8:00 am Data gets inputted at a remote health centre.
A healthcare worker inputs drug stock data into our S+ System at a remote health centre in rural Uganda.
8:05 am That data is shared to the distributed ledger.
Even though there is no active internet connectivity, that data is shared to a distributed ledger that is accessible in other local healthcare facilities (that are connected via our S+ Distributed Ledger), and other relevant stakeholders. It never leaves the country to go to a foreign cloud.
8:10 am A local doctor is in search of oxytocin.
The power may have just gone out while their patient was giving birth—but they checked their S+ System so he knows that, as of 10 minutes ago, a health centre less than 10km away has the drug in stock. They ask an assistant to go bring the drug back.
9:15 am A district stock-coordinator sees the relevant data.
Though some of the health centres are offline—a national level drug-stock coordinator can see that many centres are running out of anti-Malarial drugs. He puts in an order for those remote facilities.
10:00 am A program manager at an international development agency gets evaluation data.
For the first time, they see exactly how many drugs are being used in rural areas—and what the funding gap is to meet real needs. They are able to better report the impact of dollars invested—and effectively advocate to close that funding gap.
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