Before you can protect sensitive patient data, you need to identify the risks. We will audit your web or mobile application to review how it collects, stores, and shares health information. Our audits adhere to official HIPAA and HITECH guidelines, focusing on the digital workflows employed by healthcare and health technology businesses.

We will run security scans using OpenVAS to find vulnerabilities in your system and use Prowler to check your cloud security settings. After the audit, you’ll receive a clear, actionable report listing every issue we find — whether it’s missing encryption, unsecured APIs, or weak access controls — along with recommended fixes. This ensures your system is HIPAA-compliant and ready for official audits.

Example: A healthtech startup will connect its app to our audit tools. They’ll discover unsecured endpoints and misconfigured authentication. After following our recommendations — enforcing HTTPS, tightening login systems, and enabling data encryption — their platform will meet HIPAA audit requirements and confidently onboard new healthcare clients.

We design and build HIPAA-compliant web and mobile applications tailored to healthcare workflows. Whether it’s a patient portal, telehealth platform, or health data management system, we’ll ensure your app handles Protected Health Information (PHI) securely, meets HIPAA technical standards, and scales reliably as your business grows.

Every feature is planned around data security, access control, and audit readiness. We’ll use frameworks like Django and React, encrypt data both at rest and in transit, and set up strict role-based access permissions. To enhance security, we’ll integrate tools like AWS CloudTrail for access logs and Helmet.js for protection against common web vulnerabilities. The result: clean, maintainable code backed by a secure, scalable architecture that meets HIPAA requirements.

Example: A digital wellness platform will collect health logs from users and deliver personalized progress reports. The system will enforce role-based access, store all health data in encrypted formats, and maintain real-time audit logs to track every access and update. This will keep the platform compliant, secure, and ready for healthcare partnerships.

Protecting sensitive health data isn’t optional — it’s essential. We implement end-to-end security protocols aligned with HIPAA standards to safeguard every user interaction and data transaction. This includes encryption, secure session management, strict access controls, and continuous monitoring.

All data will be encrypted both at rest and in transit, following industry best practices. Role-Based Access Control (RBAC) will restrict PHI access to authorised users only. Real-time activity logs and alerts will be set up to detect and flag any suspicious behaviour instantly. For session security, we’ll enforce token-based authentication and automatic timeout rules to prevent unauthorised access through idle sessions.

Example: A patient-facing mobile app will manage appointment bookings and lab result sharing. User sessions will automatically expire after a set period of inactivity, reducing the risk of misuse. All messages and file uploads will be encrypted before leaving the device, and every action will be logged for traceability and audit readiness.

HIPAA compliance isn’t a one-time task — it requires continuous oversight. We set up automated monitoring and scheduled system audits to keep your application secure and compliant over time. From log reviews to patch management, every update is handled without disrupting system performance.

We will integrate log monitoring tools like Loggly and Datadog to track system activity and instantly flag unusual behaviour. Scheduled vulnerability scans will help detect security risks early. To manage updates efficiently, we’ll use tools like Dependabot to automate patch rollouts. All security patches will be tested and deployed in controlled phases to maintain platform stability.

Example: Imagine if a mental health platform manages video consultations and patient progress notes. Monthly vulnerability scans will identify outdated libraries and misconfigurations. Security updates will run automatically, and real-time system logs will track usage patterns, instantly flagging any suspicious activity.