allan.airan@gmail.com
Location: Pasay City, Philippines

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📜 Project Background

This project was initiated as part of my professional advancement under the Expanded Tertiary Education Equivalency and Accreditation Program (ETEEAP) in the Philippines. As a software engineer and innovator, I envisioned a modular, AI-enhanced autonomous combat drone system that can serve both civilian and military applications.

The need for indigenous, self-reliant defense systems, aligned with the Philippine Self-Reliant Defense Posture (SRDP), inspired me to begin this ambitious R&D project.

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🧠 Strategic AI Drone R&D Journey

Phase 1: Ideation & Research

• Identified global trends in drone warfare and autonomous UAV systems.
• Researched various drone configurations: fixed-wing, VTOL, ducted fan, and missile-style.
• Investigated the feasibility of off-the-shelf components for low-cost modular deployment.

Phase 2: System Design

• Started building the software from scratch using HTML, CSS, JavaScript, and JSON.
• Designed a responsive drone swarm command interface.
• Developed key functions:
  • Radar targeting system
  • Real-time drone status (active, ready, destroyed)
  • Coordinated flight formations
  • Evasive maneuvers & collision avoidance
  • Live lead-camera feed with fallback

Phase 3: Hardware Integration

• Integrated radar sensors, cameras, and navigation modules using Arduino.
• Simulated flight formation and combat targeting using mock JSON data.
• Designed and tested 3D printable parts using CAD tools for wings, fuselage, and missile bays.

Phase 4: Proposal & Validation

• Created whitepapers, pitch decks, and evaluation documents.
• Prepared for formal submission to:
  • DND (Department of National Defense)
  • AFP (Armed Forces of the Philippines)
  • DOST (Department of Science and Technology)
• Project aligns with naval applications and airstrip-launched multi-mission drones.

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🛠 Key Technologies

• JavaScript (Autonomous control, telemetry logic)
• HTML/CSS (UI Panel, responsive design)
• GitHub Pages (Hosting)
• JSON (Drone data storage and simulation)
• Figma (UI/UX Design Layout)
• Arduino (Hardware connectivity)
• 3D CAD & Printing (Drone body & payload bay)

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🔐 Intellectual Property & Licensing

This project, including all source code, 3D design files, system architecture, and documentation, is the intellectual property of Allan Beethoven L. Airan.
Unauthorized reproduction, commercial use, or redistribution of this material without explicit permission is strictly prohibited.

All documentation and system source are developed under: Airan Defense Technology Philippines

© 2025 All Rights Reserved.

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🚀 Vision

To empower the Philippines with indigenous defense technology, reduce dependency on foreign suppliers, and accelerate adoption of smart autonomous UAV systems that can assist in:

• National defense
• Disaster response
• Search and rescue
• Surveillance
• Civilian delivery and logistics

Let weakness be your courage and learn perfection from your mistakes.
— Allan Beethoven L. Airan

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