🚨 Attack Intel – Real-Time Threat Reporting Platform

💡 Inspiration

We were inspired by the growing frequency of cyber crimes, street violence, and misinformation — and the lack of a unified platform to alert the public and authorities in real-time. The idea behind Attack Intel was born from the need for faster awareness, safer communities, and a way for citizens to be part of the solution through responsible reporting.

🛡️ What it does

Attack Intel is a real-time, crowd-powered platform that:

  • Allows users to report all kinds of attacks (cyber, physical, social) near them.
  • Sends location-based alerts to people nearby.
  • Maps incidents in real time using Google Maps.
  • Offers a threat dashboard for government/official monitoring.
  • Filters and verifies reports using basic NLP and manual review (in MVP).

🛠️ How we built it

  • Frontend: React Native for cross-platform mobile support.
  • Backend: Node.js + Express.js for REST APIs.
  • Database & Real-time: Firebase for live syncing and push notifications.
  • Maps Integration: Google Maps API to visualize incidents.
  • Threat Verification: Integrated a basic NLP layer to detect keywords and flag suspicious/false reports.

🧱 Challenges we ran into

  • Ensuring false reports don't overwhelm the system.
  • Designing a clean, intuitive UI that works for both tech-savvy and general users.
  • Managing real-time performance under concurrent user activity.
  • Balancing user anonymity with responsible reporting.
  • Integrating mapping and geolocation data accurately and securely.

🏆 Accomplishments that we're proud of

  • Built a working, cross-platform MVP within the hackathon time limit.
  • Integrated real-time alerts and geolocation in a seamless way.
  • Created a dual-purpose tool for public safety and government response.
  • Designed with scalability, ethical use, and impact in mind.

📚 What we learned

  • How to handle real-time data flow using Firebase.
  • Importance of UI/UX in safety-first apps.
  • Tradeoffs in data privacy vs. public interest.
  • Techniques for validating and moderating user-generated content.
  • Effective team collaboration under tight deadlines.

🚀 What's next for Attack Intel

  • Implement advanced AI-based threat validation (e.g., text + image analysis).
  • Add crowd-trust scores and community moderation.
  • Partner with local authorities for verified channels.
  • Expand to web and progressive web app (PWA) versions.
  • Enable incident history, analytics, and safer route suggestions.

Attack Intel — Real-time threats. Real-world safety.

Built With

  • bolt-ai-(low-code-ai-workflow-builder)-hosting-netlify-?-for-static-site-deployment-and-ci/cd-authentication-supabase-auth-?-for-user-sign-in/sign-up-flow-apis-openai-api
  • environment
  • frontend-react.js
  • javascript-/-typescript-backend-serverless-functions-(via-netlify-or-bolt-ai-framework)
  • netlify-cli-(optional)
  • restful-api-architecture-database-supabase-?-postgresql-+-real-time-listeners-ai-&-nlp-openai-(gpt-4-/-gpt-3.5)
  • supabase-api-dev-tools-github-(repo-management)
  • tailwind-css-(or-your-chosen-css-framework)
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