How new thermal cameras will transform fire detection in Morro Bay

by Featured NewsFire DetectionFirefighting EquipmentThermal ImagingWildland Fire

SYTIS donates thermal cameras to Morro Bay Fire Department

Partnership supports early fire and marine incident detection

SYTIS, based in San Luis Obispo, California, has donated three pan-tilt-zoom (PTZ) thermal cameras to the Morro Bay Fire Department.

The company said the technology aims to enhance both wildfire detection and port management across the coastal area.

SYTIS designs and manufactures thermal cameras paired with artificial intelligence (AI) software that can detect heat anomalies through clouds, rain, fog and smoke.

According to the company, the systems automatically send images and alerts to designated personnel, providing early warnings of electrical faults or potential wildfires.

Cameras deployed for wide-area monitoring

The Morro Bay Fire Department confirmed that each camera will be installed in a specific location to cover different operational needs.

A five-mile camera with a 150-millimetre lens will be mounted on the Nutmeg Street water tank to monitor vessel fires in the harbour and wildfire risks across a wide radius.

A two-mile camera with a 100-millimetre lens will be installed on a mobile trailer near the Water Resources Center.

This unit can detect a one-metre-square fire from up to five miles away.

A smaller 25-millimetre camera will be permanently fixed to a fire truck, offering real-time thermal vision and heat alerts for crews in the field.

Local fire chief welcomes new technology

Morro Bay Fire Chief Daniel McCrain said: “The Morro Bay Fire Department is excited to partner with SYTIS to enhance the safety of our citizens and visitors.

“It also adds a method for early fire detection and notification in our open space and harbour.”

SYTIS said the deployment builds on the company’s record of installations in wildfire detection zones, where its PTZ cameras have already demonstrated early warning benefits.

Industry recognition for thermal imaging innovation

In September, Ryan Severe of Puget Sound Energy received the National Safety Council’s Green Cross for Safety Innovation Award for his use of SYTIS infrared systems in wind turbine maintenance.

The company said this application enabled remote diagnostics and improved operational safety standards across the renewable energy sector.

Relevance for fire and safety professionals

Thermal imaging technology such as SYTIS’s PTZ cameras is relevant to fire departments, marine safety authorities and emergency response coordinators.

For municipal fire services, the integration of fixed and mobile infrared units can improve situational awareness in both urban–wildland interfaces and industrial zones.

For port and harbour managers, the same systems offer continuous visual monitoring for vessel fires and other heat-related anomalies, especially in poor visibility.

The deployment in Morro Bay demonstrates how AI-enabled imaging tools can support early detection strategies while expanding use cases into marine environments.

New HIKMICRO thermal cameras enhance visibility in smoke, heat and darkness

by Featured NewsProductsThermal Imaging

HIKMICRO launches new generation of thermal cameras

New FP21 imager adds portability and performance

HIKMICRO has announced the launch of a new pocket-sized thermal imager for firefighting and industrial operations.

The FP21 joins the company’s expanding range of thermal cameras designed for reliability in high-stress environments.

According to the company, the FP21 was engineered to deliver high-quality imaging in extreme conditions where accuracy and speed are essential.

The device features a 3.2-inch LCD screen and compact build for rapid deployment, giving users immediate visual feedback during operations.

It uses SuperIR technology to enhance visibility through smoke, dust and darkness by revealing hotspots and fine detail.

Designed to endure harsh operating conditions

HIKMICRO stated that the FP21 is housed in an impact-resistant PPSU polymer shell and rated IP67 for water and dust protection.

It is capable of operating in radiant heat up to 260°C, allowing it to function in conditions that would damage standard imaging tools.

The company added that the unit’s scene-adaptive Automatic Gain Control (AGC) and Optimised Detail Enhancement (ODE) features automatically adjust imaging across diverse settings.

This functionality removes the need for manual calibration while maintaining visual precision.

HIKMICRO said the FP21’s resilience and clarity make it suitable for mission-critical applications across firefighting and emergency response.

