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How the Blockchain Can Prevent Drug Counterfeiting in Kenya

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Drug Counterfeiting Kenya

The World Health Organization (WHO) defines a counterfeit medicine as “one which is deliberately and fraudulently mislabelled with respect to its identity and/or source. Counterfeiting can apply to both branded and generic products and counterfeit products may include products with the correct or wrong ingredients, without active ingredients, with insufficient active ingredients or with fake packaging.”

The port of Mombasa has been a point of entry for counterfeit drugs in Kenya and the East African region. According to a report by the Daily Nation, “the value of potentially dangerous pharmaceutical products sourced mainly from China and India is estimated at six billion Kenyan shillings.” The most commonly counterfeited drugs are antimalarials, morning-after pills, antihistamines, cough syrups, antibiotics, and viagra.

Counterfeit drugs are not only a health risk to patients but also increase the cost of getting better. According to IBM, over 122,000 children under the age of five in Africa die because of counterfeit anti-malarial drugs. Therefore, the IBM lab in Haifa, Israel is researching the use of the blockchain in preventing counterfeit drugs.

How the Blockchain Can Be Applied in the Pharma Supply Chain

The blockchain is a decentralised digital ledger that records and transfers data in a fast, secure, and transparent manner. When applied in the pharmaceutical supply chain, the blockchain tracks the drugs at each stage from the pharmaceutical company to the patient.

The IBM research solution involves a permissioned blockchain and a mobile interface. Every party on the network is certified and authorised to initiate an action and complete, track, and verify their transactions. Here is a breakdown of the different functions that the blockchain offers:

Trust: the blockchain comprises of a trusted network of pharmaceutical companies, delivery carriers, chemists, hospitals, and clinics. For example, the pharmaceutical companies on the blockchain are trustworthy and offer authentic drugs. Therefore, any person ordering drugs on the blockchain-based network is assured of getting industry-approved products.

Registration: every order that is made is registered on the blockchain for easy tracking and tracing.

Authentication: at each stage of the supply chain, a party’s’ identity is authenticated using the blockchain to enable him/her to carry out a transaction.

Verification: when drugs are being transferred from one party to the other, verification is important. That is to say that the blockchain will verify that a carrier has received the delivery from a pharmaceutical company by confirming that they are in the same location. Verification is also done by scanning the QR codes and the serial numbers of the drugs.

Recording: every transaction that takes place is recorded on the blockchain ledger. A record is taken when, for instance, the clinic accepts the delivery transfer from the carrier. In addition, the recording process ensures that the pharmaceutical company can check the delivery status of the daily orders made.

Ratings: ratings are given to carriers and pharmaceutical companies depending on their ability to deliver quality services and products to hospitals and clinics. Consequently, every party on the network will strive for high ratings in order to increase their chances of getting more business.

Tracking: the clinic or hospital that has made the order receives a tracking code to their phone via SMS to enable easy tracking of the delivery to their doorstep.

The Benefits of a Blockchain-based Pharma Supply Chain

Reduced health risks

The blockchain brings together a network of certified parties. That means that drugs are sourced from legitimate pharmaceutical companies that manufacture drugs according to industry standards. As a result, patients stay safe because the drugs they consume are also safe.

Decreased costs

Counterfeit drugs increase costs because they lack the active ingredient needed to cure diseases. However, authentic drugs work as they should hence curing patients within the expected time period.

Faster orders

The blockchain makes the process of finding trustworthy pharmaceuticals easy and fast. Additionally, a pharmaceutical company can view on the blockchain which carriers are available to make deliveries immediately.

Increased transparency

At each stage of the supply chain, parties authenticate using the blockchain and the drugs are verified through QR codes and serial numbers. In addition, every transaction is recorded on the blockchain and it can be traced and tracked. Therefore, the possibility of getting a different package from what was registered on the blockchain by the pharmaceutical is effectively non-existent.

The war against counterfeit drugs in Kenya might seem difficult but with the implementation of the blockchain in the pharmaceutical supply chain, it can be won. In a sector where it is difficult to know who you can trust and who you cannot, the blockchain creates trust.

Blockchain Technology

AI and Blockchain-Powered Project CareAi Could Improve Healthcare in Africa

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CareAi

CareAi is a project of the Joint Research Centre from the European Commission that has the potential to improve healthcare services in Africa through the use of artificial intelligence and blockchain technology.

The open-source solution provides intelligent and anonymous healthcare and can diagnose diseases like typhoid fever, malaria, and tuberculosis within seconds through the use of AI. The aim of the project is to reach out to undocumented migrants, ethnic minorities, and populations secluded from healthcare systems. The anonymous nature of CareAi also allows patients such as migrants to receive a diagnosis without worrying about deportation.

How It Works

CareAi is a machine featuring a finger prick and a lab-on-a-chip technology initiated by a Harvard University chemistry professor called George Whitesides.

To receive a diagnosis, a patient will have their finger pricked and the blood sample is deposited on the chip, put in the machine, and anonymised. Once this is done, CareAi’s AI-powered health assistant analyses the sample by referencing it to a wide range of medical and diagnosing data and then displays the results on a screen and provides a printout for the same.

The results come with actions that the user should take such as getting a prescription from partner chemists or seeing a participating NGO doctor that provides anonymous treatment and who can claim back payment for services rendered.

Additionally, CareAi correlates medical data with records of academic data and journals anonymously. The anonymised data is securely stored on the blockchain while smart contracts manage the rights, permission, and access to the stored health data.

Organisations use a distributed app to access the data through smart contracts. For instance, if a government wants to access the stored data for policy purposes, it has to buy tokens called CareAi Points. These tokens are then used to pay the participating healthcare NGOs and for machine maintenance.

