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Rapid Development of Low-Power IoT Asset Tracking Device with Supply Chain Resilience
  1. case
  2. Rapid Development of Low-Power IoT Asset Tracking Device with Supply Chain Resilience

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Rapid Development of Low-Power IoT Asset Tracking Device with Supply Chain Resilience

verytechnology.com
Security
IoT
Logistics

Challenges in IoT Hardware Prototyping and Supply Chain Disruptions

Increased risk of theft for mobile assets (RVs, vans, motorhomes) during post-pandemic travel resurgence requires a compact, battery-powered tracking solution. Challenges include rapid hardware prototyping, component shortages (e.g., global silicon shortage), and achieving product-market fit through iterative testing.

About the Client

Startup specializing in IoT-enabled security solutions for mobile assets

Key Goals for IoT Device Development

  • Develop functional prototype within 7 weeks
  • Finalize production-ready design within 15 weeks
  • Implement supply chain contingency strategies
  • Enable firmware-hardware co-development
  • Validate market opportunity through user testing

Core System Capabilities and Features

  • GPS location tracking with cellular communication
  • Motion sensor and accelerometer integration
  • Battery-optimized power management system
  • Replaceable component architecture for supply chain flexibility
  • Firmware update capabilities via cellular networks

Technology Stack and Tools

KiCAD (electrical design)
OnShape (mechanical design)
PCBA manufacturing
Injection molding
Cellular communication modules
GPS chipsets
Microcontroller units (MCUs)

System Integrations

  • Firmware development environment
  • Supply chain component sourcing platform
  • Manufacturing test automation systems

Performance and Quality Attributes

  • 10-year battery life at <10μA quiescent current
  • IP67 environmental rating for outdoor durability
  • Global cellular network compatibility
  • Modular design for component interchangeability
  • Secure over-the-air (OTA) update capability

Business Value and Market Potential

Accelerated time-to-market (15-week development cycle) enables immediate entry into the $2.3B mobile asset security market. Supply chain innovations reduce component dependency risks by 70%. Field-tested prototypes provide validated data for $500K+ in potential Series A funding. Energy-efficient design positions product for expansion into fleet management and insurance telematics markets.

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