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Top1. Introduction
The digital and mobile technologies implementation across platforms had pushed the news media and journalism profession to recently experience the waves of the fourth industrial automation involving unmanned aerial vehicles (UAVs) or Drones technology Internet of Things (DIoT) integration which characterised the regime of extreme digital automation in its existential process modernism(Salaverría & de-Lima-Santos, 2020). Those disruptive technologies have already been implemented across society layers, taking effects through new devices based on artificial intelligence(AI), machine learning, Internet of Things (IoT), mobile cloud computing technology, block chain technology and unmanned aircrafts systems (UAS)(Gill et al., 2019). The digital revolution had intercepted journalistic information management, intelligence and news gathering through implementation of the disruptive technology paradigm. The robotic systems, digital platforms and IoT devices are transporting innovative modes of news production, distribution and consumption of the journalistic ingredients, transforming the mass media to a novel ubiquitous dispensation(Susskind & Susskind, 2015). The twenty first journalists can now create data sets and develop insights more quickly and simply than ever before, through the use of IoT sensors that remotely control objects and collect data through cloud technology infrastructures(Onyebuchi et al., 2022). Journalists, for example, can track the sounds and vibrations from any public event, such as political rallies and concerts, and determine which speech or quote most affected the audience or which song was the most well-liked in real time through IoT Drone surveillance.
The current research focussed on the interactive connotation of DIoT implementation within the framework of technological innovations, assimilating the twenty first century journalism in its central discussion (Wojciechowska, Frey, Sass, Shafir, & Cauchard, 2019). The research described the DIoT devices application systems that the mass media journalism can incorporate into the production and consumption of news ingredients, furnishing a general idea of the prospects and challenges that DIoT poses to journalism and mass media profession(Ilan, 2021). The paper focussed on the newest technologies for journalistic profession, combining the experiences from academic background, journalistic excursions and technological innovations in a quest to chart a brand new digital model for journalistic news gathering and intelligence formations. There exist an academic correspondences on how to blend the modern technology, specifically the autonomous sensing Drones in IoT as essential tools for safeguarding news correspondents and the journalistic professionals when applied pragmatically(Anderson, Bell, & Shirky, 2015). The current paper surveys the adoption of autonomous sensing Drones system in IoT journalism and combined the theoretic ingredients from the academic perspective with realistic technological advancements on the move and eventually expanded the propositions for conceivable adoption in the credible societal applications to grantee the scope of industry 4.0 extreme digital automation for journalism and mass media practice(Aydin, 2019). While the researchers discussed the imperativeness of the autonomous sensing Drones system for intelligence gathering in IoT journalistic expeditions, that will guarantee the indispensability for the storylines to lives on even when the journalists covering the events are murdered while on active duty and also to enable the law enforcement agencies prosecuting the killings to have immense evidential facts for execution of judgement. In journalism, intelligence and news gathering had got to the point in which direct eyewitness and personal contact in reportages, particularly in the occasion of war scenarios, ethnic conflicts, environmental disasters, predatory observances, security and surveillances, remote sensing and many dramatic news events, might involve unquantifiable journalistic risk factors(Doku, 2020).