Thermal Radar™ Hydra
360° Thermal Detection with Directed PTZ Visual Verification
Hydra™ combines patented Thermal Radar™ 360° thermal perimeter monitoring with a compatible pan-tilt-zoom (PTZ) camera to provide wide-area threat detection and directed visual assessment from a single integrated platform.
Thermal Radar™ continuously monitors the surrounding property using thermal imaging and onboard analytics to detect qualifying people, vehicles, and other thermal activity day or night. When a qualifying event is detected, Hydra™ uses its geospatial location to automatically direct the PTZ camera toward the event, providing color, infrared (IR), or laser-illuminated imagery for visual assessment and verification.
Unlike traditional visible-light or fixed thermal camera systems that may require numerous cameras positioned around a property, Hydra™ provides panoramic thermal detection across 360° while directing the PTZ where attention is needed. This allows security teams to monitor beyond the protected perimeter, at the perimeter, and throughout the protected area while reducing the cameras, poles, infrastructure, network connections, VMS licenses, and maintenance points that may be required for wide-area perimeter security.
Thermal Radar™ continues monitoring while the PTZ is directed toward a qualifying event, allowing the system to detect multiple simultaneous intrusion events occurring in different areas of the property. When equipped with optional fireSENSE™, Hydra™ can also support detection of multiple developing fire events or developing fire and intrusion activity occurring simultaneously.
The result is a layered perimeter security solution combining wide-area thermal detection, geospatial awareness, and directed visual verification while helping simplify deployment and lower the total cost of ownership for large outdoor security environments.
Continuous 360° Thermal Monitoring
Directed PTZ Visual Verification
Lower Total Cost of Ownership
Hydra™ Features at a Glance
Continuous 360° Thermal Detection
Thermal Radar™ continuously scans the monitored area for qualifying thermal activity across a panoramic 360° field of regard.
Automatic PTZ Slew-to-Cue
Qualifying Thermal Radar™ detections automatically direct the compatible PTZ camera toward the geospatial event location for visual assessment.
Inside-Out Perimeter Monitoring
Monitor beyond the protected perimeter, at the perimeter, and throughout the interior of the protected property.
Multiple Simultaneous Intrusion Detection
Continue detecting and reporting qualifying people, vehicles, and intrusion events across the monitored area even while the PTZ is directed toward another event.
Thermal Detection + Visual Verification
Combine wide-area thermal detection with color, infrared, or compatible laser-illuminated PTZ imagery for layered detection and assessment.
Day and Night Monitoring
Passive thermal imaging detects heat signatures without depending on visible light, supporting continuous perimeter monitoring day and night.
Monitoring Through Most Weather Conditions
Thermal sensing can maintain useful detection capabilities through many challenging lighting and environmental conditions, subject to site conditions and line-of-sight requirements.
Geospatial Detection and Mapping
Qualifying detections can be displayed geographically so operators can quickly understand where activity is occurring.
Compatible PTZ Camera Options
Hydra™ supports compatible PTZ cameras from major manufacturers, allowing organizations to select visual assessment technology appropriate for their application.
Reduced Security Infrastructure
Wide-area 360° thermal monitoring can reduce the number of fixed cameras, mounting locations, network connections, software licenses, and maintenance points required for large properties.
Optional fireSENSE™ Early Fire Detection
When equipped with optional fireSENSE™, Thermal Radar™ can also identify developing fire events while continuing to monitor for qualifying intrusion activity.
Meet Hydra™: Thermal Detection + PTZ Verification
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More Coverage, Less Infrastructure, Lower Lifecycle Costs
More Wide-Area Coverage with Fewer Cameras
Traditional perimeter surveillance often requires multiple visible-light or fixed thermal cameras positioned around a property, with each camera continuously monitoring only its assigned field of view. Covering a large site may therefore require numerous cameras, poles, mounting locations, network connections, power connections, and overlapping views.
Hydra™ takes a different approach. Thermal Radar™ provides panoramic 360° thermal monitoring while a compatible PTZ camera provides directed visual assessment of qualifying events. Instead of requiring every camera to continuously watch a separate fixed field of view, the Thermal Radar™ detection layer continuously monitors the surrounding area and directs the PTZ where additional visual information is needed.
Simplified Installation and Security
Reducing camera count can also reduce the supporting infrastructure associated with deployment. Organizations may require fewer mounting locations, network drops, power connections, cable runs, software licenses, and system components than they would with a conventional multi-camera thermal deployment.
This streamlined architecture can make it easier to protect large properties, remote assets, expanding facilities, and locations where trenching or installing extensive permanent infrastructure would be difficult, disruptive, or cost-prohibitive. In many cases, simplifying the number of deployed devices also simplifies system design, installation planning, commissioning, and long-term maintenance activities.
