AFRICAN SCIENCE. CONNECTED.
Opening pathways to scientific instruments, authentic experiments and shared discovery across Africa.
Company incorporated in Kenya · Network in development
THE PEOPLE BEHIND THE VISION
Connect with the directors of Afriremote Labs Limited.
DIRECTOR 01
DIRECTOR 02
Afriremote Labs Limited is developing a shared infrastructure model that connects researchers and learners to real laboratory equipment through secure remote access.
An Africa where every researcher and learner can access the scientific tools they need to discover, innovate and solve problems, regardless of geography, disability or institutional resources.
To connect researchers, students and innovators across Africa to real scientific instruments through secure, inclusive remote access, combining shared laboratory capacity, scientific AI and reproducible data to advance education, research and innovation.
Participating institutions retain ownership of their instruments while contributing approved capacity to a wider scientific community. A common platform will support discovery, reservations, supervised experiments and research data.
AI assistants and digital twins will help users prepare, interpret and compare experiments. The foundation remains physical instrumentation and real measurements—with calibration, uncertainty and experimental provenance.
02 / SCIENTIFIC CAPABILITIES
Explore techniques envisioned for the network.
Equipment availability will follow pilot validation.
Explore surface topography and nanoscale morphology through measurements of interactions between a probe and a sample.
Thin films, polymers, nanomaterials and surface roughness. Remote operation depends on sample preparation, instrument interfaces and local supervision.
Investigate internal structure and morphology using electrons transmitted through a suitably prepared specimen.
Nanoparticle morphology, microstructure and selected diffraction studies. Specialist specimen preparation and local technical support remain essential.
Study crystal structure and phase composition through diffraction patterns produced by X-rays interacting with materials.
Crystalline phases, thin films and materials characterization. Access will require validated operating procedures and instrument safety controls.
Measure optical absorption and transmission to connect material composition, electronic response and experimental conditions.
Nanoparticles, solutions and thin films. The proposed network scope also includes complementary spectroscopy techniques as partners join.
Connect practical learning to real signal generators, oscilloscopes and approved experimental stations.
Waveforms, circuits, measurement uncertainty and engineering physics. Physics eLabs-AI is the proposed initial flagship programme.
Support experiment planning, data interpretation and theory–experiment comparison with informed computational models.
Virtual preparation, uncertainty analysis and model validation against real experimental measurements. AI assistance complements instrument access.
Instrument booking and live remote control are not yet open.
INSIDE THE SCIENTIFIC VISION
Explore the supplied scientific figures and instrument examples.
These figures illustrate the network concept and relevant instrument types; they do not establish company ownership, an active institutional partnership or current booking availability.
Illustration of a remote learner controlling a signal generator and oscilloscope at Pwani University, with video and data returned through a secure connection.
A supplied AFM instrument photograph illustrating nanoscale surface characterization.
A supplied multi-chamber vacuum instrumentation image. The specific technique and instrument model are not identified.
A supplied X-ray diffractometer photograph illustrating structural and phase characterization.
A supplied NanoDrop Lite spectrophotometer photograph illustrating optical measurement instrumentation.
A supplied digital oscilloscope photograph illustrating waveform observation and electronic measurements.
A supplied signal generator photograph illustrating controlled electrical waveform generation.
03 / THE PROPOSED EXPERIENCE
A supervised workflow designed around scientific need, safety and reproducibility.
Identify a suitable technique, review requirements and prepare an experiment with training resources.
Request approved access to a station, with role-based permissions and local technical support.
Control permitted parameters and observe physical experiments through synchronized video and measurements.
Export measurements with calibration, timestamps and experiment metadata for transparent research.
04 / A SHARED SCIENTIFIC COMMUNITY
RESEARCH WITHOUT GEOGRAPHICAL LIMITS
A federated model for universities and research teams to contribute complementary instruments, collaborate across institutions and access techniques beyond their own laboratories.
The development vision prioritizes under-resourced institutions, rural communities, persons with disabilities and groups underrepresented in STEM through accessible interfaces and low-bandwidth modes.
05 / DEVELOPMENT ROADMAP
AFRIREMOTE LABS LIMITED incorporated in Kenya on 5 October 2026.
The concept proposes JOOUST, Kenya, as the pilot host, beginning with selected remotely suitable instruments.
Develop a Kenyan and East African federation before wider pan-African expansion.
06 / THE COMPANY
AFRIREMOTE LABS LIMITED
A private limited company incorporated in Kenya.
Company registration number: PVT-ZE1AMJP7
Original network concept · September 2026
Dr. John Onyango Agumba
Dr. Solomon Luvas Omwoma
The AFRI-RELAB concept provides the foundation for the company’s remote scientific infrastructure vision.
07 / CONNECT WITH THE VISION
Contact the company team directly or prepare an enquiry brief to send by email.
Jaramogi Oginga Odinga University of Science and Technology
P.O. Box 210–40601
Bondo, Kenya