HMIS ransomware defence that does not disrupt biomedical devices. ABDM sandbox and production hardening for HIPs and HIUs. HL7 and FHIR API security tested against the abuse patterns healthcare attackers actually use. DPDP alignment for patient data. HIPAA scope for US-facing telehealth. On-prem deployments when data cannot leave the hospital.
Attackers know a hospital cannot afford to be offline. When surgeries are scheduled and lab results are queued, the pressure to pay is measured in hours, not days. Every ransomware post-mortem in Indian and US healthcare traces back to the same three gaps: flat network between admin and clinical VLANs, backups without an offline copy, and EDR either missing or excluded from key workstations because someone was worried it would slow down imaging software.
Login enumeration on the patient portal, IDOR on record IDs in the mobile app, unbounded search on FHIR endpoints. These are the boring bugs that leak a hundred thousand records to a scraper working nights. They are also almost always missed by generic web-app scanners because the abuse pattern is functional, not a payload.
The infusion pump, the ultrasound machine, the imaging workstation running an OS the vendor stopped supporting six years ago. They cannot be patched without voiding the AMC. They sit on the same VLAN as everything else because nobody made the segmentation call. When an attacker gets to them, they become the persistence layer nothing else has visibility into.
If you are a HIP or HIU, consent artefacts are the audit trail regulators will trace when a patient complains their data was pulled without authorisation. Weak certificate rotation, missing signature verification on incoming artefacts, or a gateway that accepts stale timestamps all produce the same outcome: a NHA notice you have to respond to inside a compressed timeline.
A patch window in a hospital is not the same as a patch window in a fintech. Surgeries are booked. Lab machines have calibration cycles. Nurses need the HMIS running at 6am. Every control we roll out is scoped against clinical downtime, not just against a checklist. Deployment plans go through the ops team before they get near production.
See full security serviceNamed-tester penetration testing on HMIS, patient portal, mobile app, HL7 / FHIR APIs. Tests the healthcare-specific abuse patterns: mass patient enumeration, IDOR on record IDs, unbounded date searches, scope-escalation on FHIR resources.
Immutable backup architecture (object lock, hardened repo, tape rotation), network segmentation between clinical and admin VLANs, EDR rollout tuned around biomedical device tolerances, offline incident playbook.
Sandbox test coverage, consent artefact signature verification, X.509 rotation, mTLS to NHA gateways, PHR encryption at rest, audit log retention. Handoff pack for NHA filings.
Data-flow map from admission to discharge, consent capture at collection, purpose limitation on downstream use, PHI encryption, breach notification playbook for DPB (India) and HHS OCR (US). BAA templates for US buyers.
3-2-1-1-0 backup pattern with an immutable copy. Documented RTO and RPO per system class. DR runbook tested against clinical shift patterns. Quarterly restore drills the ops team runs on their own after handover.
24x7 alerting on Wazuh / Sentinel with rules tuned for clinical downtime tolerance. On-call incident commander. Quarterly ransomware tabletop with the hospital ops team. CERT-In 6-hour reporting workflow.
15-min call. Tell us the environment (on-prem or cloud), the deadline, the ops constraints. Fixed-price plan back in 48 hours.
Hospitals often run mixed. Some clinical systems on-prem, some SaaS. We deploy inside the constraint, not against it.
Wazuh (on-prem friendly) · Microsoft Sentinel · Splunk · Falco (runtime)
CrowdStrike Falcon · SentinelOne · Microsoft Defender
Burp Suite Pro · Nessus Pro · Nuclei · MobSF / Frida
Veeam (hardened repo) · AWS S3 Object Lock · Rubrik · LTO tape rotation
Okta / Azure AD · HashiCorp Vault · 1Password Business
Cloudflare · AWS WAF · AWS Security Hub · Azure Defender for Cloud
HIP / HIU sandbox tests, consent artefact flow, X.509 rotation, gateway mTLS.
Consent capture, purpose limitation on health data, 72-hour breach notification.
Security Rule mapping, BAA templates, PHI encryption, HHS OCR breach workflow.
SoA scoped for a hospital or healthtech, risk register, internal audit.
For healthtech platforms selling into US health systems.
6-hour reporting, 180-day log retention, SLA integration.
Where applicable, information security clauses in the NABH DHS.
Special category data handling for telemedicine or trials involving EU patients.
Named tester on HMIS, patient portal, mobile app, HL7 / FHIR API. CVSS 3.1, PoC, remediation retest.
Rs. 1.5-5 LImmutable backup, VLAN segmentation, EDR rollout, incident playbook, ops-team tabletop.
Rs. 3-6 LSandbox tests, consent flow, X.509 rotation, DPDP purpose limitation mapping, DPO advisory.
Rs. 4-8 L24x7 alerting tuned for clinical constraints, on-call IR commander, quarterly tabletop, CERT-In workflow.
Rs. 90k-2 L/moThis page covers healthcare specifics. For the full service catalogue — access control, backup and recovery, monitoring, continuity planning and how engagements run — see Security & Continuity →
15-min call. Tell us the environment, the compliance target, the ops constraints. Fixed-price plan back in 48 hours.
