Raising the evidence bar on field-ready equipment
International Health exists to close the gap between what works in a catalog and what survives a 40°C transit corridor, an intermittent cold chain, and a clinic with no reliable grid. We grade medical equipment the way the field actually uses it.
Clinical efficacy is necessary. It is not sufficient.
A solar direct-drive refrigerator can hold a WHO PQS certificate and still fail a program if its hold-over time collapses under a real ambient load, or if its temperature logger drifts between calibration cycles no one in the field can perform. A malaria RDT can be 98% sensitive in a validation lab and unreadable after a humid month in a backpack. The published efficacy is rarely the question that decides whether vaccines stay in range or a diagnosis gets made.
Our editorial mandate is the second question: does this gear perform in low-resource and outbreak settings — over distance, over heat, over time, in the hands of the people who actually deploy it? We write for program officers, logisticians, field epidemiologists, and immunization planners who carry the consequences of that answer.
An evidence tradition, redirected to the supply line
This domain carries a long record of peer-reviewed global-health scholarship — work on malaria, measles outbreak control, HIV programming, and field interventions that has been cited across the research and humanitarian community. We have kept the discipline and moved the subject. Instead of grading interventions, we grade the equipment those interventions depend on.
Every assessment is framed as field-tested editorial judgment, not a sales claim. We name the failure modes that matter — cold-chain excursions, point-of-care read errors, PPE doffing risk, WASH filter fouling — and we hold our reviews to the same citation-minded standard we held our research. No superlatives. No named-product endorsements. No fabricated performance figures.
Written for the people who unpack the cold box
Program officers get the durability and suitability signal a procurement decision needs before a tender closes. Logisticians get portability, hold-over, and spare-parts reality — what travels, what breaks, what can be serviced 300km from a workshop. Field epidemiologists get the point-of-care and RDT context that affects case detection in an active outbreak. Immunization planners get cold-chain assessments anchored to the conditions an immunization route actually presents, not a bench test.
Our sentinel coverage cluster is public health surveillance, our primary lens is global health, and our running field-operations thread ties equipment choices back to the programs they enable. The aim is a single, trustworthy reference for deploying gear that performs.
Equipment graded for the field, not the catalog.
Have field data, a deployment outcome, or a question on equipment suitability for a low-resource or outbreak setting? We are building this reference with the practitioners who use the gear. Tell us what you have seen.