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About GUARD

DTIF GUARD will enable 3 Irish SMEs to develop world-leading smart drone technology, in a market expected to grow to $45bn by 2025. The new capability will be demonstrated with the Irish Navy for drug interdiction. Technology is broadly applicable to many other applications. GUARD will advance drone capability, autonomous operation & communications far beyond the state-of-the-art.GUARD will enable the SMEs to significantly scale up their operations and aims to create 500 jobs in Ireland and make Ireland a leader in autonomous drones. Enabling the Irish Navy to efficiently survey large areas of the coastline. 

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GOALS

  • Enabling the Irish Navy to efficiently survey large areas of the coastline.
  • Enabling A-techSYN a shift from calm weather flights with manual planning to fully autonomous operation is harsh sea conditions. 
  • Enabling VRAI to remove humans from exposure to risk using robotics and human-in-the loop high value decision making through telepresence & ML.
  • Enabling WAZP to 3D print highly accurate RF structures combining different materials, broadly applicable to drone communications, 5G and 6G.
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Irish SMEs
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Academic Partners
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Beneficiary
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New Jobs
STRONG CONSORTIUM
OUR TEAM
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Irish Naval Services

Provision of expertise regarding smuggling at sea from defence perspective

Provide Naval Service requirements for drug interdiction

Provide test environment for naval trial (start/land from ship and ship as communication platform)

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Drone Technology

Future drone evolution for operation in harsh weather, >40 Knots wind speed, reduced weight and increased payload

Prototyping of new intelligence and communications capability

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Telepresence / VR

Creation of digital twin of coastline, synchronized in real-time based on drone sensors and other inputNovel human-machine interface for intuitive drone control and interaction with spatial/temporal data

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Additive Manufacturing

Create capability to 3D print highly accurate RF structures such as waveguides, RF lenses, antennas and filters that cannot be manufactured with traditional methods 

Combination of multiple 3D printed materials for improved RF performance

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Communication

Gigabit mm-wave mesh network capability with novel lens antennas, and automatic beam steering

Multi-connectivity for reliability, low latency, and seamless mobility across multiple cellular and satellite links

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AI Algorithms

AI algorithms for automatic analysis of image, video and other sensor data (e.g. ship type, name, nationality)

Automatic creation of survey flight path to achieve high resolution 3D capture, including swarm support

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Autonomous Nav

Autonomous navigation including start and landing on moving platforms in harsh environments and wind speeds 

Enabling beyond line-of-sight operation and automatic flight permission