According to a Medium article by Lucas Lorenzo, these points can propel “economic interactions in the form of a valued currency, locally and at scale; exchanging economic value and intelligent healthcare feedback for anonymised data.”

The Possible Applications of CareAi in Africa

CareAiAlthough CareAi targets refugee camps in Europe, the technology could also make a positive impact on the African continent according to the founder of cloud-based health records platform Medcera, Ndubuisi Ekekwe. He believes:

“[…] Products like CareAi could become catalytic when they begin to penetrate into villages and cities across the continent. If AI systems could handle some of the minor healthcare issues, the available healthcare professionals could focus on the most difficult issues.”

Ekekwe also says AI systems, such as CareAi, can enhance drug prescriptions where the medical history of a person is entered into the system. This enables the AI system to confidently prescribe drugs and connect the patient to the right pharmacy.

However, he notes that although AI and blockchain technology could change the healthcare systems in Africa, nations must invest in other areas such as training more healthcare professionals and installing electricity and clean water in all healthcare facilities. He also believes that the challenge of inadequate data has to be solved for AI to have a future on the continent.

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Blockchain Technology

Kenya’s RideSafe to Receive $140,000 in Funding from Aeternity Starfleet Incubator

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RideSafe

Kenyan tech startup RideSafe is set to receive $140,000 in seed funding from the Aeternity Starfleet Incubator, which it partook in earlier this year.

In Kenya, one of the easiest ways to get around is through motorcycles known as “boda bodas.” This subsection of the transport industry has been largely unregulated, creating a myriad of risks for riders and commuters alike. It is, therefore, quite likely to find riders creating associations or small social groups for their collective interests and pooling their resources and support in order to secure solutions for financing, health, and insurance.

RideSafe is a startup that has stepped up to provide health solutions for riders in real-time in case of accidents. Many riders are exposed to hazardous conditions daily. Hence, there is a need for robust solutions to safeguard their wellbeing.

Æternity Starfleet Incubator

RideSafe

Image by RideSafeApp.com

Earlier this year, RideSafe participated in the Aeternity Starfleet Incubator, which is specially designed to empower startups that seek to leverage blockchain technologies. From an initial round of 60 participants, RideSafe qualified for the shortlist of 17 teams, among which Vite and Utu were the only other African startups to participate.

Asiimwe Benson, the CEO of RideSafe, revealed in an interview that he met the Aeternity team at the World Blockchain Summit in Nairobi in early 2018, where he got an opportunity to sign up for the incubator and funding. With the $140,000 prize, the CEO intends to expand operations to serve more riders nationally; ultimately targeting the masses. The funding will also be used to build capacity and secure technical support.

Nikola Stojanow, the CEO of Aeternity Ventures, remarked that the finalists of their training program demonstrated passion, dedication, and far-reaching potential through their ability to take counsel and fine-tune their business models and road maps for best practice.

The ten teams that made it through Aeternity’s incubator have paved the way for other teams and startups to learn and gain meaningful experience in sustainably innovating solutions based on blockchain technology.

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Blockchain Technology

Coinfirm Partners with KAD ICT Hub to Launch Africa Blockchain Lab in Nigeria

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Africa Blockchain Lab

London-based blockchain regtech company Coinfirm and Nigeria’s KAD ICT Hub have launched the Africa Blockchain Lab with the aim of taking up companies focused on creating blockchain-based services and products for African economies.

The new hub based in Kaduna, Nigeria is especially interested in companies that are focused on financial inclusion and has already accommodated one such startup called Kora.

Kora, founded in 2017 by Dickson Nsofor and Maomao Hu, is a blockchain-based infrastructure for an inclusive financial system. According to the Inclusive Growth Forum, “the Kora Network will provide access to identity, secure storage, money transfer, and marketplaces on a low cost, universal access platform accessible via SMS/USSD on feature phones, or with internet access via a mobile app, enabled by blockchain technology.”

CoinfirmCoinfirm’s co-founder and CMO Grant Blaisdell said in a press release: “A Silicon Valley out-of-the-box solution approach has generally not worked in regions such as Africa; it requires a ground-up, organic approach. Coinfirm has already successfully built leading blockchain solutions, the largest structured blockchain database and coverage, and the first blockchain lab for Central Europe. Now, working with KAD ICT Hub, who share our vision of bringing transformative, blockchain-based solutions to African markets, and who have the local knowledge and expertise, we are going to do the same in Africa.” He added:

“We want to work with and provide opportunities for African entrepreneurs working in one of the most exciting and disruptive fields today while bringing our own solutions like our AML/KYC Platform and AMLT Network.”

The KAD ICT Hub

Launched in 2017, the KAD ICT Hub based in Kaduna, Nigeria is an IT innovation hub that receives support from the Nigerian government.

Africa Blockchain LabCo-founder and chief executive of the KAD ICT Hub Yusuf Bashir said: “[…] The transformative potential of blockchain is enormous, and we are confident that, working with Coinfirm, we can provide the testbed and support for today’s leading African blockchain companies, giving them the opportunity to become global leaders. Here in Kaduna, Nigeria’s third-largest state in terms of population, and leading learning and innovation hub, we are extremely fortunate to have a governor who is not only supportive of what we are doing but had ensured we are backed by the Kaduna State Government.”

The hub has been working with Trudatum, Coinfirm’s blockchain-based data document verification platform, which Poland’s largest bank PKO Bank Polski has recently started to use. Additionally, Trudatum could be used in Nigeria to securely store documents in government institutions and universities.

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