For Hospitality
Noda works as a virtual building engineer across hotel portfolios, cutting utility costs while guests stay comfortable.

Noda's AI agents cover central plants, air handlers, and common areas around the clock, lowering energy and repair costs at resorts and large hotels.
Noda's AI agents find plant changes like chiller staging and pump pressure resets, and write each one up as a Project. None of them needs new equipment.
Explore the Intelligence LayerBallrooms, meeting rooms, and restaurants sit empty for long stretches while their air handlers often keep running. Noda flags units running while their spaces are scheduled unoccupied, so engineers can match operations to how each space is used.
Explore the platformA chiller that fails outright costs many times more than fixing the cause. Noda flags short cycling, uneven loading between chillers, and power drawn above prediction while the fix is still a controls change.
Read the fault detection guideEngineers covering several hotels get Tasks written by Noda's AI agents, and each one can go straight to the work order system the team already uses.
Explore Command CenterEach fix Noda scopes is an operational change that needs no capital, so utility savings flow straight to NOI and property value.
Noda measures each completed Project against a weather-normalized baseline, so hotel brands can count verified reductions toward their Scope 1 and 2 commitments.
Noda works with each hotel's existing building management system through the Noda LaunchPad, whatever the vendor or the property's age.

Higher NOI and asset value across a hotel portfolio, with no added engineering headcount.








Noda connects to the building management systems hotels already run, and to anything supporting BACnet/IP, Modbus, or MQTT, through the Noda LaunchPad, a secure on‑premises gateway.
Hilton has witnessed a 10 percent utility reduction across the portfolio of properties where it has deployed Noda, and is leveraging this partnership to achieve its ‘Travel with Purpose’ commitment.

A SoCal luxury hotel ran its chilled water plant at a 34 psi DP setpoint, causing surging on Chiller 2 that threatened the same catastrophic failure that had cost $270K on Chiller 1. Reducing the setpoint to 17 psi stopped the surging and dropped both pump speeds 25%.
Noda's Projects change how equipment runs behind the scenes, such as a pump's pressure setpoint or an air handler's schedule, and an engineer reviews each one before accepting it. Fault detection keeps watching the spaces each unit serves once the work is done.
Yes. Noda's AI agents analyze each property's data continuously, whether or not anyone is on site, and Command Center gives a regional engineer one ranked list across the hotels they cover.
From how equipment runs while the property is open. Noda's Projects adjust pump differential pressure setpoints, take extra pumps out of sequence where a plant is overpumping, reset condenser water setpoints, and tune boiler operation, alongside the faults that waste energy every hour of the day.
No. Noda's Independent Data Layer maps each property's equipment onto one normalized model, whatever the brand standard, BMS vendor, or building age, so a regional team reads every hotel's data the same way.
Each property gets the Noda LaunchPad, a secure gateway that reads the data its BMS already trends. No new controls or sensors are needed, and the BMS isn't reprogrammed.
Each completed Project is measured against a counterfactual baseline adjusted for weather and occupancy, and the measured savings roll up by property and across the portfolio.