FP31, FB21 and FT31 extend the product line

The FP21 complements the FP31, another compact HIKMICRO model designed for advanced field use.

The FP31 features a visual lens, higher resolution and wider field of view, along with expanded storage capacity.

It includes two laser modules – a visible laser pointer for target marking and a laser distance meter to measure objects within view.

These capabilities allow operators to mark and measure targets quickly during rescue or inspection work.

HIKMICRO’s broader range includes the FB21 handheld thermal camera, equipped with a highly sensitive <40 mK Vox detector and IP65 protection rating.

The FB21 is designed for firefighters and volunteers operating in low-visibility or smoke-filled areas.

The FT31 serves as the company’s top-tier handheld device for incident commanders, fire chiefs and investigators.

It incorporates a <35 mK Vox detector, ODE imaging and IP67 rating, with a 60 Hz refresh rate for fluid video when scanning scenes or moving objects.

Statement from HIKMICRO

Shadow Zhang, Overseas Brand Manager at HIKMICRO, said: “In the heart of an inferno, where pressure is crushing, heat is intense, and visibility is zero, a thermal imager must do more than just work – it must endure.”

“It also allows us to coordinate better with neighbouring services.”

“Our firefighting range was engineered for this reality and embodies our commitment to creating tools that professionals can bet their lives on.”

Zhang added: “We didn’t just want to create another thermal imager with the FP21 we wanted to build a symbol of reliability.”

“‘Born for Fire. Built for More’ isn’t just a tagline, it’s our promise that this dynamic new model, along with the established FP31, FB21 and FT31 will always deliver clarity and performance when and where it matters most.”

Extended use beyond firefighting applications

HIKMICRO said its range of thermal cameras has been designed for broader use across industrial, technical and security settings.

The company explained that the devices can be used to identify overheating electrical components, mechanical faults and insulation leaks to reduce downtime and prevent workplace accidents.

They can also assist in technical or people searches during rescue missions in both urban and remote environments.

According to HIKMICRO, the same imaging capability supports patrols in dark or confined areas and helps detect concealed threats or intrusions in maritime and security operations.

Relevance for fire and safety professionals

HIKMICRO’s expanded thermal imaging range offers direct operational benefits for fire and rescue services, incident commanders and post-fire investigators.

The FP21 and FP31 provide rapid visual feedback in smoke and heat, supporting safe navigation, hazard identification and victim search during live incidents.

The FB21 and FT31 extend those capabilities for inspection, command oversight and evidence gathering in post-incident environments.

Procurement teams and training officers may also find relevance in the devices’ durability and IP-rated protection, which enable repeated field use without compromising image quality.

The same features hold value for electrical safety engineers, maintenance teams and facility managers who monitor overheating components or insulation faults.

Industrial safety officers, maritime patrols and urban rescue coordinators can use the same imaging systems to identify risks and locate people or hazards under low visibility conditions.

Raythink highlights fire prevention technology supporting Saudi Vision 2030 goals at Intersec Saudi Arabia

by Featured NewsFire DetectionIndustrialMiddle East - Featured News ArchivesThermal Imaging

How Raythink’s new fire prevention systems could redefine oil field safety

New fire prevention and security technology unveiled in Riyadh

Raythink Technology has unveiled its latest fire prevention and thermal imaging solutions at Intersec Saudi Arabia 2025, held from 29 September to 1 October at the Riyadh International Convention and Exhibition Center in Saudi Arabia.

The company is exhibiting at Booth 5-D44, showcasing a range of new and upcoming products including thermal PTZ cameras, infrared panoramic systems and AI-integrated management platforms.

According to the company, these technologies are designed to enhance protection across oil and gas fields, as well as commercial, warehouse and residential environments.

Raythink said its systems provide a combination of long-range detection, continuous monitoring and automated fire identification to improve security and reduce fire risks in critical energy facilities.

Security solutions for oil and gas operations

Raythink stated that its oil and gas field security solution addresses the challenges of protecting remote energy infrastructure against theft and safety threats.

