Realtime monitoring and reporting of water in refugee camps

Project overview

BRCK has piloted utilising IoT to monitor real-time water distribution and quality in refugee camps to improve access and quality of water among recipients.

Countries
Kenya
Organisations
BRCK
Partners
UNHCR; Upande
Area of funding
Humanitarian Innovation
Grant amount
49890
Start date
15
June
2017
End date
15
September
2018
Project length (in months)
15.7
Funding calls
No items found.
Focus areas
No items found.
Topics
Refugees and IDPS
Status
Closed

Project solution

This project offers [specific solution or intervention] to tackle [challenge]. By implementing [strategies, tools, or innovations], the project aims to achieve [desired outcomes]. The approach is designed to [specific actions or methods] to bring about meaningful change in [community, region, or issue area].

Expected outcomes

This project aims to achieve [specific outcomes], such as [measurable results, improvements, or changes]. The expected impact includes [benefits to the target community, advancements in research or innovation, or long-term effects]. By the end of the project, we anticipate [specific changes or milestones] that will contribute to [broader goals or objectives].

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What is the humanitarian need?


Access to clean water is a human right, and in many refugee camps worldwide this is a scarce resource. Ensuring this resource is delivered to those that need it the most is a difficult challenge, unfortunately sometimes politically charged or subject to corruption. BRCK is developing a solution to ensure water delivery data is available to key decision makers, able to ensure water is delivered where is its needed most.

What is the innovative solution?


BRCK has been developing PicoBRCK over the last 2 years as a low cost, reliable IoT/M2M sensor gateway. Its designed to operate in remote and difficult environments, utilising edge caching and long distance RF communication.

What were the expected outcomes?


As a primary outcome, we expected to produce a map of sensor locations showing real water flow and real water quality (free of chlorine). This map would then inform agencies about the delivery of water, with an expected outcome of faster response rates, and higher availability of water amongst receipts. Secondarily, there was some indication of water being diverted away from core activities and this real-time system would ensure required water is delivered.

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Resources

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Latest updates

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Refugees and IDPS
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BRCK
Kenya