A case study: ACT emergency service agency high bandwidth mobile radio network. Economic and independent augmentation of PSMB

The ACT Emergency Services Agency, as part of its commitment to continuous improvement in bushfire management since the devastating January 2003 firestorm, have recently deployed a high bandwidth, air to ground mobile meshed radio network. Primarily this is to accommodate live streaming from emergency incidents such as bushfire fighting through helicopters (or drones/UAVs). This investment […]

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What is the right antenna for critical communications?

Any piece of metal can be used as an antenna to transmit and/or receive RF signal. But not any antenna can be a good one. When it comes to critical communications where it can be a life and death situation, we need the right antenna that can help optimise network performance, sustain in a challenging […]

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The smart connected ambulance: seamless integration from the field to the ER

A discussion of the numerous benefits associated with the development of smart connected ambulance technologies, providing ease of use, seamless sensor and monitor integration, and the ability to have improved patient care from prehospital interventions to the emergency room. Delegates learning objectives: • Understand what a smart connected ambulance is. • Understand the capabilities of […]

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Maximising interoperability by promoting open standards and open APIs

The Public Safety Technology Alliance (PSTA), comprised of telecommunications industry, public safety, and technology leaders, is a nonprofit coalition which fosters and promotes the adoption of open, best-in-class, standards-based technology for the public safety user community so that all public safety agencies taking advantage of new technological capabilities are able to work together on a […]

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Voice & data interoperability using artificial intelligence and machine learning for critical networks

In this session Sohan Domingo will present that the future of mission-critical networks will involve a combination of different bearer networks for voice communication between users in the field and control centre operators. A bearer combination of this sort needs a redundant and robust integrated backend infrastructure along with the front-end vehicle communication components to […]

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