Rugged, Reliable Protection
Thermal Radar™ is engineered for continuous outdoor monitoring and includes a standard two-year warranty to support long-term system reliability. Its rugged construction is designed for demanding perimeter environments, while its simplified wide-area architecture helps organizations maintain consistent thermal monitoring performance across large outdoor sites. By reducing the number of individual field devices required for coverage, Thermal Radar™ can also reduce the amount of equipment that must be inspected, serviced, and maintained over the life of the system. Optional extended warranty packages are also available to provide additional coverage and long-term protection beyond the standard warranty period.
Lower Total Cost of Ownership
The cost of a perimeter security system extends beyond the initial camera purchase. Installation labor, poles, cabling, networking, VMS licensing, system configuration, inspections, maintenance, repairs, and equipment replacement all contribute to long-term ownership costs.
Hydra™ can simplify this architecture by combining wide-area thermal detection and directed PTZ verification into an integrated solution. Depending on the site and detection objectives, fewer deployed cameras can mean lower installation costs, fewer software licenses, fewer maintenance points, fewer potential points of failure, and reduced long-term system complexity.
Visible-light cameras, fixed thermal cameras, and Thermal Radar™ can each serve a role within a layered physical security strategy. The principal difference is how each technology monitors a large outdoor area.
Traditional Visible-Light Cameras
Visible-light security cameras provide recognizable color video and can be valuable for visual verification, investigation, and identification. However, their effectiveness can be affected by darkness, glare, shadows, changing illumination, camouflage, and the availability of suitable site lighting. Large properties may require extensive lighting infrastructure and numerous fixed cameras to maintain useful coverage.
Traditional Fixed Thermal Cameras
Fixed thermal cameras detect heat signatures without depending on visible light, but each camera continuously monitors only its assigned field of view. Protecting a wide area may require multiple fixed thermal cameras, overlapping coverage, additional poles, network connections, VMS licenses, and ongoing maintenance.
Hydra™ by Thermal Radar™
Thermal Radar™ does not eliminate the value of visible-light cameras or PTZ cameras. Instead, it provides the wide-area thermal detection layer that helps tell operators where meaningful activity is occurring. When visual assessment is required, an integrated solution such as Hydra™ can use qualifying Thermal Radar™ detections to direct a compatible PTZ camera toward the event location.
Hydra™ combines panoramic 360° thermal monitoring with directed PTZ visual assessment. Thermal Radar™ continuously detects qualifying activity across the monitored area and uses geospatial information to direct the PTZ toward events requiring visual assessment.
This architecture can provide wide-area thermal detection with fewer field devices while maintaining access to high-resolution visual imagery when needed.
Hydra™ vs. Traditional Security Camera Architectures
Monitor Beyond, At, and Inside the Protected Perimeter
Many perimeter security systems concentrate primarily on the fence line or on activity that has already entered the protected property. Hydra™ by Thermal Radar™ supports a broader inside-out monitoring strategy by observing activity beyond the perimeter, at the perimeter, and throughout the interior of the monitored area.
Monitoring beyond the perimeter can provide earlier awareness of people, vehicles, or developing fire conditions approaching a protected asset. Monitoring at the perimeter helps identify activity near fences, gates, access points, and other defined boundaries. Monitoring inside the perimeter helps detect unauthorized movement, vehicles, developing fires, or other qualifying thermal events after entry has occurred.
Areas of interest and configurable detection rules allow parts of the monitored environment to be treated differently. Organizations can create zones, adjust detection settings, exclude authorized areas, apply schedules, and establish rules that reflect the risks and operating patterns of the site.
Rather than waiting for an event to reach or cross a traditional perimeter line, Thermal Radar™ provides broader situational awareness across the surrounding environment. When visual assessment is required, Hydra™ can automatically direct the PTZ toward the qualifying event location.
Detect Multiple Intrusions and Early Fire Events Simultaneously While the PTZ Assesses a Threat
A traditional PTZ camera can only point in one direction at a time. Hydra™ addresses this limitation by separating wide-area detection from directed visual assessment.
While the PTZ is viewing one qualifying event, Thermal Radar™ continues its 360° thermal monitoring process and can detect and report additional qualifying activity occurring elsewhere in the monitored area.
This means Hydra™ can continue detecting multiple people, vehicles, or intrusion events occurring in different directions rather than relying on the PTZ itself to provide continuous wide-area detection.
