We encrypt storage volumes, databases, and object stores using AES-256 in GCM or CBC modes. Key separation, envelope encryption, and integrity checks prevent tampering and unauthorized access, ensuring patient, customer, or financial data remains secure across backups, replicas, or disaster recovery zones.

RSA or ECC secures keys, tokens, and configuration secrets. Hybrid encryption combines RSA for key exchange and AES for bulk data, providing strong, efficient protection. Rotation, revocation, and audit trails maintain cryptographic hygiene and compliance across multi-environment CI/CD and deployment workflows.

We integrate AWS KMS, Azure Key Vault, HashiCorp Vault, or on-prem HSMs for key generation, storage, and lifecycle governance. Access control, tamper protection, and audit logging ensure regulated data remains encrypted even during application scaling or cloud migrations.

We replace sensitive data with irreversible hashes or FPE tokens to minimize PCI and PII exposure. Applications continue working with compliant fields, reducing risk and scope during partner integrations or analytics use cases, while preserving reversible access only where business rules allow.

We enforce HTTPS, mTLS, and modern ciphers for encrypted transport. Certificate pinning, HSTS, and secure renegotiation prevent downgrade and MiTM attacks, securing data flows across edge services, APIs, mobile apps, and internal microservices in hybrid and zero-trust architectures.

Reports include key strength, cipher modes, rotation logs, and storage evidence for SOC 2, ISO 27001, HIPAA, and PCI DSS. Continuous scans detect weak algorithms, expired certs, and unencrypted resources, providing remediation paths and audit-ready documentation across regulated environments.