An open-source platform for humanitarian organizations to manage volunteer-driven disaster preparedness campaigns in local communities.
allReady is an open-source platform that helps humanitarian and disaster response organizations manage volunteer-driven preparedness campaigns in local communities. It increases awareness, efficiency, and impact of activities like smoke detector installations and community education events. The platform aims to build community resilience and reduce disaster impact through proactive preparation.
Humanitarian organizations, disaster response agencies, and nonprofit groups running community preparedness campaigns who need to coordinate volunteers and measure campaign effectiveness.
Developers choose allReady because it's a purpose-built open-source solution specifically designed for humanitarian preparedness work, with cross-platform .NET Core support and a focus on measurable impact using industry-standard disaster preparedness metrics.
This repo contains the code for allReady, an open-source solution focused on increasing awareness, efficiency and impact of preparedness campaigns as they are delivered by humanitarian and disaster response organizations in local communities.
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Built on .NET Core 2.0.x, allowing development on Windows, macOS, and Linux systems, as highlighted in the README for broader accessibility.
Tailored specifically for disaster preparedness campaigns, with features like campaign management and volunteer engagement based on industry principles, such as the rule that pre-disaster investment is 15-30 times more valuable.
Maintained by Humanitarian Toolbox with active contributions, evidenced by biweekly standups and a public milestone tracker for the upcoming v1.0 release.
Includes impact measurement using industry metrics to track efficiency and effectiveness of preparedness campaigns, aligning with the goal of building community resilience.
Still working towards v1.0 release with issues being triaged, meaning it may lack stability or complete features for production use without community support.
Requires .NET Core SDK installation and detailed configuration, as per multiple setup guides in the wiki, which can be a barrier for non-technical users or quick deployments.
Long-running operations like communications and image processing rely on Azure Functions via a separate repository, potentially locking users into Microsoft's cloud services.