SAMMi is an advanced AI-driven monitoring and dispatching system designed for HVAC/R and refrigeration environments. Its core function is to continuously monitor critical equipment performance, detect abnormalities in real time, and autonomously dispatch service technicians before issues escalate. SAMMi helps prevent costly breakdowns, reduce emergency calls, and protect valuable inventory like cold food, beverages, and pharmaceuticals.
Unlike traditional monitoring systems, SAMMi uses machine learning to analyze patterns in compressor behavior, temperature fluctuations, power usage, and other system metrics. When something falls outside of its customized thresholds, SAMMi immediately alerts your designated technician or service provider, eliminating the lag between problem detection and resolution.
The system is easy to install, works with a wide variety of equipment types—including scroll, screw, and semi-hermetic compressors—and scales to support facilities of any size. Whether you're managing a single location or an entire network, SAMMi provides remote visibility, automated response, and smarter uptime protection.
As the only HVAC monitoring platform that offers autonomous dispatching, SAMMi transforms reactive maintenance into proactive, intelligent facility management.

SAMMi introduces a new model for R&D, shifting focus from reactive maintenance to predictive and autonomous
systems. As AI-driven monitoring becomes more mainstream, equipment manufacturers and software developers will
likely invest more in sensor integration, machine learning diagnostics, and remote access capabilities to support
platforms like SAMMi.

The need for hardware compatibility with smart monitoring tools may influence how OEMs design future
compressors and control panels. Expect a rise in “plug-and-play” components and cloud-ready systems to align with
SAMMi-style deployments.

SAMMi redefines what qualifies as “proactive maintenance.” Instead of relying on scheduled service intervals, it encourages a
data-driven, event-based service model. This will push service providers to update workflows, response
protocols, and workforce training.

By detecting equipment failure risks before they escalate, SAMMi enhances safety in environments where HVAC
failures could lead to hazardous conditions—like healthcare, food storage, or manufacturing. Early intervention helps
prevent overheating, spoilage, or system-wide breakdowns that could endanger people or assets.
Maximize uptime on your most profitable assets
Minimize catastrophic failures through early detection
Minimize environmental damage and cost
View and dispatch all your internal and external resources through one platform
Reduced internal diagnostics resource needed
Consolidate alarms into usable job packets - no redundant notifications
Receive full diagnostic information on equipment before arriving
Organize requests into a prioritized work queue to complete systematically
Recommended equipment list reduces round trips for parts
Automatically escalate alarms to the appropriate responders
Reduced communications with office
Reduce downtime and
response time between failures
Better technician utilization
Mitigate compounding failures on
critical equipment by shortening downtime events
Improved customer satisfaction
through quicker response times
Improved visibility into field work queue and responses without the use of additional software




SAMMi was developed to help make front-line responders more effective and impactful by autonomously dispatching them with the right information and knowledge to solve the problem, before anyone even knows there’s an issue.
Our AI-powered platform cuts through the noise and condenses complicated data flows into easy-to-follow actions for your responders.
SAMMi works to seamlessly and autonomously connect industrial equipment and machines with technicians. Our system pulls in your inbound data, uses algorithms tailored specifically to your operation, and lets your field run the
way it’s supposed to—on autopilot. Giving you the peace of mind that when an issue arises or is even about to arise, our system has ALREADY dispatched a technician to fix it.

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