Extreme Environments:

Your IoT device works perfectly in controlled conditions. But is it ready for the real world?

Remote devices deployed in extreme environments face challenges that never appear in lab testing. Underground installations, temperature extremes ranging from arctic cold to desert heat, moisture infiltration, and years operating without maintenance access. What seemed like straightforward engineering decisions suddenly become critical factors determining whether your remote devices survive or fail in the field.

The stakes are high. When remote devices fail in inaccessible locations, the costs compound quickly; replacement hardware, field service calls, customer dissatisfaction, and lost data. Yet many IoT developers only discover these vulnerabilities after deployment, when fixes become exponentially more expensive.

How do you design remote devices that don't just survive extreme environments, but continue operating reliably for years without human intervention?

In this on-demand webinar, experts from Blues and James Powell from J.A.P Lighting Technology share hard-won lessons from designing and deploying the SenseM30 environment monitoring device. James brings real-world insights from building remote devices that must perform flawlessly in remote agricultural locations.

Watch this session to learn:

• The unexpected challenges of remote deployment and how to test for them during your pilot phase, before your remote devices reach the field
• Power management strategies that balance sensor accuracy with multi-year battery life when physical access to remote devices is impossible
• Intelligent power conservation techniques that enable remote devices to autonomously extend their operational lifespan in the field
• Design principles that ensure your remote devices can withstand years of environmental stress without degradation

Whether you're developing remote devices for agricultural monitoring, infrastructure sensing, environmental tracking, or industrial applications, this webinar provides actionable insights you can apply immediately to your next deployment.

Remote devices operating in extreme conditions require fundamentally different design approaches than laboratory prototypes. This session cuts through theory to deliver practical strategies from engineers who've solved these exact challenges in production deployments.

Watch now to discover how to build remote devices that operate reliably for years in the harshest conditions.