSMs or dedicated crypto threads. Use session keys and TLS 1.3 to limit handshake overhead. Monitor latency and throughput and tune buffer sizes.
4. How should teams prepare for post-quantum threats?
Inventory keys and algorithms and classify data by secrecy lifetime. Deploy hybrid key exchange with classical and post-quantum primitives such as CRYSTALS-Kyber and CRYSTALS-Dilithium for testing. Build crypto agility into libraries and PKI. Update certificate policies and vendor contracts. Run interoperability tests and plan phased migration for high value data.
5. How do you validate cryptographic implementations and compliance?
Use layered validation. Start with automated unit tests and static analysis. Add fuzzing and side-channel leakage tests. Conduct regular code reviews focused on crypto APIs and error handling. Schedule third-party cryptographic audits and FIPS 140-2/140-3 module validation when required by regulators. Keep dependency and supply chain records and update certificates promptly.
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