Security is part of the build, not an add-on.

AXMDGTL designs websites, web apps, automations and digital infrastructure around layered security controls, privacy-aware architecture and recognized security frameworks.

Framework-informed engineering

Recognized standards. Practical implementation.

Our technical baseline is informed by widely recognized security and assurance frameworks. The exact controls used depend on the project, data sensitivity, hosting environment and business requirements.

OWASP

Secure application practices

Threat-aware development, input validation, secure configuration and protection against common web application risks.

ISO/IEC 27001 aligned

Information security controls

Risk-based thinking, access control, asset protection, operational discipline, incident readiness and continual improvement principles.

SOC 2 aligned

Trust Services principles

Security by default with availability, confidentiality, privacy and processing-integrity considerations when relevant to the system.

HIPAA safeguards

Healthcare-oriented security

When regulated health information is in scope, designs can incorporate appropriate technical safeguards, access controls, transmission security and auditability.

HTTPS / TLSHSTSContent Security PolicySecure HeadersLeast PrivilegeAccess ControlsSecret ManagementInput ValidationXSS / CSRF ReductionSecure FormsData MinimizationEncryptionLogging & AuditabilityRate ControlsDependency ManagementBackups & RecoverySecure PWA Caching

Important distinction: framework alignment is not the same as certification or attestation. AXMDGTL does not represent a client, website or system as ISO 27001 certified, SOC 2 attested or HIPAA compliant unless the required organizational, contractual, operational and independent-assurance requirements have actually been satisfied. HIPAA obligations, for example, may also require risk analysis, policies, workforce controls, appropriate hosting/vendor arrangements and Business Associate Agreements.

Technical baseline

Layered controls from browser to server.

HTTPS enforcement and conservative transport security
Content Security Policy and browser security headers
Protection for hidden, configuration and development files
Least-privilege access and secure administrative practices
Secure handling of credentials, tokens and API secrets
Input validation, output encoding and abuse reduction
Privacy-aware data collection and retention choices
Dependency, platform and patch discipline
Backup, recovery and incident-response planning
Security-conscious integrations, forms, APIs and automation