I recently wrote about how AI can support unified communications in the enterprise, but its applications are much broader than that, and communications service providers also have the opportunity to benefit. In a recent Gartner survey, 95% of telecom CIOs said they plan to implement AI/ML technologies by 2026 and 79% said they plan to increase their AI/ML investments.

With the advent of microservices and cloud native, organizations are shifting how they approach software development and deployment to become more agile and respond quickly to continually evolving business needs. These changes result in fundamental transformation for IT.

The internet serves as the backbone for communication, collaboration, and access to information in today’s digital world. However, despite its widespread use and importance, the internet is not immune to reliability issues. From occasional slowdowns to complete outages, internet users often encounter disruptions that can impact their productivity and connectivity. Several factors contribute to internet unreliability.

In the ever-evolving landscape of digital connectivity, businesses face a relentless demand for faster, more reliable networks. Whether it’s the surge in remote work, the proliferation of devices that can connect to the internet, or the exponential growth of data-intensive applications, the strain on network infrastructure is ever-growing. In this era where every byte counts, network capacity planning emerges as a critical strategy for organizations seeking to stay ahead in the digital race.

In this age of rapid technological advancement, businesses rely heavily on their networks to thrive in the digital landscape. Whether you're a startup, a small enterprise, or a multinational corporation, the efficiency and speed of your network can make all the difference in achieving success or getting lost in the digital abyss.

Figuring out what APIs are doing in Kubernetes can be difficult. Read the pros and cons of WireShark, Kubeshark and Speedscale and when to use which.

Network Address Translation Gateway or NAT Gateway is a managed service provided by Amazon Web Services(AWS) that allows instances in a private Subnet within a Virtual Private Cloud(VPC) to connect services outside the VPC. NAT ensures that even though your instances can connect to the outside world, outside services can’t establish a direct connection with them. It’s a tool that secures the instances, simplifies network architecture, and reduces administrative overhead.

Today, almost 90% of organizations use cloud computing services to reduce their operating expenses and scale with changing business requirements. With the adoption of cloud computing technology, businesses are able to operate better and more efficiently. However, the whole process of cloud computing demands access to a wide range of data center resources for processing, storing, and providing services. This requirement can indirectly affect our cloud computing expenses.

The economy and businesses closely rely on network infrastructures functioning efficiently. Minor network bottlenecks and snags can cost companies a good chunk of money and negatively affect their reputation. When there is so much to lose, the natural reaction of organizations is to throw more people and, in turn, more money at the problem.