Manned and Unmanned Optical Radar

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HeliSAR Day/Night Optical Radar

Golden Line

ALL-ISR, Inc in collaboration with IAS innovative engineering team delivers:

HeliSAR Day/Night Optical Radar Easily installed, and a fraction of the size weight and power of a traditional radar, the IAS Optical Radar uses a especially configured array of day and night optical sensors that continuously observe the ocean either side of the helicopter.

Everything on the ocean’s surface is autonomously detected in under a second, presenting aircraft operators with a small image of each object found alongside its location coordinate on a map. Detection to identification is completed in seconds.

Optical Radar

Cost effective, easily installed, and a fraction of the size weight and power of a traditional radar.

Search and Rescue

Optical Radar

Multi Mission

  • Illegal Immigration
  • SAR
  • Counter Piracy
  • Counter Narcotics
  • Fisheries monitoring
  • Maritime Security
  • Debris Detection

Day/Night Optical Radar

Golden Line

TIME IS VITAL TO SURVIVAL

Optical Radar

ALL-ISR, Inc in collaboration with IAS innovative engineering team delivers the solution to assist with maritime search aircraft challenges of finding small objects at sea.  Radar is traditionally size, weight and power dependent.  The smaller the object the larger the radar requirement.   The size and cost is often prohibitive.  The IAS ORCA airborne Day/Night Optical Radar provides a transformative capability for small object search.

  • Cost effective, autonomous detection, easily installed, and a fraction of the size weight and power of a traditional radar.

Search and Rescue

Optical Radar

Multi Mission

  • Illegal Immigration
  • SAR
  • Counter Piracy
  • Counter Narcotics
  • Fisheries monitoring
  • Maritime Security
  • Debris Detection

Day and Night Illicit Trafficking Detection and Monitoring

Drug trafficking alone is worth between $426 billion and $652 billion a year. It has taken full advantage of the COVID-19 crisis limitations by doubling down operations to increase supply and meet demand increase.

  • Over 30 percent drug users increase since the pandemic
  • Over 145 Billion USD in the United States
  • Over 30 percent increase of drug prizes since the pandemic
  • Over 35 million people suffer from drug disorder

Illegal Fishing

Illegal Fishing is an unfortunate booming industry that yields over 45 USD Billions a year worldwide with horrible long-lasting consequences.  A few methods include

  • Bottom trawling: one of the most damaging methods of fishing. Using  weighty ballast that gets dragged down the seabed, collecting and squashing everything that is on the way, from fish to aquatic plants.
  • Bycatch: accidentally catching numerous types of aquatic life in the process of catching other fish.
  • Explosives for blasting fish: is a method that has been used for years. Explosions creates craters that range from 10 to 20 square meters of the sea-bed.
  • Ghost fishing: deliberate or unintentional leaving of fishing objects in a water body.
  • Cyanide fishing: involves divers crushing cyanide tablets into plastic squirt bottles of water and puffing the concoction to confound and confine live fish in the coral reefs.

Illegal Fishing is an unfortunate booming industry that yields over 45 USD Billions a year worldwide

Illegal Immigration at Sea

  • In accordance with the World Migration Report of 2020 the number of international migrants globally in 2019 was 272 million (3.5% of the world’s population)
  • In 2018, approximately 117,000 migrants arrived in Europe by sea.
  • In the US  recent anti-immigration measures put in place by the neighbor governments have forced human traffickers and immigrants to find new routes. Government representatives and researchers suspect that many have taken to sea routes.

International migrants reach 3.5% of the world’s population

ORCA UAS

Unmanned Optical Systems Technology

Golden Line

AGNOSTIC GAME CHANGING TECHNOLOGY REDEFINING THE INDUSTRY

ORCA UAS is a modular, customizable day/night wide area optical search sensor.

