Robotics, AI, And IoT Within The Morphing Internet Model

Now AI encapsulated in various robotic forms interacts with other AI encapsulated in device vessels along with human beings in entirely new ways.

Artificial intelligence is now everywhere, from self-driving vehicles and drones to virtual assistants and investment software. In recent years, AI and robots, which major state and market actors want desperately deployed, have made significant progress, owing to exponential advances in processing power and the availability of massive amounts of data to collect and analyze. While technologies like artificial intelligence continue to advance the technological revolution and fundamentally transform life on earth and in cyberspace, the shifting balance of political power is a cause of great concern.

AI encapsulated in various forms now interacts with other AI encapsulated in other vessels along with human beings well as in totally new ways. The combination of Artificial Intelligence (AI), machine learning, the cloud, and IoT means that Cyber-Physical Systems (CPS) will be able to interact with human beings, learn about their patterns and adapt – or adapt them – to the established production goals. This remodeling of industrialization and regulatory legal infrastructure for IoT has now begun establishing the blueprints into reality. Political issues stemming from privacy, data ownership, and lack of security will rise sharply as many more human activities are regulated via the Internet of Things, or AI, as a new paradigm. The needs of the superpowers dictate the constant metamorphosis of the internet architecture, and this architecture has now grown limbs so to speak in the form of drones and the IoT to free itself from the purely digital realm. The IoT is really driving forth the interconnected society shown in many futuristic science fiction films and books. The coming two decades will witness the reshaping of entire industries through the adoption of autonomous computer systems, robotics, & IoT plus the complete overhaul of the nature of employment and the restructuring of the economy.

Advances in IoT make it possible to deploy other related technologies like Cyber-Physical Systems (CPS), within which information from all linked perspectives can be monitored and synchronized between the physical manufacturing locations and computational spaces. Cyber-physical systems are engineered systems where functionalities and salient properties emerge from the networked interaction of computational and physical components. Thus, machines will connect autonomously to each other as and when required without human intervention, which suffices to say, is a trend that is transforming manufacturing industries. 

Privacy and data security remain critical for IoT devices, however, as these systems become ubiquitous, understanding what autonomous systems are doing, recording, and deciding political situations in relation to human beings will emerge as a problem area, together with the commercial decisions made based upon this information. Devices will increasingly communicate and operate autonomously and independently of human control and sometimes even knowledge. There was a recent example of a smart motor vehicle involved in an alleged hit-and-run accident where the car reported the accident. The driver of the vehicle did not intend to report that accident, yet her IoT-linked vehicle did so autonomously. Thus in this connected world, there are new implications for businesses and consumers. Along these lines, I shall present some of the recent capacities of IoT devices to communicate with one another in radio frequencies, without wifi as a threat to privacy. This represents, in my view, the biggest under-the-table, underhanded trick to gather information on the population or steal a user's credit card information, for users cannot alter the specification of these non-internet radio communication between IoT devices and their devices’ corporate servers. The regulatory environment for IoT is changing rapidly and regulators are having a hard time understanding how to support the fast emergence of current services, products, and business models. 

Cyber attacks on connected systems from nation-state actors and non-state actors are an increasing threat. Nation-states and top market players will use espionage to collect information from any organization with valuable data that will serve the country's national interests. Geopolitical threats can manifest in a wide variety of ways, which are often unpredictable. Business leaders must therefore put in place a comprehensive security structure that works across their organizations' business assets and departments to identify the threats and understand how they are connected. It is now clear that states, with different motives and rationales, are fully back at the helm, and want to shape the internet, technology, and the economy to their advantage, for their governments, simply can't take the risk or leave the cyber world as a neutral ground.

Superpowers Dictate the Architecture of the Internet 

The future of the state as an institution is from now on tied across the board with the technologies of the fourth industrial revolution. No state can ignore the developments of any industry making, AI related legislations, in particular, the forces that will shape the next 100 years of human activity. There are several indications that the fusion of geopolitics, finance, and technology is a-coming. Various phenomena have come together at last in a concrete enough manner to herald a material and virtual shift towards industrial & civilian automation. These various shifts are to be understood as the nexus of the physical world and the cyber world. This merger with State and Market institutions came to be within the foundations of the IOT, Robotics, and AI systems.

It's quite understandable that the occasional reader of these themes will have some trouble understanding what the geopolitics of artificial intelligence and IoT means today and how it impacts every facet of human enterprise. For example, one often hears in the news a lot about China and the United States competing with each other in the area of AI. One naturally wonders how this is geopolitical and how important is AI to the development of a new archetype of society. The internets topography might be bipolar in form soon enough, as the worlds’' divide between the Global South under BRICS and OCS vs the US-EU led western vassals under NATO and the Pentagon.

First of all, the exchanges between top state actors are always considered to be geopolitical. But how does this interplay of power on a macro level translate into this new environment where it is AI that is the new electricity so to speak and as the past economies of old grew through electricity alone, in the coming decade they'll begin to expand uniquely through AI. Now it's become less opaque as this is one of the main factors why the 3 main players United States, China, and Russia are competing so heavily around AI, followed closely by the G7 and ASEAN countries.