The system is centred on the SilentW series infrared panoramic cameras and the PC series multi-spectrum PTZ cameras.

According to the company, these deliver ultra-long-range detection and 24/7 all-weather monitoring, supported by intelligent alert functions.

Raythink explained that this combination provides consistent situational awareness for large, dispersed assets in the energy sector.

The firm said the technology establishes a new benchmark for the surveillance and protection of high-value oil and gas operations.

Intelligent fire detection and AI-enabled management

Fire prevention was identified by Raythink as a major focus of its Intersec Saudi Arabia display.

The company said its thermal PTZ cameras use an intelligent fire detection algorithm capable of identifying hotspots from as little as 1.5 pixels.

This function aims to increase detection accuracy while limiting false alarms.

The Thermal Bullet Camera, also displayed at the event, combines temperature analysis with fire detection functions for perimeter protection in industrial, commercial and residential settings.

Raythink added that its VIS-3100 fire management platform links surveillance with AI-driven analysis to create a complete process from alarm generation to incident assessment.

The company said this system enables a unified visual command structure for comprehensive fire control.

Aligning with Saudi Vision 2030

Raythink stated that its participation at Intersec Saudi Arabia forms part of a wider commitment to supporting Saudi Vision 2030.

The company said its products contribute to national objectives by improving the safety and resilience of the Kingdom’s energy infrastructure while promoting sustainable industrial growth.

Usher Wang, Product Manager at Raythink, said: “Intersec Saudi Arabia is a pivotal opportunity for Raythink to connect with industry pioneers across the Middle East.

“It allows us to showcase our innovative thermal imaging solutions and explore collaborative possibilities that align with the Kingdom’s vision for a secure and technologically advanced future.”

Relevance for fire and safety professionals

Raythink’s new thermal imaging and fire management solutions are relevant for safety professionals working in energy, industrial and commercial sectors.

Oil and gas safety officers may find the company’s long-range monitoring systems applicable for remote asset surveillance, especially where traditional patrols are limited.

Facility managers and risk assessors could benefit from the fire detection accuracy offered by the thermal PTZ and bullet cameras, which use pixel-based heat identification to reduce false alarms.

Fire engineers and system installers may also find interest in the VIS-3100 platform’s integration of AI-driven alarm, dispatch and assessment functions, offering a unified visual command system for managing fire risks across large sites.

Teledyne FLIR OEM and ACSL advance thermal imaging drone technology

by Featured NewsProductsThermal Imaging

Teledyne FLIR OEM confirms collaboration with ACSL

Teledyne FLIR OEM has announced that ACSL will join its Thermal by FLIR programme to integrate its thermal imaging modules into new drone payloads.

According to Teledyne FLIR OEM, the partnership will see ACSL, a Japanese drone manufacturer, develop payloads using its Hadron 640R dual camera system and related imaging technologies.

The initiative is aimed at providing enhanced imaging capabilities for public safety, disaster response, and inspection applications in the United States.

Teledyne FLIR OEM explained that the programme supports original equipment manufacturers in adopting thermal modules and taking new imaging products to market.

It added that the collaboration with ACSL reflects growing demand for NDAA-compliant, security-focused drone systems.

ACSL integrates Hadron 640R into SAMO payload

ACSL said the collaboration includes its SAMO thermal payload, which combines a 64MP visible camera with the Hadron 640R thermal module.

The payload will also incorporate FLIR’s patented Multi-Spectral Dynamic Imaging technology, known as MSX, which overlays visible details onto thermal imagery for greater clarity.

The company reported that the SAMO system is designed to provide real-time imaging for operators in the field.

Cynthia Huang, CEO of ACSL Inc, said: “Collaborating with Teledyne FLIR OEM is a natural and significant step for ACSL.

“As the U.S. drone landscape evolves, our commitment remains focused on delivering field-ready UAS solutions.

“The SAMO payload brings advanced, proven imaging capabilities to drone operators nationwide.

