5G

A step-by-step guide to securing small cell backhaul when it crosses the public internet — using IPsec, a security gateway, and a zero trust design.

Private 5G gives an enterprise direct control over coverage, capacity, and data paths — but it does not make the network secure by default. It changes who is accountable for the controls.

Most logistics sites run their wireless networks at their technical and physical limits. Sites contain large metal buildings and yard areas that are subject to constant mobility and high device density which interfere with the ability for Wi-Fi to roam and provide reliable coverage. Public cellular networks improve coverage but cannot guarantee deterministic performance inside

Oil and gas operations face connectivity challenges that cost millions. According to the Society of Petroleum Engineers, a brief 3.65 days of downtime can cost a company more than $5 million (1). That’s a recurring pain point for operators managing remote rigs, pipelines, and high-risk refining facilities. The physical demands of the petroleum industry compound

While on tour, we tend to connect to Wi-Fi quickly as soon as we check in, completed by a friendly robot or via our smartphone. Then, we enter our designated room, the lights dim, and the room temperature adjusts to our preferences automatically. We may also start watching YouTube videos on smart TVs. This is

Modern battlefields require robust, secure, and highly adaptable communication systems. In fact, a mission’s success mainly depends on how the soldiers maintain their contract across diverse terrains. Even USA’s Department of Defense (DoD) urged private 5G for military communications to support all-domain operations of the Joint Force 1.  So, why does the Defense require private

The mining industry faces challenges such as inefficient processes, safety concerns, and environmental impacts. And 5G smart mining has become a choice for companies to address these challenges. Following this, the global 5G mining market size was evaluated at $2.15 billion in 2023. It will reach approximately $12.75 billion in 2029 at a CAGR of 34.55%

5G technology has three key components: URLLC, mMTC, and eMBB. Each element has unique applications in 5G. In our previous blogs, we discussed URLLC and eMBB. So, today’s hotcake is “What is mMTC in 5G?” which I will explain to understand its implications and benefits. mMTC or Massive Machine-Type Communications enables efficient communication between 5G

5G IoT: The Transformative Impact of 5G on IoT 5G marks a significant milestone in the Internet of Things (IoT) evolution. It supports massive machine-type and ultra-reliable low-latency communications. Alternatively, IoT encompasses various devices and systems connected through the internet. The powerful combo between these two, known as 5G IoT, can transform how we live,

5G in Healthcare: How 5G is Transforming Healthcare Industry 5G, the fifth generation of wireless technology, is a substantial upgrade to its predecessors. It offers undeniably more incredible speed, reduced latency, and multiplied user equipment (UE) capacity. These advancements have already changed various sectors, including healthcare. In this blog, you will discover how 5G in