When optional fireSENSE™ is enabled, Thermal Radar™ can also identify multiple developing fire events or detect developing fire and intrusion activity simultaneously while continuing wide-area thermal monitoring.
Layered Thermal Detection and Visual Assessment
Hydra™ combines Thermal Radar™ and a compatible PTZ camera on an integrated mounting platform designed to maintain clear views for both wide-area thermal detection and directed visual assessment.
Thermal Radar™ performs the continuous detection function. When onboard analytics identify qualifying activity, the system uses geospatial information to direct the PTZ toward the event location. The PTZ can then provide color, infrared, or compatible laser-illuminated imagery to help operators assess the event and determine the appropriate security response.
Because Thermal Radar™ continues monitoring while the PTZ is directed toward an event, Hydra™ maintains the wide-area thermal detection layer rather than relying on the PTZ to search the property.
Compatible VMS Systems and PTZs for Hydra™
VMS Systems
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Arteco
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Avigilon
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Axxonsoft
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Digital Watchdog
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ExacqVision
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Genetec
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Geutebrück
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Immix
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Milestone
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Network Optix
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NiceVision
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Qognify
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Redvision
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Valerus
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Vidsys
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Wave
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Wisenet
PTZ Cameras
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Avigilon
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Axis
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Bosch
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Digital Watchdog
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Hanwha
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Panasonic
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Sony
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Vicon
Integration capabilities may vary by platform, software version, configuration, & project requirements. Contact Thermal Radar or an authorized representative to confirm compatibility for your specific deployment.
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Hydra™ Thermal Detection Range and Coverage Planning
Hydra™ is available with multiple Thermal Radar™ sensor and lens configurations to support different perimeter security and detection-distance requirements. Thermal Radar™ 3-Series and 6-Series configurations can provide threat-detection capability at distances of up to approximately 500 meters, depending on the selected configuration and application.
Actual detection performance depends on several site-specific factors, including:
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Thermal sensor and lens selection
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Target size and thermal contrast
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Installation height
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Terrain and elevation changes
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Buildings and physical obstructions
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Vegetation and seasonal growth
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Weather and environmental conditions
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Detection-zone configuration
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Required probability of detection
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Line of sight
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Site-specific security objectives
Longer detection distance is not always the only design priority. A successful thermal perimeter security deployment must balance detection distance, pixel density, monitored area, target type, mounting position, terrain, and the number of station stops required.
Use the Thermal Radar™ Layout Tool to explore preliminary coverage options, then work with Thermal Radar or an authorized representative to validate the final system design.
Explore preliminary detection coverage for your property with the Thermal Radar™ Layout Tool.
Wide-Area Thermal Monitoring for Critical Infrastructure and Large Properties
Hydra™ is designed for outdoor environments where organizations need both wide-area thermal detection and targeted visual assessment without deploying extensive arrays of fixed cameras.
Electrical Substations and Utilities
Monitor activity beyond, at, and inside utility perimeters while directing the PTZ toward qualifying people, vehicles, or other detected events.
Solar Farms and Renewable Energy Sites
Provide wide-area thermal intrusion detection and developing fire detection across expansive solar fields, battery installations, equipment areas, access roads, fence lines, and surrounding vegetation.
Battery Energy Storage Systems
Monitor BESS facilities for approaching intrusions, activity around the protected perimeter, and developing fire events that may require investigation.
Data Centers
Protect large data center campuses, electrical infrastructure, backup power systems, substations, equipment yards, construction areas, and other mission-critical outdoor assets.
Oil and Gas Facilities
Monitor remote and expansive facilities for unauthorized personnel, vehicles, perimeter activity, and developing fire conditions during both daytime and nighttime.
Airports, Ports, and Transportation Assets
Support continuous thermal perimeter surveillance around runways, cargo areas, storage yards, access roads, restricted zones, terminals, and other large operational environments.
Correctional Facilities
Monitor activity approaching the perimeter, at fence lines, between perimeter layers, and within designated protected areas.
Water and Communications Infrastructure
Extend wide-area thermal security to water facilities, pumping stations, telecommunications assets, utility sites, and other remote or unmanned infrastructure.
Industrial and Commercial Properties
Protect warehouses, manufacturing facilities, auto storage areas, recycling operations, equipment yards, construction sites, and other properties with large outdoor footprints.
Large Private Properties
Provide thermal perimeter monitoring for private ranches, estates, agricultural properties, equestrian facilities, and other remote or expansive private locations.
Wide-Area Detection. Directed Visual Verification. Fewer Cameras.
Large outdoor properties require more than isolated camera views. Security teams need to know where meaningful activity is occurring and have the ability to assess it quickly.