“Paired with our new TAITEN smart controller and upgraded SOTEN platform, operators will be empowered to work smarter, faster, and with greater confidence.”

SOTEN drone features and intended use

ACSL explained that its SOTEN drone is intended for public safety, disaster response, surveying, and inspection.

It said the drone is foldable, lightweight, and manufactured in Japan to ISO15408 standards.

The system includes a weather-resistant IP43 rating, a flight time of 25 minutes, and a swappable payload feature for faster field use.

The organisation added that the platform has been designed to meet compliance requirements under the U.S. National Defense Authorization Act.

It confirmed that the payload integration is expected to expand the range of missions that the SOTEN can support.

Teledyne FLIR OEM perspective on collaboration

Mike Walters, vice president of product development at Teledyne FLIR OEM, said: “With growing concerns around drone security, ACSL offers a robust NDAA-compliant solution with versatile payload options tailored to mission needs.

“ACSL’s rapid innovation is impressive, and we’re excited to continue ongoing collaboration on next-generation drone payloads featuring our latest thermal camera modules and Prism ISP features.”

The company indicated that ongoing joint development will address evolving drone market requirements.

It added that the Thermal by FLIR programme is structured to help manufacturers combine imaging modules with broader system-level features.

Thermal by FLIR programme explained

Teledyne FLIR OEM reported that the Thermal by FLIR programme provides technical integration support and joint marketing opportunities for participating drone manufacturers.

The programme offers access to the company’s latest thermal camera modules and related imaging software tools.

It said the aim is to accelerate the deployment of thermal imaging technologies across multiple sectors, from public safety to industrial inspection.

The group added that ACSL is among the newest participants in the programme, joining other developers seeking to expand their drone capabilities.

Commercial UAV Expo showcase in Las Vegas

Teledyne FLIR OEM said that ACSL will present the SOTEN drone and SAMO payload at the Commercial UAV Expo in Las Vegas from 2 to 4 September 2025.

It noted that ACSL will exhibit at booth number 917 during the event.

The company added that the showcase will allow attendees to view the integrated systems and discuss their potential applications.

Relevance for fire and safety professionals

Thermal imaging drones are increasingly being adopted by fire services for search and rescue, situational awareness, and fireground management.

The collaboration between Teledyne FLIR OEM and ACSL introduces another platform designed to meet regulatory requirements in the United States.

Fire and safety professionals may find value in the payload’s real-time imaging, which can support decision-making in emergency operations.

The system’s compliance and integration with secure drone platforms may also address security concerns in public sector procurement.

Teledyne FLIR OEM and ACSL advance thermal imaging drone technology: Summary

Teledyne FLIR OEM announced that ACSL has joined its Thermal by FLIR programme.

The collaboration involves ACSL’s SAMO payload with the Hadron 640R dual thermal-visible camera module.

The payload also integrates FLIR’s Multi-Spectral Dynamic Imaging technology.

ACSL’s CEO Cynthia Huang said the partnership enhances UAS solutions for U.S. drone operators.

ACSL’s SOTEN drone is designed for public safety, disaster response, surveying, and inspection.

The drone is foldable, ISO15408 certified, NDAA compliant, IP43 weather resistant, and has a 25-minute flight time.

Teledyne FLIR OEM vice president Mike Walters said the collaboration addresses drone security needs.

The Thermal by FLIR programme provides OEM support and market access for thermal imaging products.

ACSL will showcase the SOTEN drone and SAMO payload at the Commercial UAV Expo in Las Vegas.

FLIR thermal imaging system enhances grid reliability in Ireland

by Featured NewsProjectsThermal Imaging

Thermal monitoring used to help prevent blackout risk

A new thermal imaging system using FLIR technology has been installed at Moneypoint Power Station to reduce fire risks and provide continuous monitoring of key infrastructure.

According to FLIR, the system is designed to prevent cascading failures that could affect up to 25 percent of Ireland’s power supply.

The deployment was led by ESB Energy and Butler Technologies.

