HealthTech

Technology for Better Healthcare Infrastructure

Healthcare technology is not simply another software category. Clinical systems operate in environments where reliability, privacy, interoperability and usability directly affect healthcare delivery.

Medical Imaging Informatics

Diagnostic imaging is one of the most data-intensive areas of healthcare. I work with the technologies that allow imaging equipment and clinical systems to communicate.

  • PACS
  • RIS
  • DICOM
  • DICOMweb
  • Orthanc
  • OHIF
  • Modality Worklists
  • Imaging Archives
  • Radiology Workflows
  • Structured Reporting

Clinical Artificial Intelligence

AI has significant potential in healthcare, but high model accuracy alone is not enough. Clinical AI also requires dataset quality, population representation, explainability, workflow integration and human oversight.

  • computer-aided detection
  • medical imaging AI
  • clinical speech recognition
  • language models
  • multimodal AI
  • decision-support systems

Healthcare Data Infrastructure

AI development depends on data infrastructure — collection, de-identification, annotation, governance, provenance and secure access.

  • medical data collection
  • de-identification
  • annotation
  • dataset governance
  • research archives
  • data provenance
  • evidence integrity
  • interoperability
  • secure data access

Biomedical IoT & Intelligent Devices

Healthcare increasingly connects software with physical systems. My broader Biomedical Engineering interests include sensors, embedded systems and edge computing.

  • biosensors
  • IoT
  • embedded systems
  • rehabilitation devices
  • monitoring systems
  • edge computing
  • robotics

Responsibility

Responsible Health Technology

Healthcare systems should be engineered with privacy, security, patient safety, interoperability and applicable regulatory requirements considered from the beginning.

I do not believe technologies should be described as clinically validated or regulatory compliant simply because they work technically. Engineering is one stage. Clinical evaluation, evidence generation, risk management and regulatory review are separate and equally important parts of responsible healthcare technology development.

African Healthcare AI

Why Local Data Matters

Artificial intelligence models learn from the data they are trained on. A system developed using one population, healthcare system or imaging environment may not perform identically when transferred elsewhere.

Possible sources of dataset shift include ethnicity and population characteristics, disease prevalence, scanner manufacturers, detector technology, imaging protocols, clinical practices, image quality, infrastructure and patient demographics.

Building trustworthy healthcare AI for Africa therefore requires more than importing models. It requires local research, local data, clinical participation and rigorous validation — one of the reasons behind the work being explored through Zyemed Labs.