Decision Toolkits for Edge AI Computing


Intelligent Video Analytics for Public Safety

Why Is This Toolkit Essential for System Integrators?

Governments worldwide are embracing smart city initiatives to enhance public safety, optimize traffic management, and improve emergency response through AI-driven automation.

This toolkit helps system integrators navigate AI-driven smart city projects by providing:

  • A market overview of smart city initiatives and emerging trends
  • Key challenges in deployment and how AI at the edge addresses them
  • Real-world applications and success stories from industry leaders
  • A practical checklist for selecting the right AI edge computing solutions

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Key Challenges in Smart City Projects

Building AI-powered smart city solutions requires integrating complex technologies across large-scale, dynamic environments. System integrators must address several key challenges before deploying reliable and scalable edge AI infrastructure.

  • Integrating diverse systems without compromising performance.
  • Deploying hardware that withstands harsh environments.
  • Scaling solutions to keep up with evolving city demands.
  • Managing and maintaining devices efficiently across a distributed network.

6 Critical Factors for Selecting the Right AI Edge Computing Solution

1. AI Performance

Assess computing needs—does your application require lots of TOPS of AI performance for real-time AI inference, or is lite performance enough?

2. Connectivity

Ensure reliable industrial networking—do you need multiple LAN ports to connect to sensors or cameras? Is remote management a necessity? What about wireless or 5G connectivity?

3. Power Input

Smart city environments require flexible power options. Does your system support a wide power input range to accommodate different infrastructure setups?

4. Environmental Requests

What operating temperature range is required, and can it remain functional outdoors 24/7? Can it resist shock & vibration, and is it dust-proof or waterproof?

5. Mounting & Installation

Does the ideal computing solution need to support DIN-Rail, VESA or wall mounting for secure and space-efficient installation?

6. Security & Compliances

What security or safety compliances are required in this application? Is TPM 2.0 required? And does the application need a UL certification or EMC compliance?

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