The system integrates FLIR A500f and A70 thermal cameras and monitors components such as transformers and cabling.

The power station is located on Ireland’s west coast and currently operates as an oil-fired facility while serving as a national test site for renewable energy development.

Shift from manual to real-time automated monitoring

FLIR reported that thermal inspections at the Moneypoint facility were previously carried out manually on a weekly basis.

The new automated system delivers alerts within seconds of abnormal temperature detection.

According to the company, this allows for quicker interventions that may help prevent larger failures.

Thermal monitoring now covers areas such as turbine halls and substations.

Butler Technologies has adapted the system to push alerts to shift managers via app, SMS or email.

John Free, Senior Account Manager at Butler Technologies, said: “This isn’t about replacing engineers. It’s about empowering them.

“With fewer hands on deck, this system becomes an extra set of eyes they can trust.”

Enhanced asset monitoring with FLIR data feeds

FLIR explained that its thermal imaging system allows engineers to detect early signs of stress or failure.

Each image contains over 16,000 reference points, enabling more precise analysis than traditional sensors.

FLIR stated that this data improves the speed and accuracy of decision-making during incidents.

According to the company, the improved insights help avoid visual guesswork and allow for targeted maintenance.

The site has ordered additional cameras and is using the system to monitor operational patterns.

Integrated system architecture simplifies response

FLIR said the Moneypoint deployment uses a fully integrated system architecture.

The system feeds into the station’s video management platform, where alerts are automatically displayed.

Alarms expand on screen to highlight thermal zones needing attention.

There is no requirement for third-party hardware, which FLIR stated helps reduce maintenance issues.

Plans are in place to scale the system to include new devices and support for AI-based monitoring.

Pilot scheme for wider grid adoption

The ESB Project Engineer said: “We chose FLIR technology because it provides the real-time precision and scalability needed to safeguard critical infrastructure.

“In an industry where uptime is everything, FLIR’s thermal imaging offers the level of early detection and monitoring we require to protect both our assets and the national grid.”

FLIR noted that this is the first deployment of its kind in Ireland and one of the first in Europe to support integration with future renewable operations.

ESB Energy is trialling use of the same technology at its substations to monitor connection points and detect faults.

FLIR said that if successful, the system could be deployed across over 500 substations nationwide.

The system is currently supporting preparatory work on wind energy projects.

FLIR thermal imaging system enhances grid reliability in Ireland: Summary

FLIR has reported that its thermal monitoring system has been installed at Moneypoint Power Station in Ireland.

The system uses FLIR A500f and A70 thermal cameras.

It is operated by ESB Energy in partnership with Butler Technologies.

Moneypoint Power Station supplies around a quarter of Ireland’s electricity.

The FLIR system provides automated fire detection and condition monitoring.

Previously, inspections at the site were done manually.

Automated alerts now trigger within seconds of detecting heat anomalies.

Each image contains more than 16,000 reference points for analysis.

The station is also testing the system for use in upcoming renewable energy projects.

Butler Technologies developed an app to push alerts across platforms.

The system integrates with the site’s existing video platform.

No third-party hardware is required for its operation.

A trial is under way to monitor similar substations across Ireland.

FLIR said the system helps prevent cascading failures during grid stress.

It is the first full integration of this type in Ireland’s national grid.

Plans are in place to scale the system to newer devices.

FLIR thermal imaging demand grows amid global battery storage expansion

by Featured NewsSustainabilityThermal Imaging

Thermal cameras used to mitigate battery energy storage system fire risks

FLIR has reported growing demand for its thermal imaging cameras as global installations of Battery Energy Storage Systems (BESS) increase.

The company cited the rise in thermal risks such as fire and toxic gas release as key reasons for the adoption of fixed thermal cameras in energy infrastructure.

According to the U.S. Energy Information Administration (EIA), battery capacity in the United States increased by 89 percent in 2024.

FLIR stated that the risk of thermal runaway – where heat spreads from one battery cell to another – presents a growing hazard for fire and rescue teams, energy operators and local communities.

