Stop Water Leaks from Turning into Damage or Disaster

stop water leaks with IoT sensors

Put Proactive and Preventive Risk Management Measures in Place

Key Takeaways

  • Water damage is a top business risk. Leaks cost U.S. insurers over $10 billion annually—more than half of all commercial insurance claims—making proactive prevention essential.
  • Even minor leaks can cause significant disruption. Undetected water intrusion can lead to downtime, unsafe working conditions, structural damage, and costly remediation.
  • Leaks threaten health, safety, and efficiency. Standing water breeds mold, degrades air quality, weakens insulation, and forces HVAC systems to work harder, thereby raising energy costs.
  • Regular risk assessments prevent disasters. Inspect plumbing, roofs, basements, and foundations for hidden vulnerabilities before weather or wear causes damage.
  • Smart sensors strengthen risk management. ALTA® Water Detection Sensors provide early alerts for leaks or flooding, helping you act fast, prevent loss, and protect insurance coverage.

Water damage from leaks costs the U.S. insurance industry over $10 billion annually, accounting for more than half of all commercial insurance claims, according to the American Insurance Association.

Storms, frozen pipes, and plumbing leaks can cause rapid flooding or slow water intrusion, leading to structural damage, mold growth, and harm to interior finishes and furnishings. The costs of fixing water damage can quickly rise, covering cleanup, remediation, and restoration expenses.

Revenue Loss & Business Disruption

The financial and business continuity impact due to water intrusion can be significant. Water damage can disrupt business operations, resulting in downtime, reduced productivity, and financial losses. In office buildings, for example, water damage can render workspaces unsafe, forcing employees to relocate or work remotely, which further disrupts workflow and collaboration.

Health & Safety Risks

Building water leaks can quickly pose health and safety risks to occupants, so proactive measures are required to prevent water infiltration and mitigate its adverse effects.

According to the Institute of Inspection, Cleaning, and Restoration Certification Standard for Professional Water Damage Restoration (IICRC S500), there are three categories of water damage: sanitary, gray, or black.

Clean water comes from safe, sanitary sources and doesn’t pose an immediate health threat. Considerably contaminated gray water has high levels of bacteria, mold, or chemicals, posing significant health risks. Disgustingly contaminated black water contains disease-causing organisms and toxins.

In any case, timing is imperative to prevent even supposedly sanitary water from turning gray or black in 24 to 48 hours. Additionally, water leaks increase the risk of slips, trips, and falls, posing liability concerns for building owners and property managers.

Energy Efficiency Drops

Water intrusion impacts a building’s energy efficiency and sustainability. Water and moisture infiltration weaken envelopes, degrade insulation capabilities, and diminish HVAC capacity.

Building systems end up working more to maintain indoor climate conditions, resulting in increasing energy consumption and costs. Obviously, water leaks in plumbing result in water waste, undermining your efforts to conserve water.

Regularly Assess Where Water Can Intrude

As part of your water damage risk management plan, it’s essential to evaluate potential entry points for water from the outside and identify potential threats within your building. Consider both weather-related and non-weather-related risks to proactively prevent leaks or intrusion before they occur or soon after.

Water leaks are among the most common and costly facility management challenges—often developing silently behind walls, beneath floors, or above ceilings. While some leaks are apparent within hours, others can go undetected for months or even years, leading to structural damage, mold growth, and equipment failure. Understanding the many ways water can infiltrate a building is the first step toward prevention.

Possible Causes of Water Intrusion and Leaks

  • Aging infrastructure: Corroded pipes, worn seals, old fixtures, and deteriorating valves or joints can slowly release water behind walls or ceilings.
  • Frozen pipes: Cold temperatures can cause pipes to burst, resulting in flooding of surrounding areas.
  • Improper installation: Drywall screws or nails accidentally puncturing pipes during renovations often cause hidden leaks that worsen over time.
  • High water pressure or temperature changes: These fluctuations strain plumbing and fire sprinkler components, causing cracks or seal failures.
  • Weather and groundwater intrusion: Rain, snowmelt, or rising groundwater can back up storm drains and seep into basements, foundations, or ductwork, potentially causing damage.
  • Condensation buildup: Poor ventilation or temperature differences can create hidden moisture or water vapor in walls or ceilings.
  • Natural events: Earthquakes or shifting soil can damage buried or overhead water and sewer lines.

Even minor leaks can escalate quickly. Detecting them early using remote monitoring technology can save thousands in repairs and prevent mold, equipment failure, or safety risks.

Manage Risk & Insurance Premiums

A key aspect of a water damage risk management plan is obtaining appropriate insurance coverage for property owners. Consistent risk assessment is also crucial to your plan, as water-related claims can lead to increased insurance premiums and deductibles.

If building owners and property managers don’t have proactive risk mitigation strategies and preventive maintenance measures in place, insurers may enact coverage limitations or exclusions for water damage risks. Collaborate with insurers to assess vulnerabilities and include approved risk reduction tactics in your risk management plan to ensure coverage against water damage.

A risk management plan could include a dual solution to prevent and mitigate water damage:

  1. Risk appreciation and assessment
  2. Environmental and water detection sensors

“Our strategic partnership with Monnit has been instrumental in transforming how our clients manage their risk. Their IoT devices have helped our clients and carrier partners save millions of dollars in self-funded and excess insurance losses.”

Marcus Henthorn — Gallagher Managing Director, Public Sector & K-12 Education

Protect Facilities with Water Intrusion Sensors

Temperature, humidity, and water detection sensors can be used at commercial, industrial, and residential properties to help minimize water damage and prevent mold growth. Strategically placed sensors can detect water infiltration, flooding, and pooling caused by frozen or burst water lines, storms, groundwater, faulty pumps, or leaky water heaters, boilers, and plumbing.

For example, a temperature sensor in the right location can notify you if pipes are at risk of freezing. In wet and muggy climates, a humidity sensor can alert you long before mold becomes a problem. A water detection sensor can warn you of water leaks, runoff, flooding, or pooling before significant damage occurs.

Our ALTA® Water Detection Sensors sense even the smallest water leaks or floods in real time. The sensors can be strategically placed in vulnerable areas, such as basements and crawl spaces, along walls and walkways, or near water pipes to send immediate alerts to your smartphone when water is detected.

How Monnit Water Detection Sensors Work

When an ALTA Wireless Water Detection Sensor’s lead contacts water, an internal circuit is completed. This triggers the sensor’s integrated radio to push water status data to iMonnit Software, which instantly alerts the appropriate party.

Better Peace of Mind with ALTA

Place the sensors in vulnerable areas, such as basements, closets, and crawl spaces. Install them along walls, hallways, walkways, or near pipes, boilers, or basins.

  • ALTA Water Detection Disc—Put this sensor almost anywhere water may go. The disc has long-lasting battery life and an LED status indicator.
  • ALTA Water Rope Sensor—Detects water at any point along a 100-foot-long detection rope with two wires covered in conductive polymer.
  • ALTA Water Detect Sensor—Monitor tanks, sump pumps, drains, or nearly any area with this versatile sensor using a bare-wire lead end.
  • ALTA Water Detect Plus Sensor—Place its 3-foot lead with a probe to detect water in hard-to-reach or hidden areas in your home.

Water Leak Detection Sensors play a crucial role in identifying and addressing water leaks efficiently.

We look forward to sharing this message at the 2025 InsureTech Connect (ITC) Vegas, October 14–16, in booth 2226.

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