Enterprise-Grade Security & Compliance Framework

Every identity, human or machine, operates with only the permissions required to perform its function. This reduces exposure and enforces a zero-trust access model across all SDH environments.

Our RBAC model ensures every role is scoped precisely to business needs, limiting lateral movement and enforcing accountability in complex multi-team environments.

Each project, environment, and tenant operates within strict isolation boundaries. SDH maintains separate networks, sessions, and data scopes to prevent cross-environment access.

Sensitive data such as credentials, tokens, and API keys are managed securely through vault-based solutions with rotation and access logging — never stored in plain text.

SDH platforms ship with hardened configurations, minimized permissions, and predefined security baselines — reducing the attack surface from the start.

Development, staging, and production environments are strictly separated with controlled data replication and isolated access pipelines to eliminate interference.

We implement OAuth 2.0 for secure authorization, allowing users and applications to interact safely without exposing sensitive credentials.

Identity federation and single sign-on via OpenID Connect (OIDC) provide unified and verifiable user identity across systems and platforms.

Service-to-service communication is authenticated through mutual TLS, establishing cryptographic trust between internal and external endpoints.

All data in transit is protected with TLS 1.3, HSTS, and forward secrecy, ensuring secure transmission across all public and private networks.

All stored data is encrypted using AES-256, with separate encryption domains and key rotation policies to guarantee long-term data confidentiality.

Cryptographic keys are generated, rotated, and destroyed through enterprise-grade systems like AWS KMS, Azure Key Vault, and HashiCorp Vault for complete lifecycle control.

All system and user actions are logged in tamper-evident, append-only storage. These records provide transparency, accountability, and audit-ready compliance.

SDH integrates with leading SIEM platforms such as Splunk and Elastic, aggregating and analyzing security events in real time for proactive threat detection.

Machine learning and behavioral analytics identify unusual activity patterns, enabling rapid mitigation before anomalies escalate into incidents.

A documented Incident Response Plan (IRP) ensures fast, coordinated actions. Our SOC team operates 24/7 to contain, analyze, and resolve verified events.

Each incident undergoes root cause analysis (RCA) to uncover underlying factors. Insights are used to strengthen architecture and prevent recurrence.

Geo-redundant data centers, failover automation, and regular DR tests guarantee system availability and data integrity even in critical scenarios.

SDH designs systems that align with the EU General Data Protection Regulation. Our approach includes data minimization, access control, and right-to-erasure enforcement.

Our Information Security Management System (ISMS) is structured around ISO/IEC 27001 principles — ensuring consistent security governance and control.

SDH supports HIPAA-compliant workflows with strict PHI handling procedures, access journaling, and Business Associate Agreements (BAA) for healthcare partners.

Our architecture aligns with SOC 2 Type II requirements, covering Security, Availability, Processing Integrity, Confidentiality, and Privacy.

We maintain Data Processing Agreements (DPA) and Business Associate Agreements (BAA) to provide contractual and operational guarantees for regulated data processing.

SDH provides auditable documentation of its controls, policies, and test results. Transparency builds trust — and we ensure every client can verify it firsthand.

Each project begins with structured threat modeling to identify potential risks early. We analyze architecture, data flow, and user interactions to eliminate vulnerabilities by design.

SDH follows OWASP, CERT, and CIS guidelines to ensure all source code meets secure development standards and resists exploitation.

Static and dynamic analysis tools are integrated into CI/CD pipelines to detect flaws in code and runtime environments before deployment.

Automated scanning identifies vulnerabilities in third-party libraries and containers. SDH maintains a verified software bill of materials (SBOM) for every project.

Security gates and pre-deployment validations are mandatory within CI/CD pipelines, preventing vulnerable builds from reaching production.

Lessons from audits, penetration tests, and incident reviews feed directly into process refinement. Security maturity at SDH evolves with every project and release.