Telehealth traffic has different requirements from general internet use. Video consultations are latency-sensitive, jitter-sensitive, and unforgiving of packet loss. A 200ms round-trip to the nearest cloud region is fine for a web browser; it produces noticeable degradation in a video call, and it's clinically unacceptable for remote patient monitoring.
Rural healthcare facilities — critical access hospitals, community health centres, rural FQHCs — face a structural disadvantage: they are geographically distant from the major internet exchange points where traffic is routed most efficiently. The carrier options available to a 25-bed critical access hospital in rural Montana are nothing like those available to a health system headquarters in Minneapolis.
The solution is not to accept inferior connectivity as a given of rural healthcare. It is to select transit paths that route traffic via the shortest possible path to the telehealth platform's network, and to maintain redundant paths so that a single carrier failure does not interrupt patient care. Capcon's BGP engineering team specialises in exactly this problem — mapping rural healthcare facilities to the transit paths that minimise latency to the major telehealth platforms.
For facilities participating in the FCC's Rural Health Care Programme, carrier-neutral procurement also simplifies the subsidy application process. Rather than submitting separate applications for each carrier, Capcon manages the carrier relationships and documentation centrally. Reimbursement rates for eligible facilities typically cover 65–85% of qualifying connectivity costs.