BESS use increases in line with renewable energy investment

FLIR explained that BESS installations are expanding due to their role in balancing the power grid during periods of inconsistent supply and high demand.

The company cited data from S&P Global showing that nearly 9.2 gigawatts of BESS capacity were installed in the United States by late November 2024.

FLIR said that battery systems also support electric vehicle infrastructure by reducing strain on local grids during high-demand charging events.

The company stated that BESS contributes to grid reliability and reduces fossil fuel reliance by storing renewable electricity for later use.

Safety concerns linked to BESS include fire, gas and infrastructure damage

FLIR reported that fire safety concerns are growing due to the increase in BESS deployments.

The company highlighted data from Rho Motion showing that 10.5 gigawatt hours of new capacity were added to the global energy network in February 2025 alone.

FLIR warned that thermal runaway incidents can lead to toxic gas emissions, equipment damage and large-scale fires if not detected and mitigated early.

The company explained that hydrogen fluoride gas, released in some incidents, can present serious health and environmental risks.

FLIR thermal solutions aim to provide early warning of faults

FLIR stated that fixed thermal imaging systems with integrated analytics are being used to detect abnormal temperature rises before they escalate into fires.

The company said these systems are capable of triggering suppression systems and alarm protocols when temperatures breach preset safety thresholds.

FLIR explained that early detection through thermal monitoring can reduce damage, improve safety and support faster emergency response.

The company provides thermal fire prevention systems for a range of industrial applications, including battery energy storage infrastructure.

FLIR thermal imaging demand grows amid global battery storage expansion: Summary

FLIR has reported increased demand for thermal imaging systems.

The company linked this trend to a global rise in Battery Energy Storage System (BESS) installations.

The U.S. Energy Information Administration recorded an 89 percent increase in national capacity during 2024.

According to S&P Global, 9.2 gigawatts of BESS were installed in the United States by late November 2024.

Rho Motion stated that 10.5 gigawatt hours of new capacity were added globally in February 2025.

FLIR cited thermal runaway as a major fire safety risk linked to battery systems.

The company reported that these incidents can cause fires and release hydrogen fluoride gas.

FLIR said its fixed thermal cameras are used to detect temperature increases before failures occur.

The company stated that these systems can activate alarms and fire suppression systems automatically.

FLIR explained that early detection improves safety and reduces response time.

FLIR MIX delivers synchronised thermal and visible imaging for research applications

by Featured NewsProductsThermal Imaging

FLIR MIX launched for multispectral imaging

FLIR has launched FLIR MIX, a multispectral imaging solution designed to synchronise thermal and visible-light data for research and engineering purposes.

According to FLIR, the MIX system addresses the difficulty of aligning thermal and visual imagery during high-speed testing and data analysis.

The solution combines thermal and visible imagery into one spatially and temporally aligned dataset.

Synchronised imaging for research and analysis

FLIR stated that the MIX system enables high-speed image capture of up to 1,004 frames per second.

The combined camera and software platform aims to remove the need for separate recording and manual alignment of thermal and visible footage.

The system is intended for use in applications including airbag testing, electronics design, battery testing and materials analysis.

Two hardware kits and a software toolkit

FLIR MIX is available in two configurations: the X-Series Starter Kit and the A-Series Starter Kit.

The X-Series Starter Kit includes a FLIR X69xx thermal camera, a high-speed visible camera, precision optics, mounting hardware and FLIR Research Studio software.

The A-Series Starter Kit uses the FLIR A67xx thermal camera and is designed for electronics and renewable energy testing.

Both kits are designed to capture and align data in real time using FLIR’s software platform.

Toolkit supports post-processing workflows

In addition to the hardware kits, FLIR offers the MIX Toolkit for post-processing synchronisation.

The MIX Toolkit is a software add-on that can be licensed with FLIR Research Studio Professional Edition.

The company stated that the toolkit enables researchers to align thermal and visible frames during post-analysis to generate a unified dataset.

