Deskeet IE-8

In Development

Protect the Galaxy, One Mosquito at a Time!

Deskeet IE-8
Deskeet Control App Interface

AI-Powered

Real-time mosquito tracking using OpenCV/YOLO and predictive targeting

Quad Lasers

Four-point targeting system with recoil simulation and sound effects

DIY Kit

Complete assembly kit with step-by-step instructions

Deskeet IE-8 Unboxing Experience

The Complete Kit Experience

Every Deskeet IE-8 comes as a carefully curated kit, designed for an engaging 1-2 hour assembly experience. The package includes all necessary components, from the precision-engineered turret base to the quad-laser array, along with detailed assembly instructions and calibration guides.

Project Overview

The Deskeet IE-8 is a Star Wars-inspired mosquito defense system that combines cutting-edge AI tracking with a playful sci-fi aesthetic. Drawing inspiration from Imperial defense turrets, this desktop sentinel uses quad lasers and real-time AI tracking to identify and eliminate mosquito threats while delivering an engaging user experience complete with authentic sound effects and recoil simulation.

Perfect for makers, tech enthusiasts, and anyone looking for an innovative solution to mosquito control, the Deskeet IE-8 brings together practical functionality with an immersive sci-fi experience.

Current Status

What's Working

  • Initial project planning and scope definition
  • Market research and positioning strategy
  • Basic architecture design

In Progress

  • AI tracking system prototype
  • Quad-laser mechanism design
  • Hardware component selection

Development Roadmap

Phase 1: Core Systems

  • Implement basic AI tracking using OpenCV/YOLO
  • Design and test pan-tilt servo mechanism
  • Develop quad-laser control system
  • Create initial 3D-printed prototype housing

Phase 2: User Experience

  • Integrate sound effects system
  • Implement recoil simulation
  • Design user control interface
  • Develop calibration system

Phase 3: Production Prep

  • Finalize BOM and component sourcing
  • Create assembly documentation
  • Design packaging and kit contents
  • Establish QA procedures

Technical Specifications

Hardware

  • 4x low-power visible lasers
  • High-speed tracking camera
  • Dual-axis servo system
  • Custom PCB control board
  • Solenoid-based recoil system

Software

  • OpenCV/YOLO-based detection
  • Real-time motion prediction
  • PID-controlled targeting
  • Sound effect synchronization

Parts List & Budget

Core Components

  • 4x 5mW Red Laser Modules

    $20 ($5 each)

  • Raspberry Pi 4 (4GB)

    $45

  • High-Speed Camera Module

    $35

  • 2x MG90S Micro Servos

    $12 ($6 each)

  • Custom PCB

    $15 (batch of 5)

Additional Hardware

  • 4x Mini Solenoids

    $16 ($4 each)

  • 3D Printed Housing

    $25 (material cost)

  • Power Supply (5V/3A)

    $12

  • Mini Speaker

    $8

  • Misc (Wires, Screws, etc.)

    $15

Total Estimated Cost

  • Base Components

    $203 (Single Unit)

  • Bulk Production (100+ units)

    ~$150 per unit

  • Suggested Retail Price

    $299 - $349

Vendors & Suppliers

Component Suppliers

  • Laser Modules

    Adafruit Industries, Mouser Electronics

  • Raspberry Pi & Camera

    PiShop.us, CanaKit, Adafruit

  • Servos & Electronics

    Digikey, Mouser, Amazon

  • Solenoids

    Aliexpress, Adafruit, SparkFun

  • Power Supplies

    Mean Well, CUI Inc via Digikey

Manufacturing Services

  • PCB Fabrication

    OSH Park (prototypes), PCBWay (production)

  • PCB Assembly

    MacroFab (US), CircuitHub (medium volume)

  • 3D Printing

    Xometry, Protolabs, Shapeways

  • Injection Molding

    Protolabs (US), HLH Proto (Asia)

  • Final Assembly

    MacroFab, CircuitHub (US-based)

Notes on Suppliers

  • Prototype Phase

    Using US-based suppliers for faster iteration and easier communication

  • Production Phase

    Mix of US and Asian manufacturers for cost optimization while maintaining quality

  • Quality Control

    All suppliers selected based on proven track record and quality standards