Hydra™ combines patented Thermal Radar™ 360° thermal monitoring with compatible PTZ technology to provide continuous wide-area detection and directed visual assessment from an integrated platform.
By monitoring beyond, at, and inside the protected perimeter, detecting multiple simultaneous events, and reducing the number of cameras and supporting components required for large-area coverage, Hydra™ can provide a simpler, scalable approach to perimeter security with a lower total cost of ownership.
Contact Thermal Radar to connect with an authorized representative and evaluate the right Hydra™ configuration for your property.
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Frequently Asked Questions About Hydra™
What is Hydra™ by Thermal Radar?
Hydra™ is an integrated perimeter security solution that combines Thermal Radar™ 360° thermal monitoring with a compatible pan-tilt-zoom (PTZ) camera. Thermal Radar™ continuously detects qualifying thermal activity across the monitored area and can automatically direct the PTZ toward a detected event for visual assessment and verification.
How is Hydra™ different from a traditional PTZ security camera?
A traditional PTZ camera views one direction at a time and must be directed toward an area to observe it. With Hydra™, Thermal Radar™ provides the continuous wide-area thermal detection layer while the PTZ provides targeted visual assessment. Thermal Radar™ continues monitoring the surrounding area even while the PTZ is directed toward an event.
How is Hydra™ different from fixed thermal cameras?
Fixed thermal cameras continuously monitor individual fields of view, so protecting a large property may require multiple cameras positioned around the site. Thermal Radar™ uses a rotating thermal sensor to create panoramic 360° thermal monitoring, allowing Hydra™ to provide wide-area detection while using a PTZ for directed visual verification.
Can Hydra™ detect multiple intruders at the same time?
Yes. Thermal Radar™ can continuously detect and report multiple qualifying people, vehicles, or intrusion events occurring in different areas of the monitored property. This detection process continues even while the Hydra™ PTZ is directed toward another qualifying event.
Does Hydra™ provide early fire detection?
Hydra™ can support early fire detection when its Thermal Radar™ system is equipped with optional fireSENSE™. Thermal Radar™ can then identify qualifying developing fire events while continuing to monitor for intrusion activity, including fire and intrusion events occurring simultaneously.
Can Hydra™ monitor outside a property's perimeter?
Yes. Hydra™ supports Thermal Radar's inside-out perimeter monitoring approach, allowing configured areas beyond the protected perimeter, at the perimeter, and inside the protected property to be monitored for qualifying thermal activity, subject to site conditions and line-of-sight requirements.
Does Hydra™ work at night?
Yes. Thermal Radar™ uses passive thermal imaging to detect heat signatures without relying on visible light, supporting perimeter monitoring during both daytime and nighttime conditions. The compatible PTZ may also provide infrared or other low-light visual assessment capabilities depending on the selected camera.
Can Hydra™ operate in bad weather?
Thermal imaging can maintain useful detection capabilities through most weather conditions and challenging lighting environments. Actual performance depends on factors including weather severity, thermal contrast, terrain, sensor configuration, mounting location, environmental conditions, and line of sight.
Can Hydra™ lower the cost of perimeter security?
Hydra™ can reduce total cost of ownership by providing wide-area thermal monitoring with fewer field devices than may be required with conventional multi-camera architectures. Depending on the site, this can reduce cameras, poles, mounting locations, cabling, network connections, VMS licenses, installation labor, maintenance points, and replacement components.
What types of properties use Hydra™?
Hydra™ is designed for wide-area perimeter security applications including critical infrastructure, electrical substations, utilities, solar farms, battery energy storage systems, data centers, oil and gas facilities, airports, ports, transportation facilities, correctional facilities, industrial properties, storage yards, and other large outdoor environments.
What PTZ cameras are compatible with Hydra™?
Hydra™ supports compatible PTZ cameras from multiple major security manufacturers, including Avigilon, Axis, Bosch, Digital Watchdog, Hanwha, Panasonic, Sony, and Vicon. Compatibility should be confirmed for the specific camera model, firmware, configuration, and project requirements.
How far can Hydra™ detect a person or vehicle?
Detection distance depends on the selected Thermal Radar™ sensor and lens configuration, target size, thermal contrast, terrain, mounting height, environmental conditions, line of sight, and detection objectives. Thermal Radar™ 3-Series and 6-Series configurations can support threat-detection distances of up to approximately 500 meters in applicable configurations.
Can Hydra™ integrate with an existing security system?
Yes. Thermal Radar™ can integrate with compatible video management systems and broader physical security environments, allowing Hydra™ to add wide-area thermal detection and PTZ visual assessment without necessarily replacing an organization's existing security infrastructure.