Matthew Hasty, Senior Global Product Manager at FLIR, said: “FLIR MIX simplifies thermal analysis by combining quality thermal and visible imagery in real-time in one easy-to-use hardware and software package.”

He added: “The solution empowers researchers to achieve precise spatial alignment with radiometric data for every pixel, providing detailed temperature insights across the entire image, making analysis more straightforward while shortening the time to discovery.”

FLIR MIX delivers synchronised thermal and visible imaging for research applications: Summary

FLIR has released a multispectral imaging solution called FLIR MIX.

The system combines thermal and visible-light data into a single synchronised dataset.

It includes two hardware kits for different applications and a software toolkit for post-processing alignment.

The MIX X-Series Starter Kit is designed for high-speed testing.

The A-Series Starter Kit targets electronics and renewable energy testing.

The software toolkit aligns footage during post-analysis.

FLIR MIX captures data at up to 1,004 frames per second.

The system uses FLIR Research Studio for image analysis.

It aims to eliminate manual image alignment.

According to FLIR, the system supports use cases including materials testing, fluid dynamics and impact capture.

FLIR stated that the tool reduces the time required for analysis by generating aligned datasets in real time. The product is available now.

OroraTech integrates thermal intelligence with NVIDIA Earth-2 for climate risk assessment

by Breaking NewsThermal ImagingWildland Fire

OroraTech partners with NVIDIA Earth-2 for real-time thermal data analysis

OroraTech has announced its adoption of NVIDIA’s Earth-2 digital twin platform, allowing for real-time thermal data integration to improve climate risk assessment and response.

The company operates a space-based wildfire detection system using data from 27 satellites, including proprietary thermal imaging satellites.

By integrating this data into Earth-2, researchers and developers can enhance their models for extreme weather and disaster mitigation.

Julia Gottfriedsen, Head of Data Science & AI at OroraTech, said: “We can help the planet using the thermal data we collect every single day from orbit.

“With NVIDIA Earth-2, developers can now harness our thermal intelligence to build more sophisticated and accurate models, helping societies mitigate the impacts of extreme weather events.”

Expanding access to satellite-based wildfire detection

OroraTech’s wildfire detection system is based on satellite thermal imaging, which allows for rapid identification of fires.

The system collects data from more than 27 satellites, including those equipped with OroraTech’s proprietary technology, providing near-real-time insights.

By making this data accessible through NVIDIA Earth-2, researchers and developers can integrate real-world thermal information into predictive models.

This could improve early warning systems for wildfires, helping emergency services respond more effectively.

Leveraging NVIDIA technology for real-time insights

OroraTech has used NVIDIA technology since its launch, equipping its satellites with NVIDIA Jetson systems.

These modules enable edge computing, allowing the satellites to process data in orbit and detect wildfires within minutes.

This capability means emergency responders can receive critical fire detection data in near real time, improving reaction times and resource allocation.

The integration with Earth-2 expands the potential applications of this technology in climate risk management.

Potential applications for climate resilience

The integration of OroraTech’s thermal data with NVIDIA Earth-2 is expected to enhance climate resilience efforts by providing accurate, high-resolution intelligence.

Scientists and researchers can use this data to refine their models for predicting extreme weather events and natural disasters.

Developers working on risk assessment tools and emergency response systems can incorporate OroraTech’s satellite insights into their applications, improving preparedness and response strategies.

OroraTech integrates thermal intelligence with NVIDIA Earth-2 for climate risk assessment: Summary

OroraTech has integrated its space-based thermal intelligence with NVIDIA’s Earth-2 platform to improve climate risk assessment and disaster response.

The company’s wildfire detection system, which gathers data from 27 satellites, will now be available through Earth-2 for use by researchers and developers.

OroraTech has used NVIDIA technology since its inception, equipping its satellites with Jetson systems for real-time wildfire detection.

These edge computing capabilities enable near-instant data transmission to emergency responders.

The integration with Earth-2 will allow developers to build more accurate models for extreme weather prediction and disaster management.