FlameLite Guardian – Fireless Safety Torch System

“Safe Light. Safe Lives. Safe Land.”

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Pitech 60 Sec https://youtu.be/2ajoNjLY8l8 Prototype demonstration https://youtu.be/3PyKnLujNpI Presentation Video https://youtu.be/e8O7swY7Znw Live demo https://youtu.be/7fAvMzZEqE0 https://github.com/chrisbinliana2009/LUMA-Hack-2025.git

Inspiration

Forest-fringe communities face constant risk from night-time wildlife intrusions. Traditional methods like fire, burning tyres, or crackers often cause forest fires, pollution, injuries, and panic. We wanted to build a safer, fire-free protective device that combines creativity, engineering, and eco-safety. Our inspiration came from imagining: “Can we recreate the power of fire… without using fire?” This challenge drove us to engineer a smart flame-effect torch that protects people while respecting wildlife and nature.

What It Does

FlameLite Guardian is a portable, fireless defensive torch that produces: • Ultra-bright red LED + laser flame visuals • Blower-driven silk cloth movement that mimics rising flames • Wildlife-safe deterrent sound signals • Wide-angle light reflection for long-distance visibility Wild animals naturally avoid flame-like visuals and unexpected sound patterns. Our device recreates this effect without heat, smoke, or danger, making it safe for: ✔ Villagers ✔ Farmers ✔ Forest watchers ✔ Night-shift workers near forests ✔ Students walking to school through rural paths It is an emergency safety device, instantly usable when an animal is spotted.

How We Built It

Using the circuit design we developed , we engineered a simple, reliable flame-simulation system:

  1. Light System • Laser module for sharp flame highlights • Red LED array for core glow
  2. Motion Simulation • A blower fan pushes air upward • Silk cloth strips rise and move like real flames
  3. Reflective Chamber • A cylindrical reflector amplifies brightness and spreads light
  4. Audio Unit • A USB sound module • A compact speaker playing eco-safe deterrent tones
  5. Power System • 12V rechargeable battery • Regulator for stable power • AC adapter for charging All components are assembled in a portable, impact-resistant casing.

Challenges We Ran Into

• Creating realistic flame visuals without using fire • Designing airflow strong enough to lift silk cloth continuously • Balancing laser + LED brightness for animal visibility but human safety • Making the system lightweight, low-cost, and durable • Testing different sound patterns that do not harm wildlife

Accomplishments That We’re Proud Of

• Built a fully working fireless flame device • Provided a safe alternative to crackers, fire, and electric fencing • Reduced environmental risk and supported forest-fire prevention • Designed a community-friendly safety tool usable by children, elders, and farmers • Strong alignment with UN SDG 3, 11, 13, 15 • Created a prototype that can be scaled into a real product

What We Learned

• Hardware innovation must balance technology + ethics • Safety engineering matters as much as functionality • Wildlife behavior can be influenced using light + motion + sound • Community feedback improves design reliability • Real-world problems need simple, affordable solutions

What's Next for FlameLite Guardian

  1. Smart Detection System We plan to add: • PIR motion sensor • Light sensor • Microcontroller-based auto-activation
  2. Mobile App Dashboard Live alerts when wildlife is detected.
  3. AI Flame Optimization Algorithms to auto-adjust brightness, sound, and motion based on species.
  4. Community Deployment Model Setting up shared devices along forest borders like: • First-aid kits • Fire extinguishers • Street safety lights
  5. Future Startup Potential FlameLite Guardian can grow into: • A smart safety device company • A wildlife conflict technology startup • A low-cost protective hardware brand built by students

Built With

  • ai
  • api
  • lot
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