Client Challenge
A design engineer developing an outdoor mechanical system — such as a rooftop HVAC unit or electrical enclosure — must ensure that it performs consistently under real-world heat exposure. However, testing facilities and simulation models use uniform environmental parameters that do not reflect the complex microclimate variations found in target markets. As a result, performance metrics fail to capture how products behave in dense, heat-retaining environments, leading to inaccuracies in design validation and warranty assumptions.
FortyGuard's Solution
FortyGuard’s Temperature API (starting at $79/month), part of our detailed heat analytics platform, provides R&D teams with detailed environmental data measured at 2 meters above the ground with 10 m² spatial resolution. This allows engineers to model product behavior under realistic temperature and radiation conditions, identify failure thresholds, and optimize materials for target markets. Advisory support helps align test standards and digital twin environments with actual climate realities, ensuring greater reliability and performance longevity.
Value Creation
Cost Optimization – Lowers testing and redesign overhead by improving early-stage validation accuracy.
Commercial Uplift – Boosts market readiness and customer trust through climate-validated designs.
Enablement – Integrates environmental realism into product development and certification workflows.
More Enterprise Case Studies
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Risk Managers
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Operations & Supply Chain Managers
An operations manager overseeing a regional delivery network must maintain service reliability during prolonged periods of extreme heat. Drivers face safety concerns, vehicles experience mechanical strain, and temperature-sensitive goods are at constant risk...
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Real-world implementation
From smart cities to global enterprises, organizations use fortyguard
data to drive measurable results against urban heat.
Masdar City Eco Plaza Temperature Assessment
How Masdar City Reduced Ambient Temperature by up to 6% using AI-Powered Temperature Models.
22°C
Cooler shaded areas – Shade improves comfort.
25%
fewer extreme heat exposure days – Reduced risks.
Contact Us
Slide 2
How Masdar City Reduced Ambient Temperature by up to 6% using AI-Powered Temperature Models.
22C
Cooler shaded areas – Shade improves comfort.
25%
fewer extreme heat exposure days – Reduced risks.
Read more
Slide 3
How Masdar City Reduced Ambient Temperature by up to 6% using AI-Powered Temperature Models.
22C
Cooler shaded areas – Shade improves comfort.
25%
fewer extreme heat exposure days – Reduced risks.
Read more
Up to 8°C
reduction in ambient temperature
25%
"dangerous heat stroke days" 
decreased
25%
decrease in extreme heat 
exposure days.
15%
increase in property 
value
Explore Different Industry
Urban Systems
Helping cities and businesses fight heat islands, reduce energy waste, and build resilient futures.
Learn More →
Energy
Empowering energy-driven industries to anticipate heat risks, safeguard high-value equipment, and maintain uninterrupted performance at every layer of the network
Learn More →
Join cities
and enterprises leading
the change
Use precise climate insights to future-proof your operations and communities.
US, California
Riverpark Tower, 4th Floor, WeWork 333 W San Carlos St San Jose, CA 95110
UAE, Abu Dhabi
Al Khatem Tower, 14th Floor, WeWork Hub71, ADGM, Al Maryah Island, PoBox: 3317
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