From recognition to pilot implementation in Pakistan

The significance of this milestone is that it moved beyond recognition into field implementation. According to the final report, the SLAMDAM pilot took place in Passu, Gilgit-Baltistan, along the Hanzu River, where seasonal glacier melt can contribute to river overflow and local flood risk. The report states that the pilot aimed to show whether SLAMDAM could serve as a scalable climate-adaptive solution in Pakistan and potentially in other South Asian contexts facing similar risks.

The same report explains that the project included manufacturing, transport, deployment, and local training. It also notes that the local flood response team deployed the barrier to demonstrate how it worked and help prevent flood damage caused by river overflow. That matters because it shows a clear path from award selection to practical use on the ground.

Building local capability, not only installing hardware

A strong part of the CIC project was its focus on preparedness and local capability. The implementation plan set out work on flood-risk assessment, training, a dry-run demonstration, a real-life demonstration, monitoring and evaluation, and a roadmap for scale-up. In other words, the project was not only about placing a barrier at one site. It was also about helping communities and institutions understand when, where, and how to use the technology effectively.

That broader resilience approach also appears in the official project materials. ADPC’s poster describes SLAMDAM not only as a flood protection tool, but as part of a larger system that can include flood-risk analysis, support to flood early warning, deployment planning, and efforts to strengthen local institutions and community self-reliance. The same material also notes that the barrier can be used for water storage, which adds practical value beyond emergency protection alone.