Samsara - Casper Integration

A seamless, enterprise-grade connection between the Samsara telematics platform and Gatwick Airport’s Casper system, enabling the reliable exchange of operational data in near real-time.

Designed with performance, resilience, and security at its core, the service ensures that critical vehicle and activity information is consistently available to support airport operations.

By combining a robust cloud-hosted architecture in Microsoft Azure with secure API-driven connectivity, the solution delivers a dependable and scalable interface that meets the demands of a high-availability environment. With continuous monitoring and a fully managed approach, the service operates efficiently in the background, allowing stakeholders to benefit from accurate, timely data without the need for manual oversight.

Fast

The integration has been engineered to meet and exceed Casper’s operational requirements for speed and responsiveness. Data is transmitted and processed with minimal latency, ensuring that vehicle and event information flows seamlessly between Samsara and the Casper system in near real-time. This performance-focused design supports time-critical airport operations, enabling rapid decision-making and maintaining high levels of operational efficiency.

Secure

Security is a fundamental principle of the integration. All data exchanges are conducted over encrypted HTTPS connections, ensuring the confidentiality and integrity of information in transit. Access is strictly controlled through the customer’s authenticated Samsara API credentials, providing a robust and compliant access model. The solution is hosted within Microsoft Azure, benefiting from enterprise-grade security standards, controlled environments, and industry best practices for protecting sensitive operational data.

Always On

Hands-Off

The integration is designed for continuous availability, operating 24 hours a day, 7 days a week. High resilience is achieved through the deployment of dual services across two geographically separate Azure locations. This architecture ensures continuity in the event of regional disruptions, providing automatic failover capabilities and maintaining uninterrupted service. The result is a dependable, enterprise-grade solution aligned with the demands of critical airport systems.

A proactive monitoring approach ensures the integration remains reliable without requiring day-to-day user intervention. System performance, uptime, and data throughput are continuously tracked, allowing potential issues to be identified and addressed before they impact operations. This hands-off service model enables customers to focus on their core activities, confident that the integration is being actively managed and maintained to the highest standards.