We build healthcare software to HIPAA requirements. Patient health information (PHI) is encrypted and kept to the minimum, access is limited by role, every action is recorded and FHIR integrations share only what consent allows. When an auditor asks, the evidence is ready.
What's included
6 capabilities, delivered by one squad. Use what you need now and add more as you grow.
Encryption, tokenisation, retention rules and controlled exports for patient data.
Least-privilege access with RBAC and ABAC, plus break-glass access that needs approval and a stated reason.
Secure data sharing with partners, with consent, scopes and a record of every exchange.
Structured audit events, logs that can't be altered and evidence packs mapped to your controls.
Detection, response playbooks and monitoring tuned for systems that hold PHI.
Automated control checks and release gates that flag risky changes before they ship.
Our approach
The usual way
Over-privileged roles, shared accounts and weak boundaries around admin access.
How we do it
Least-privilege access by role and attribute (RBAC and ABAC), separate admin access and emergency break-glass access that needs approval.
The usual way
Logs exist, but they can't prove anything because they can be altered and are hard to search.
How we do it
Structured events, tamper-resistant logs and evidence packs mapped to your controls.
The usual way
FHIR and partner APIs go live without consent rules, scopes or traceability.
How we do it
Integrations with consent rules, scopes, data minimisation and a clear record of where data goes.
Architecture
Each layer has a clear job, so the system is easier to secure, test and extend.
Patient and provider data comes in with validation, minimisation and safe defaults.
Encryption, tokenisation, secure storage boundaries and enforced retention.
RBAC and ABAC, consent scopes, admin boundaries and break-glass workflows.
Tamper-resistant logs, structured events, alerts and evidence packs for audits and incidents.
How we deliver
4 phases, each ending with an output you can review.
Map where PHI flows, where trust boundaries sit, who needs access, which vendors are involved and what evidence your platform must produce.
Output: HIPAA engineering blueprint
Put in least-privilege access, encryption, separate admin access and break-glass workflows.
Output: Core access and data controls
Secure FHIR and partner APIs with consent, scopes, data minimisation and traceability.
Output: Safe integration layer
Add structured audit events, tamper-resistant logs, alerts and incident playbooks, so evidence is ready when asked.
Output: Continuous evidence system
Your team
Specialists join your squad for this work, alongside a delivery lead who keeps you updated.
Designs the access layer, encryption approach, audit event structure and incident readiness.
Builds least-privilege roles, separate admin access, break-glass flows and approval-based access.
Builds secure partner integrations with scopes, consent checks and a record of what data was shared.
Runs continuous monitoring, evidence collection, alerting and incident response.
Trust and control
Least-privilege access, separate admin rights and break-glass access with approvals.
Encryption, data minimisation, enforced retention and controlled exports.
Tamper-resistant logs, searchable events and evidence mapped to your controls.
You keep full ownership of the code, configuration and documentation we create, with no vendor lock-in.
We pick what fits your product and team, not the other way round.
Results
We connected a regional health provider's separate EHR systems with a shared record format, live data sharing and patient matching across sites. Records became 100% consistent, and response times fell 85%.
We rebuilt a global healthcare provider's telehealth video platform on distributed video servers (SFUs) that scale with demand and keep patient data out of the logs. It supports 50k+ concurrent sessions with 99.99% uptime.
We built a custom operations portal for a healthcare services provider. Referrals, administrative records, documents, internal tasks, status changes and reporting now sit in one workflow.
We built an algorithmic trading platform that connects securely to the user's own brokerage account and runs automated strategies. Paper trading lets users test a strategy first, and a live dashboard shows every trade.
HIPAA compliance rests on controls that protect patient health information (PHI) and prove it: encryption, least-privilege access, audit logs, data minimisation and retention rules. We build software to HIPAA requirements and produce evidence packs mapped to your controls. Full compliance also depends on your organisation's own policies and processes.
PHI is encrypted with managed keys (KMS), tokenised where possible and kept only as long as your retention rules allow. Data is validated and minimised as it comes in, so you store only what you need, and exports are controlled. Monitoring and alerts watch for unusual access.
Access is least-privilege by default, using role and attribute-based rules (RBAC and ABAC). Admin access is kept separate, and emergency break-glass access needs an approval and a stated reason. Every access is logged, so you can show exactly who saw which record and why.
FHIR and partner integrations use SMART on FHIR with OAuth2 scopes, so each app gets only the data it is allowed. We enforce patient consent, share the minimum data needed and record lineage events, so you can explain and defend every exchange with a partner.
You get structured audit events, tamper-resistant logs and evidence packs mapped to your controls. Logs are searchable, so you can answer an auditor's question with a query rather than a manual hunt, and automated control checks flag risky changes before they are released.
Timing depends on how PHI flows through your platform, the number of user roles and integrations, and how much evidence you must produce. We start with a risk and data-flow review that gives a HIPAA engineering blueprint for your highest-risk workflows. A scoped project can kick off in 1–2 weeks.
We have connected a regional health provider's separate EHR systems with a shared record format, rebuilt a global telehealth video platform that keeps logs free of patient data, and built an operations portal that manages referrals and records for a healthcare services provider. Each is a published case study.
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