acaciapulse
Predictive Displacement Model
AcaciaPulse is a data-driven humanitarian tool using predictive analytics, geospatial analysis, and artificial intelligence to track and forecast displacement patterns in conflict regions. Our interactive dashboards and insights assist NGOs, humanitarian actors, and policymakers in timely decision-making and resource allocation.
Key Features:
AI-driven prediction models for forced migration routes.
Real-time visualization of conflict and displacement data.
Integrated humanitarian aid accessibility mapping.
Darfur’s Despair: The Silent Crisis in Displacement Camps
ArcGIS StoryMap
This interactive Story Map documents the humanitarian crisis unfolding in Darfur’s displacement camps following the outbreak of conflict in Sudan. Developed through the MIT PKG Fellowship in partnership with the Sudan Human Rights Hub, the project combines geospatial analysis, open-source investigation, and narrative storytelling to reveal patterns of destruction, displacement, and resilience.
Project Features:
Visual mapping of camp destruction using satellite imagery.
Integration of verified open-source evidence and field reports.
Designed to support advocacy and public awareness.
Midanik Movement
Documentation of Sexual Gender-based Violence
Co-founded to advocate for justice and accountability in Sudan, the Midanik Movement has led groundbreaking documentation of human rights violations, particularly during the June 3, 2019 sit-in in Khartoum. The team conducted over 130 interviews and utilized open-source intelligence (OSINT) methods to verify incidents of violence and gender-based abuse, producing one of the most comprehensive civilian-led reports to date.
Impact Highlights:
Rigorous documentation through interviews and OSINT verification.
Influential investigative report used in international advocacy efforts.
Campaigns supporting women-led recovery and justice initiatives.
Sudan Utopia
Drone-Based Reforestation in Sudan
Winner of Climathon 2018, Utopia tackles desertification through innovative drone technology designed to distribute seed pods, enabling targeted reforestation. Currently identifying pilot sites in western Darfur, our approach aims to restore critical ecosystems and safeguard natural resources vital for local communities.
Key Achievements:
First-place Climathon recognition for sustainable innovation.
Utilization of drone technology for environmental restoration.
Engagement with international environmental specialists.
