WHITEPAPERS

Whitepaper about the revolutionary Lyfo.NET technology that enables automatic and near real-time switching between all available mobile public and private networks, both national and international.

Migration to 4G/5G mission-critical services can help forward-looking organizations deal with evolving challenges and requirements. Transition needs to be carefully considered as part of the overall plan.

Nowadays PoC is the most cost-effective choice for users from various industries who require seamless voice communications and data services, and its security is always the 1st priority to concern. This article discusses in depth the security & reliability of eChat, Caltta's PoC system, and shows you a remarkable and unique secure PoC system. What you will learn; 1. Why are PMR users so concerned about cyber security？ 2. How many security layers does PoC system have？Which aspects of ser....

This document describes interoperability of numerous existing LMR technologies to broadband PTT.

Study of use cases and communications involving IoT devices in provision of emergency situations written by ETSI

This whitepaper explores enhancements in 5G technologies that have been developed to address current and emerging cybersecurity threats in commercial networks.

Important considerations for implementing a mobile data solution on ESN using a vehicle communications hub with multiple network operators (MNOs), multiple bearers per network, including traffic prioritisation and Quality of Service support.

A 2018 white paper laid out three potential alternatives for Norway, which comprises 324,000 square kilometers, much of which is in harsh, frigid terrain. The three proposals for mission-critical push-to-talk (MCPTT) broadband include a single turnkey provider, several competing providers or a governmental mobile virtual network operator (MVNO).

The Utilities Technology Council (UTC) and its global affiliates released a new white paper focusing on the emergence of 5G communications and whether and how utilities, particularly electric utilities, will be impacted.

Two specific technologies, Next Generation 9-1-1 (or NG9-1-1) and the Public Safety Broadband Network (or FirstNet), have captured significant attention as emergency communications center leaders seek strategies to integrate these technologies into their operations. This whitepaper explores the similarities, differences and inter-relationships between these two emerging technologies.

This paper presents the current roadmap to operational use of mission critical broadband for organisations looking to move away from narrowband networks.

In this paper we see 5G as an opportunity to satisfy the under-served communication needs of the European PPDR community and its multiple vertical entities, while gaining capability advantage using the most advanced communications solutions for enabling their daily and emergency Operations.

For reliable and responsive in-vehicle communications, many organizations are turning to the latest wireless technologies that have the capacity to operate today’s commercial networks an FirstNet with support for LTE Band 14. In this whitepaper you can learn about critical factors you should consider when deploying a “FirstNet-ready” mobile office, and the unique benefits of using a capable in-vehicle router to provide connectivity for mission critical applications.

The document addresses the current state of emergency services and the challenges linked to the evolution towards Next Gen. emergency communications and focusses on the vision of the H2020 EMYNOS project.

Motorola solutions describes where public Safety LTE is taking off where LMR leaves off.

Governments that want to deploy their own dedicated networks for mission-critical communication stand to gain substantial benefits by doing so using commercial cellular 3GPP technology. This approach enables the creation of a symbiotic network configuration that is capable of addressing all kinds of critical communication needs in a society, thereby supporting both public protection and disaster relief (PPDR) and the ongoing digitalization of society.

A new study from TCCA’s Security and Fraud Prevention Group (SFPG) highlights the need for robust processes and best practice to ensure there are no weaknesses in the interworking mechanism that could be exploited by those with malicious intent.

Norway’s Directorate for Civil Protection (DSB) has issued a short paper describing alternatives for implementing a possible mission-critical mobile broadband communications system via commercial mobile networks.