WhitepaperRansomware Readiness: A Field Playbook for East African Enterprises
The decisions that determine whether a ransomware event is a bad week or an existential one — and which of them have to be made before the encryption starts.
Cybersecurity for
Healthcare Providers
Clinical continuity first. We secure patient records, hospital information systems and connected medical devices without introducing risk to the care being delivered around them.
Healthcare
What Security Means
In Healthcare
Patient records are the most sensitive data you hold.
Healthcare carries a constraint most sectors do not: the systems that most need securing are the ones that cannot be interrupted, and the consequence of getting it wrong is clinical rather than commercial. A scan that takes an imaging modality offline is not an acceptable cost of an assessment.
It also carries the most sensitive data category in the Act. Health records are sensitive personal data, which raises the bar on lawful basis, access control, retention and onward disclosure — to laboratories, insurers, third-party administrators and national claims platforms alike.
Our healthcare work is passive and clinically-aware by default. We map the estate from traffic and configuration rather than active probing, run any active testing against non-production systems or inside agreed windows, and prioritise the two things that most reliably protect patients: the ability to keep operating through a ransomware event, and control over who can reach patient records.
Threat Picture
Where Healthcare
Actually Gets Hit
Ransomware halting clinical operations
In a hospital the impact is not data loss but the loss of the systems care is delivered through — records, orders, results, scheduling. Documented downtime procedures and a measured restore time are patient-safety controls, not IT ones.
Connected medical devices and imaging
Modalities, monitors and the systems that store and distribute images frequently run unpatchable software on flat networks, sometimes reachable from general staff areas. Segmentation and monitoring carry these assets where patching cannot.
Shared clinical credentials
Credential sharing on wards is a response to real workflow pressure — a clinician cannot stop to re-authenticate mid-procedure. The answer is authentication designed for the workflow, not a policy telling staff to work slower.
Patient record exfiltration
Bulk export capability inside hospital information systems, often held by a wider group than anyone intends, is the most direct path to a large personal data breach. Export should be constrained, logged and alerted on.
Email compromise against administration
Finance and procurement functions in hospitals are targeted the same way as anywhere else, with the added consequence that a compromised mailbox in a clinical organisation usually contains patient information.
Third-party clinical and claims integrations
Laboratories, pharmacies, referral partners, insurers and claims platforms all exchange patient data with you. Each interface needs its own authentication, its own minimum-necessary data scope and its own breach-notification route back to you.
How We Engage
Built Around
Your Constraints
The sequence below is what a healthcare engagement looks like in practice — shaped by what your environment can and cannot tolerate.
Talk to our Healthcare team01
Assess without touching patient care
Passive network discovery, configuration review and interviews come first. Anything active is scoped, scheduled and authorised separately, with clinical engineering involved in the decision rather than informed of it.
02
Make ransomware survivable
We verify that a backup copy exists which production credentials cannot delete, rehearse a restore of a clinical system, measure how long it actually takes, and write the downtime procedures that cover the gap.
03
Segment the device estate
Medical devices move into their own zones with explicitly permitted flows, so an unpatchable modality stops being an open route into the record system and becomes a monitored, contained asset.
04
Build the privacy evidence
A data map covering every system holding health data, retention rules that are enforced rather than documented, a working process for data subject requests, and a notification runbook that meets the seventy-two-hour clock.
Obligations
What You Are
Held To
Each of these is a published instrument you can read. We map findings to them directly, so an assessment feeds your audit and supervisory cycle instead of sitting beside it.
- Data Protection Act, 2019
- Health data is sensitive personal data, attracting stricter processing conditions. Breach notification to the Data Commissioner runs to seventy-two hours from awareness, with written communication to affected patients.
- Health Act, 2017
- Establishes patient rights over the confidentiality of health information held by providers, including the conditions under which it may be disclosed.
- Data Protection (Health) Regulations
- Sector-specific subsidiary rules on the processing of health data in Kenya, relevant to any provider, insurer or health-tech platform handling patient records.
- ISO/IEC 27001:2022 and IEC 80001
- The first structures the overall management system; the second addresses risk management for IT networks incorporating medical devices, which is the part general IT security guidance omits.
Services
Where We Start
In Healthcare
Research
Reading For
Healthcare Teams
Whitepaper
WhitepaperThe Kenya Data Protection Act: An Engineering Checklist
What the Data Protection Act, 2019 actually asks engineering and security teams to build — translated out of legal language and into controls, logs and retention rules.
Threat AdvisoryThreat Advisory: Public Cloud Storage Exposure
Object storage left world-readable remains one of the most common causes of data exposure we find. The detection and prevention controls are inexpensive and rarely switched on.
Questions
What Healthcare Clients
Ask First
Our default approach is passive and changes nothing. Where active testing adds value we scope it to non-production systems or an agreed window, with clinical engineering sign-off and defined stop conditions before anything begins.
Patching is rarely the first answer in healthcare. A tightly defined network zone, explicitly permitted flows, monitoring on those flows and no direct reachability from general IT will carry an unpatchable device safely for years, turning replacement into a planned capital decision.
Yes. For platforms the emphasis shifts toward application and API testing, multi-tenancy isolation and the controller-processor analysis across your provider customers — but the sensitivity of the data and the obligations around it are the same.
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