## 2 Worldwide 6G Goals and Expectations
We will possess numerous electronic devices that will function harmoniously together, offering smooth and user-friendly layouts. 2. Touchscreen input will become obsolete. Instead, we will use gestures and verbal communication with our devices as standard practice and possibly use AI personal assistant for it. 3. The equipment we utilize will be entirely context-aware, and the network will progressively enhance its ability to anticipate our requirements. The integration of context awareness with advanced human-machine gateways will enhance our interactions with both the tangible and virtual domains, rendering them less confusing and more productive. The computational requirements for these electronics will probably not be entirely contained within the gadgets alone due to constraints related to their size and battery life [43]. Instead, they may need to depend on locally accessible computer assets to do tasks, beyond the edge-cloud [41]. Telecommunications are going to play a crucial part in the future man-machine interface [50; 51]. As clients, we may anticipate that the following may occur:  
1. Contemporary self-driving idea vehicles will be accessible to the general public by the 2030s. They will predominantly operate autonomously, but a remote driver or rider may still be required to assume control under specific circumstances. This  
Figure 5: Components and expectations for using smartphones and tablets with man-machine interfaces in the community. will significantly augment the amount of time given for us to access data from the internet in the forms of enhanced amusement, enriched communications, or schooling. Automobiles will substantially increase data consumption: (i) real-time uploads of automobile sensor information to the network, (ii) downloads of high-resolution visualizations, and (iii) immediate inter-vehicle connectivity will occur. 2. A substantial deployment of wireless cameras as sensors will occur. Advancements in AI and machine vision, along with its ability to identify individuals and things, will render the camera a ubiquitous sensor applicable in all contexts. Concerns about privacy will be mitigated by restricting access to data and masking material. Additionally, radio and other sensing approaches, such as acoustics, will be employed to collect environmental data. 3. Sophisticated methodologies will be employed in security screening protocols to eradicate protection queues. A multifaceted approach utilizing many sensing modalities will be employed to check individuals as they navigate through congested regions, rather than solely at entry points. Radio sensing will be a crucial element in accomplishing this, bolstered by upcoming communication technologies. 4. Digital currencies and credentials may emerge as standard, with transactions in both physical and digital realms executed via the multitude of gadgets at our disposal. The forthcoming network must ensure the security and privacy essential for this shift.A multitude of household utility robots will augment the vacuum cleaners and lawnmowers currently in use. These may manifest as a collective of mini robots collaborating to do duties. The robots will be outfitted with video cameras transmitting to a nearby computing servers for immediate execution. Consequently, we will observe a rise in the quantity of products and augmented resource demands within our home networks. 5. Healthcare will undergo significant transformation, featuring continuous observation of critical metrics for both healthy individuals and patients via various portable gadgets. Health surveillance will encompass internal gadgets that interact with external wearables, which subsequently transmit information to the web. Figure 6 shows the network capabilities and possibilities for the man-machine applications including applications and components that support different purposes in the community.