Technology for Healthcare
We connect systems, enable telemedicine and transform clinical data into better patient outcomes.
Los 3 retos tech de Salud
Clinical data that cannot leave the perimeter
HIPAA, HITECH, and local regulations require encryption at rest and in transit, complete traceability, and signed BAAs with every cloud provider that touches PHI.
True interoperability across heterogeneous systems
Proprietary HIS, LIS, RIS, PACS, EMR at each clinic. Integrating without losing semantics requires HL7/FHIR, standard terminologies (LOINC, SNOMED), and message observability.
Clinical workflows that tolerate no friction
If digital lookup adds more than 60 seconds to the physician's time, it gets abandoned. Interfaces must be operable in 1–2 clicks, with fallback to paper when the network fails.
AI models with clinical validation, not marketing
Triage, image reading, or deterioration prediction must have publishable metrics (sensitivity, specificity), physician validation protocol, and drift governance.
Telemedicine that survives weak connections
Rural areas, hotels, homes. Adaptive video call, fallback to chat + photo, offline-first sync for field medical records.
Cómo el marco I+C+S resuelve esto
AI for Healthcare
Predictive models for early diagnosis, NLP for clinical records and virtual assistants.
Cloud for Healthcare
HIPAA-compliant infrastructure with high availability and HL7/FHIR architectures.
Staffing for Healthcare
Engineers with experience in healthtech and clinical systems integrations.
Industry challenges
Clinical data that cannot leave the perimeter
HIPAA, HITECH, and local regulations require encryption at rest and in transit, complete traceability, and signed BAAs with every cloud provider that touches PHI.
The average cost of a healthcare breach is US$10.9M — the highest of any industry.
True interoperability across heterogeneous systems
Proprietary HIS, LIS, RIS, PACS, EMR at each clinic. Integrating without losing semantics requires HL7/FHIR, standard terminologies (LOINC, SNOMED), and message observability.
Clinical workflows that tolerate no friction
If digital lookup adds more than 60 seconds to the physician's time, it gets abandoned. Interfaces must be operable in 1–2 clicks, with fallback to paper when the network fails.
AI models with clinical validation, not marketing
Triage, image reading, or deterioration prediction must have publishable metrics (sensitivity, specificity), physician validation protocol, and drift governance.
Telemedicine that survives weak connections
Rural areas, hotels, homes. Adaptive video call, fallback to chat + photo, offline-first sync for field medical records.
Regulatory frameworks we operate under
Health Insurance Portability and Accountability Act (USA)
Mandatory BAA, AES-256 encryption, immutable audit trails, and right-to-access.
Health Information Technology for Economic and Clinical Health
60-day breach notification, additional controls over vendors.
Information Security in Healthcare
Information security management specifically for clinical data.
Habeas Data Colombia — sensitive health data
Express and informed consent, enhanced protection for sensitive categories.
Fast Healthcare Interoperability Resources
Clinical information exchange standard. Foundation for true interoperability.
How we implement in this industry
Real patterns we have delivered, not theoretical slides.
Electronic health record with clinical workflow
EHR designed with physicians, not product managers. Fast order entry, specialty-specific templates, PACS integration and lab results in the same view.
Outcome: 40% reduction in clinical documentation time.
Telemedicine platform with offline-first capability
Video consultation with adaptive bitrate, fallback to chat + files, deferred clinical history sync. Works on unstable 3G connections.
Outcome: Query completed successfully in 94% of attempts, even in areas with limited connectivity.
AI-assisted triage with validation protocol
Classification model trained on local case histories, not imported datasets. Blind validation with medical committee before production. Monthly drift governance.
Outcome: Triage prioritization consistent with medical judgment in 91% of cases.
HL7/FHIR Interoperability Engine
Gateway that translates messages between legacy HIS and modern platforms. Queue with retries, terminology mapping, and failed message dashboard for the clinical team.
Outcome: Integration of 12 heterogeneous hospital systems into a single clinical timeline.
Our playbook for this industry
A repeatable method refined across 13 years and 7 countries.
Regulatory and clinical assessment
We map actual clinical workflows and applicable HIPAA/HITECH obligations. We don't design technology in the abstract.
Architecture with privacy by design
Network segmentation, managed encryption, BAA with providers, and immutable logging from sprint one.
Validation with real physicians, not demos
Every clinical feature goes through a medical committee. Without user buy-in, it doesn't go to production.
Data and model governance post-go-live
Drift monitoring, quarterly permission audits, incident reporting per HITECH.
Industry signals you should know
Common tech stack
Questions from companies in this sector
Yes. We sign BAAs with US clients and use HIPAA-eligible cloud services (AWS, GCP, Azure). Staff assigned to PHI projects receive documented HIPAA training.
Yes. We implement FHIR gateways to integrate third-party HIS, LIS, and EMR systems. We handle Patient, Encounter, Observation, DiagnosticReport resources and extend them when local terminologies require it.
3-phase protocol: (1) retrospective validation against physician-labeled dataset, (2) shadow mode in production without affecting clinical decisions, (3) service-by-service rollout with medical committee reviewing monthly metrics. Drift monitoring required.
Yes. We use an anti-corruption layer with asynchronous messaging to avoid touching the original HIS. Failed messages land in an actionable dashboard for the clinical team — nothing gets lost silently.
Contractual: AES-256 encryption at rest and TLS 1.3 in transit, immutable audit trail, access revocation within 24h upon profile termination, quarterly penetration testing. In 13 years we have not had a single clinical data exposure incident.
Does your healthcare organization need to transform without risking compliance?
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