Heat stress management software: connect the reading to the field response

Keep the metric attached to its source

OSHA's heat hazard guidance distinguishes heat index from WBGT and notes that weather-station readings may not represent the worksite. Heat index does not account for factors such as radiant heat and workload. A familiar temperature number is not enough to identify the assessment being made.

Ask the responsible specialist to define the required method, location, task, clothing/PPE, exposure duration and worker-related programme considerations. Store the chosen metric, unit, source, timestamp and assessment basis with the record. The following tools serve different parts of that workflow; their outputs are not interchangeable.

Four signals with different meanings

Demo case: one task change, one stale view and one identity mismatch

Use simulated records and a controlled demonstration, without exposing anyone to heat to provoke an alert. At 10:00, FORECAST-017 supplies outdoor planning information. At 11:00, the crew moves to an indoor task near a heat source and changes PPE. Capture the new task conditions and the review required by the site's procedure; do not carry the outdoor forecast forward as an indoor measurement.

At 10:55, BAND-017 was reassigned from W-017 to W-022, but a nearby phone still holds the earlier assignment. At 11:07, the device records simulated alert AL-017. The cloud view last received data at 11:02. The local team must confirm who is wearing BAND-017 and carry out the response assigned by the site procedure; a stale cloud view does not establish that no alert occurred.

At 11:20, connectivity returns and the event reaches the server. Preserve 11:07 as the event time and 11:20 as receipt time: the 13-minute difference is a demonstration of delayed data, not an acceptable response target. Keep worker contact, action and reviewer decision as separate evidence. A changed device indicator does not close the operational response automatically.

Make the timeline explainable

Local viewing and remote response are different connections

SlateSafety's Local Mode instructions describe nearby BAND V2 viewing over Bluetooth, with preparation requirements including recent login and enabled device/app settings. They also warn that stored wearer assignments can become stale. Demonstrate those conditions with the phone and configuration you intend to deploy.

Its cloud troubleshooting page distinguishes continued device recording from transmission to the cloud Live Page. Test the actual path from device to nearby phone, gateway/cloud and remote supervisor. Record which step fails and how the team recognizes and handles the gap.

In the exercise, reconcile AL-017 once after reconnection, with the original timestamp and verified wearer. Export the missing interval and any assignment correction. Ask how the system handles an unknown wearer, a replacement device and duplicate uploads; do not accept a smooth chart that hides those cases.

An alert state is not a completed response

SlateSafety's intended-use information states that BAND V2 is not a medical device or a substitute for professional medical judgment. Evaluate its role within the responsible team's procedure, not as clinical clearance or a guarantee of safety.

Define who receives an alert, verifies the worker, makes contact, acts under the site procedure and records the outcome. Preserve a report from the worker or colleague even if no device alert is present. A notification acknowledgement proves an acknowledgement; it does not establish contact, recovery or authorization to resume the task.

Six checks for the same controlled demonstration

Keep programme requirements separate from product settings

The OSHA rulemaking material reviewed for this guide describes a proposed federal standard. A proposal is not a universal rule or a verified future effective date. Confirm the current requirements for the relevant jurisdiction and work; do not translate a heat-index trigger directly into a WBGT threshold.

Record the site procedure, review owner, version and basis for configured alerts and actions. Have the responsible team define acclimatization, training, work/rest arrangements and emergency response for the actual conditions. This guide supplies no universal schedule, temperature threshold or automated fitness decision.

SlateSafety advertises a free trial; the complete ongoing price was not established. Quote wearables, environmental monitors, gateways, software access, connectivity, replacements and support together. Confirm trial equipment and return terms, model availability and access to historical evidence after the pilot.

Products whose records document heat-related functions

Ordered by how closely our sources document this process, not by quality. Sponsored placements are labelled. How lists are ordered

Same rule for every product: tagged “Heat Stress Management”, “Industrial Hygiene”, “Occupational Health”, “Incident Management”, “Audits & Inspections”, “Safety Management”, “Risk Assessment” or “Occupational Hygiene”, with a sourced heat stress, WBGT or heat exposure records capability in its record, or one the vendor stated to us, labelled as vendor-stated. 5 qualify.

• Mitti (by SafetyCulture)

  Documented: Heat exposure checklists and temperature sensors (conditional). Source: mitti.com

• Perry Weather

  Documented: On-site WBGT and heat index monitoring. Source: perryweather.com

• SlateSafety

  Documented: Heat-event and intervention analytics (conditional). Source: support.slatesafety.com

• Cority

  Documented: Heat stress and WBGT exposure records (conditional). Source: cority.com

• Benchmark Gensuite

  Documented: Heat stress alerts from SlateSafety wearables (conditional). Source: benchmarkgensuite.com