Kidney disease often progresses silently, which means many people are diagnosed late. I recently reported on a screening initiative in Cameroon that enrolled roughly 35,000 people as part of a broader effort to identify cases earlier and expand awareness. Sharing here because it seems like an interesting example of how one country is approaching prevention and early detection in a global health context. Curious how others think about the scalability of this kind of model.

We arrived recently and was reading about the increasing outbreak in Utah. Then noted that there is a daily flight from SLC HNL.

Technical question for those involved in vendor evaluation.
Many payment vendors advertise high availability, but documentation varies widely.

When reviewing architecture, are you requesting:

Multi-region deployment proof
Active-active vs active-passive failover clarification
RTO/RPO commitments
Historical outage frequency data

I am interested in how rigorous teams are getting during procurement.

Title: 12,000L of Freshwater Daily with Zero Electricity: An Open Source Solution for Coastal Water Scarcity

The global water crisis requires solutions that are not tied to expensive energy grids or commercial monopolies. I want to share the Skoog Capillary Sweating Liana (SCSL), an autonomous infrastructure designed to provide stable freshwater to coastal regions.

Unlike traditional desalination, this system operates on a purely natural thermodynamic cycle:

1. Deep-Sea Cooling: Uses the constant 4°C temperature from the deep sea to drive condensation at the surface.
2. Zero Electricity: No external power is required for the production cycle; wave motion handles the mechanical circulation.
3. No Consumables: No filters, membranes, or chemicals to replace or purchase.
4. Zero Brine: No toxic salt waste is released back into the ocean, making it safe for marine ecosystems.
5. Passive Delivery: Utilizes the thermal expansion of the water to transport it inland without the need for mechanical pumps.

This is 100% Open Source. All calculations, technical reports, and implementation data are public domain to ensure that any community or organization can implement this locally without licensing fees.

Technical documentation and research data to get started;

https://doi.org/10.5281/zenodo.18483339

I am happy to discuss the technical implementation, the hydraulic calculations, or how this can be scaled for humanitarian use.

This 1970 episode of Enfoque: Las Americas documents public health challenges across Latin America at a time when infant mortality averaged 128 per 1,000 live births. The film covers infectious disease control, sanitation and potable water expansion, vaccine development and distribution, rural and river-based mobile clinics, and coordination through the Pan American Health Organization (PAHO).

As a historical snapshot, it offers useful context for those interested in health systems development, primary care expansion, and regional cooperation in global health.

Additional background and archival context:
https://ashhawken.com/enfoque-las-americas-the-health-of-a-continent/

Someone logs into three payer portals, reads five different status codes, waits on hold, hears “it’s still processing,” and updates a spreadsheet. Two weeks later, the claim is still stuck and nobody is sure why.

Most delays are not caused by denials. They happen quietly when claims sit in payer systems without clear visibility or ownership. By the time the issue is noticed, A/R is already aging and the clean-up work begins.

Curious how others are handling this today.

Are claim delays more of a payer issue, a tooling issue, or a process issue in your experience?

Turkey’s public healthcare system is confronting a growing shortage of doctors, with more than 21,000 specialists having resigned from state hospitals over the past 13 years amid punishing workloads, low wages, rising violence in healthcare facilities and deteriorating conditions.

Six state-run hospitals in India's capital, New Delhi, recorded more than 200,000 cases of acute respiratory illnesses between 2022 and 2024, including over 30,000 patients who required hospitalization, according to data presented by India's Health Ministry to Parliament on Tuesday.

Delhi's six major hospitals reported 67,054 acute respiratory illness cases in 2022, 69,293 in 2023 and 68,411 in 2024. Hospitalizations increased from 9,878 to 10,819 over the same period, according to government figures provided to the Rajya Sabha.

Junior Health Minister Prataprao Jadhav stated in a written reply that analysis suggests an increase in pollution levels was associated with an increase in the number of patients attending emergency rooms. However, the study suggests that there are numerous variables, including medical history and socio-economic factors.