The company’s announcement addresses cooling coordination, seasonal moisture changes and non-wetting humidification in server environments.
NEW YORK, NY — October 16, 2026 — Smart Fog Inc outlined a planning checklist for humidity control for server rooms in Southwest Florida, bringing cooling coordination, moisture measurement and surface-condensation assessment into a single review framework. Presented below, the checklist addresses server environments in the Sarasota, Fort Myers and Tampa areas, where outdoor humidity does not necessarily reflect conditions inside continuously cooled buildings.
The announcement concerns environmental planning rather than a new product launch or a named facility deployment. Its focus is year-round moisture balance: determining whether humidity addition is needed, how it interacts with cooling and whether the proposed approach is appropriate for sensitive electronics.
Although Southwest Florida has a humid climate, indoor moisture conditions also depend on cooling operation, air exchange and internal moisture loads. Seasonal changes can alter that balance, making an outdoor weather reading an insufficient basis for selecting or operating indoor humidity equipment.
Planning Checklist
The following considerations provide a starting point for a facility-specific assessment:
- Establish equipment requirements. Identify the environmental limits specified for the installed electronics before selecting temperature and moisture targets. Distinguish recommended operating conditions from allowable limits rather than treating them as interchangeable.
- Measure conditions where equipment operates. Review temperature and relative humidity near equipment air inlets and other relevant locations. A single room-wide reading may not represent conditions throughout the space.
- Review cooling and humidification together. Cooling can remove moisture, while dedicated humidification adds it. Examine control settings and operating sequences to identify whether the systems could work against one another.
- Assess condensation separately. Compare the surrounding air’s dew point with temperatures at potentially cold surfaces. Relative humidity alone does not establish whether condensation will occur.
- Check evaporation under actual conditions. Evaluate airflow, available evaporation distance and equipment placement before relying on a non-wetting humidification approach.
- Plan maintenance and verification. Include sensor checks, water-system care and inspections for unwanted surface moisture in the operating plan, following applicable equipment instructions.
Operational Trade-Offs
Low relative humidity can increase the potential for static electricity to accumulate. Adding moisture, however, is not an isolated objective: the assessment must also consider condensation, cooling performance and conditions near equipment.
Smart Fog Inc’s announcement emphasizes non-wetting humidification, which is intended to introduce fine droplets that evaporate into the air rather than collect on surfaces. Whether that evaporation occurs before droplets reach equipment depends on installation and operating conditions. The method should not be treated as an unconditional assurance against surface moisture.
A useful assessment therefore records operating assumptions as well as measurements. These can include cooling status, equipment load, airflow arrangement and the location and condition of sensors. Comparing observations under different operating conditions can help distinguish a persistent moisture imbalance from a localized or temporary reading.
Technical Reference and Scope
For an authoritative reference, facility teams can consult ASHRAE’s Thermal Guidelines for Data Processing Environments, included in its Datacom Series, alongside requirements from their equipment manufacturers. Applicable guidance depends on equipment class and the conditions being evaluated.
This announcement does not establish a universal humidity target or report measured results from a Southwest Florida facility. Site-specific measurements and equipment requirements remain necessary before choosing operating settings or assessing humidification performance.
About Smart Fog Inc
Smart Fog Inc provides commercial humidification systems and develops standard and customized systems for humidity management across multiple operating environments.
Media Contact
Ido Goldstein, chief technology officer
Smart Fog Inc
Email: info@smartfog.com
Website: smartfog.com