24/7 HVAC Management Run by Agents

Boost HVAC Longevity with AI: Proactive Approach to Heating and Cooling Management for Homes and Commercial Spaces

Pays for Itself by Saving a Single Truck Roll!

A collage of five images includes HVAC units on a rooftop, a modern house with large windows in winter, a row of traditional stone houses with pitched roofs, an electronic device with an antenna, and a bright blue sky with a few clouds.

Boost Satisfaction

Reduce Energy Spend

Installed in the HVAC Room

einshtein Building Blocks

Introducing the einshtein Energy Hub: Your AI-Powered Solution for Complete Energy Control in Homes and Commercial Spaces! This multifunctional Edge AI device seamlessly integrates advanced building automation features with intuitive controls. Engineered to streamline operations, it allows HVAC technicians to focus on their core responsibilities without needing to master IoT and automation technologies.

Experience seamless HVAC management with our built-in AI fault detection. You’ll receive instant alerts for any system irregularities, allowing you to troubleshoot issues remotely with ease. This AI-driven fault detection also enhances our Predictive Maintenance capabilities, ensuring your system runs smoothly.

Supports various IoT protocols, including Modbus, BACnet, MQTT, and REST, ensuring seamless integration with the latest HVAC equipment on the market.

The einshtein Energy Hub efficiently manages all HVAC equipment and thermostats, whether they are old or new. When necessary, it can seamlessly replace the customer's existing thermostat by installing the einshtein wall and/or duct sensors, utilizing the same wiring for improved comfort.

The einshtein Energy Hub connects to the Internet through Wi-Fi and Ethernet, utilizing the customer's broadband connection, cellular network, or both for maximum flexibility.

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einshtein SaaS Features at a Glance

  • Diagram illustrating benefits of predictive maintenance, including recovery revenue, asset availability, workforce improvement, risk reduction, service loss decrease, internet of things integration, decrease planned maintenance, smart replacement, and efficient maintenance.

    Predictive Maintenance

    Our proactive approach to maintaining your heating, ventilation, and air conditioning (HVAC) systems leverages data analytics and monitoring technologies to anticipate potential equipment failures. This allows for timely maintenance, effectively preventing breakdowns before they occur.

    Predictive Maintenance: Maintenance tasks are scheduled based on predictive analytics rather than fixed intervals, optimizing resource allocation and reducing downtime.

    Advanced Analytics: We employ sophisticated analytics techniques and machine learning algorithms to enhance prediction accuracy over time. This site-specific learning process does not rely on external data, ensuring tailored solutions for your unique HVAC systems.

  • A digital illustration of a multipath cellular router with icons indicating NB-IoT and LTE-M connectivity, featuring a black background, torn paper design, and an image of the router on the left side.

    AI-Enhanced Fault Detection and Remote Diagnostics

    In today’s fast-paced world, ensuring the reliability and efficiency of your customers’ systems is crucial. Our cutting-edge AI-Powered Realtime Fault Detection and Remote Troubleshooting solution empowers your business to identify and resolve issues before they escalate, reducing downtime and enhancing productivity.

    What We Offer

    Instant Fault Detection

    Our advanced monitoring systems continuously analyze your equipment and processes, providing immediate alerts on any anomalies or faults. This proactive approach allows you to address potential issues before they disrupt operations.

    Remote Troubleshooting

    With our remote troubleshooting capabilities, support teams can diagnose and resolve issues from anywhere. This eliminates the need for on-site visits, saving time and resources while ensuring your systems are back up and running swiftly.

    Key Benefits

    Minimized Downtime

    Quickly identify faults and implement solutions to keep your operations running smoothly.

    Cost Efficiency

    Reduce maintenance costs, truck rolls, by addressing issues remotely and avoiding unnecessary travel expenses.

    Enhanced Productivity

    By ensuring your customers’ systems operate at peak performance, your team can focus on what they do best.

    Data-Driven Insights

    Our systems provide valuable data analytics, helping you understand trends and improve system performance over time.

    How It Works

    Continuous Monitoring

    Our system collects real-time data from your equipment, analyzing performance metrics and identifying deviations, relying on minimal number of sensors and Edge AI.

    Automated Alerts

    When a fault is detected, our system sends instant notifications to relevant personnel, ensuring timely action can be taken.

    Remote Access

    Technicians can access systems remotely, using secure connections to diagnose issues and implement fixes without delay from their computers, tablets, and phones.

    Follow-Up Support

    After troubleshooting, our team provides detailed reports and recommendations to prevent future occurrences.

Replace the current thermostat with the einshtein combo of Energy Hub and wall/duct sensors

  • A person holding a small white device with a digital display, labeled 'einsthein', used for measuring temperature and humidity.

    Wall Sensor

    The einshtein Wall Sensor in combination with the Energy Hub replaces your existing thermostat.

    This sensor digitally transmits temperature and humidity data back to the einshtein Energy Hub via Modbus using the existing thermostat wire.

    The einshtein Wall Sensor is available in two configurations: with or without a display.

  • Digital temperature sensor device with a display showing 27.7 degrees Celsius, branded with 'einsstein' on the front.

    Duct Sensor

    The einshtein Duct Sensor digitally transmits temperature and humidity data to the einshtein Energy Hub via Modbus. It can be easily mounted in both return and supply ducts, utilizing standard thermostat wiring for seamless connection to the thermostat.

    When installed in the return duct plenum, this sensor improves overall home comfort by accurately measuring and reporting the mixed temperature of the entire space.

    The einshtein Duct Sensor is available in two models: one with a display and one without.