Optical Radar
  • A UAS can no longer depend on the typical sensor configuration to complete successful Detection and Monitoring and SAR missions. It is an established requirement to integrate Wide Area Scanning technology to automate searches and cover at the demands of a large area of responsibility. It is a known fact that endurance although important, is no longer the primary need for UAS operations contracts requirements. Wide Area Scanning Technology IS.
  • ALL-ISR, Inc and Ideas At Sea are collaborating to bring the game changing technology to the UAS industry. This is an agnostic technical approach capable of a complete integration on any UAS platform sensor with minimum SWaP.
  • We combine existing Maritime MTI algorithms with IAS Airborne Search Enhancement software to provide greater detection and search functionality without affecting in any significant way Size, Weight and Power onboard the aircraft.
  • We interface and leverage off existing functionality inside the sensor to maximize coverage within existing SWaP constraints.

AGNOSTIC GAME CHANGING TECHNOLOGY

REDEFINING THE INDUSTRY

  • A UAS can no longer depend on the typical sensor configuration to complete successful Detection and Monitoring and SAR missions.  It is an established requirement to integrate Wide Area Scanning technology to automate searches and meet the demands of a large area of responsibility.  It is a known fact that endurance although important, is no longer the primary need for UAS operations contracts requirements.  Wide Area Scanning Technology IS.
  • ALL-ISR, Inc and Ideas At Sea are collaborating to bring the game changing technology to the UAS industry.  This is an agnostic technical approach capable of a complete integration on any UAS platform sensor with the adequate SWaP.
  • ALL-ISR and IAS will combine existing Maritime MTI algorithms with IAS Airborne Search Enhancement software to provide greater detection and search functionality without affecting in any significant way Size, Weight and Power onboard the aircraft.
  • We interface and leverage off existing functionality inside the sensor to maximize coverage within existing SWaP constraints.

Existing Functionality

Search Functionality

  • Detection reliant on operator viewing video feed
  • High grade zoom optics provide good classification imagery once target found
  • Some EO/IR sensors can conduct automated ‘Scan’ modes that enable wider areas of observation

Fast Boat operations: Configured for fast boat search operation using existing EO/IR sensor with 25 degree FoV in an automated Scan mode pattern

Mission parameter –

  • Range: 1.4 nm
  • Search swath: 2.1 nm
  • Speed: 55 kts
  • Altitude: 2500ft

Probability of detection (POD): circa 75%

30 ft Fast Boat operational example

Time to search a 1,000 sq. nm area: 8.7 Hrs

Operational Capabilities

  • Most sensors come with an ability to track (hold) a target once found by an operator

SWaP implications

  • Existing EO/IR
Optical Radar

Good – Automated MTI

Optical Radar

Note:  numbers are based on an indicative EO/IR existing sensor and actual results will vary based on the specifications of the customers EO/IR sensor preference.

Fast Boat operations

Configured for fast boat search operation using existing EO/IR sensor equipped with automated MTI with 25 degree FoV in an automated Scan mode pattern

Mission parameter

  • Range: 2.6 nm
  • Search swath: 3.9 nm
  • Speed: 55 kts
  • Altitude: 2500ft

Probability of detection (POD): circa 90%+

30 ft Fast Boat operational example

Time to search a 1,000 sq. nm area: 4.7 Hrs

GREAT – Wide Area Scanning

Optical Radar

Note:  numbers are based on an indicative EO/IR existing sensor and actual results will vary based on the specifications of the customers EO/IR sensor preference.

Fast Boat operations

Configured for fast boat search operation using existing EO/IR sensor configured with IAS Wide Area Surveillance with 180 degree FoV

Mission parameter

  • Range: 8.2 nm*
  • Search swath: 16 nm*
  • Speed: 55 knots
  • Altitude: 2500ft

Probability of detection (POD): circa 90%+

30 ft Fast Boat operational example

Time to search a 1,000 sq. nm area: 1.2 Hs*

Superior – Optical Radar

Optical Radar

Note:  numbers are based on an indicative EO/IR existing sensor and actual results will vary based on the specifications of the customers EO/IR sensor preference.

Fast Boat operations

Configured for fast boat search operation using existing IAS Optical Radar secondary sensor with 180 degree FoV

Mission parameter

  • Range: 12.7 nm*
  • Search swath: 25.4 nm*
  • Speed: 55 knots
  • Altitude: 2500ft

Probability of detection (POD): circa 95%

30 ft Fast Boat operational example

Time to search a 1,000 sq. nm area: 40 mins

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