February 21, 2026 - For the first time, the “Wireless ... By using “Terahertz Waves,” the 6G network acts as a “Massive, Global Radar” that can detect the location, shape, and movement of every object and person with centimeter-level precision...

October 23, 2025 - To enable communication service providers (CSPs) to monetize these new uses cases, the future mobile system must have new functionalities in both the radio access network (RAN) and the core network, as well as new exposure functionality. To address these needs, Ericsson has developed a novel end-to-end (E2E) architecture for 6G sensing.

... 6G will give our networks the ability to sense. By bouncing signals off objects, the network will determine what’s there, how things are moving – and potentially even what they’re made of.

For the first time, the “Wireless ... By using “Terahertz Waves,” the 6G network acts as a “Massive, Global Radar” that can detect the location, shape, and movement of every object and person with centimeter-level precision...

March 28, 2026 - (JCAS). Because Terahertz waves are so sensitive, the 6G network acts as a global, high-resolution radar. This means the network can detect the presence, speed, and even the posture of people and objects without any cameras being present.

July 8, 2021 - Standardization will provide the technical foundation for future 6G networks, ensuring global interoperability and economies of scale. Commercial 6G networks will be differentiated through additional, unique features and solutions developed by technology vendors including Ericsson. As with previous generations, 3GPP will drive standardization of the new 6G standard together with other fora such as the Open Radio Access Network (O-RAN) Alliance.

December 25, 2025 - Explore Integrated Sensing and Communication (ISAC) - how 6G transforms wireless networks into massive distributed radar systems.

May 17, 2024 - Unlike previous approaches, with ISAC, the mobile network itself will act as a sensor. ... With the increased complexity of sensing and communications, several global cooperatives and standards organizations are examining how best to accomplish their goals. For example, the European Telecommunications Standards Institute or ETSI has an Industry Specification Group (ISG) for ISAC. Among ts activities is the definition of a prioritized set of 6G ...

December 24, 2025 - It can provide advantages to end users by collecting data from ubiquitous mobile devices, such as computers, smartphones, RFIDs, actuators, and sensors [94]. According to Cisco’s projections [95], there will be 500 billion IoT devices online by 2030. Furthermore, an IHS Markit report [96] predicts that the number of globally linked IoT devices will increase by an astounding 12% annually, from about 27 billion in 2017 to 125 billion in 2030. Given this, 6G is positioned to be a key component of future IoT networks and applications, offering all-encompassing wireless coverage and including all necessary features like sensing, transmission, computation, cognitive processing, and completely automated control.

June 1, 2022 - This article will discuss about ... Our vision is that the cellular base stations (BSs) deployed all over the world can be transformed into a powerful sensor to provide highresolution localization services....

2 weeks ago - In March 2025, Telstra announced ... set aside to improve existing infrastructure over four years. 6G wireless communication networks are envisioned to revolutionize customer services and applications via the IoT (Internet of Things) toward a future of fully intelligent and autonomous systems. IoT connects sensor devices and ...

April 14, 2026 - 6G ISAC, short for integrated sensing and communication, will make mobile networks do two jobs at once: carry traffic and observe the physical environment. According to Qualcomm (2025), 3GPP Release 19 already treats sensing as a network service, ...

The main technologies, difficulties, and application possibilities for 6G-based SDN are covered in detail. The writers also covered the specifications for the cutting-edge sensors and monitoring systems that would be employed in the future 6G networks. Many crucial facets of 6G networks—such as big data and machine learning, cyber security, and industry 5.0.

February 23, 2026 - Following the trend initiated in the 5G new radio (NR) systems, sixth generation (6G) will continue to develop towards even higher frequency ranges, wider bandwidths, and massive antenna arrays. In turn, this will enable sensing solutions with very fine range, Doppler and angular resolutions, as well as localization to cm-level degree of accuracy. Moreover, new materials, device types, and reconfigurable surfaces will allow network operators to reshape and control the electromagnetic response of the environment.

September 30, 2025 - By gauging the reflective strength ... and sensing system can detect their distance, direction, and speed to construct a dynamic digital twin of its physical environment in as little as 20 milliseconds....

March 13, 2026 - He says we can expect 6G to be deployed globally by 2030, though some carriers could launch it in specific regions a year or two earlier. Technical discussions are already underway by industry leaders, including the mobile broadband standards ...

December 28, 2024 - In [31], the authors introduced their 6G vision, discussing usage scenarios, target requirements, integrated space-air-ground-underwater networks, AI-based network design, and promising technologies. The paper [32] presented a 6G vision from the perspectives of time-frequency-space resource usage, promising techniques toward 6G, ML-aided intelligent transmission, and key challenges. In [33], 6G was envisioned as a key enabler on the road to a ”global brain”. The paper focused on new services, performance requirements, pervasive AI, THz and visible light communications (VLC), as well as the synergy between communication, computation, caching, and control.

July 13, 2026 - “The 6G base stations are already configured with the requisite capabilities in a given service area to support sensing and communication,” ETSI stated. As well as widespread 6G base stations, ISAC will require sensing data from non-6G sensors ...

The vision of the 6G network is to facilitate access to both virtual and real worlds, achieve ubiquitous intelligence, and offer seamless coverage to global users. The network architecture serves as the cornerstone for actualizing the vision and meeting the requirements of 6G.