first transmission via ARPANET occurred

controls within the processes to give subscribers the confidence that their data is fully protected and aligned with the regulations.


Ever since the first transmission via ARPANET occurred in 1969, the internet has grown into such significance in our daily lives that it is being often referred to as one of the basic necessities of life alongside food, clean air, and water. Today, everything from mobile phones to the family microwave is connected to the internet and transmits data continuously. The COVID 19 pandemic also accelerated the growth of cloud computing wherein more people started to use cloud-based services leading to further internet congestion.

Working tirelessly in the background to facilitate this seamless transmission and exchange of data are IP networks that help data move from source to the correct destination.

However, with the present explosive growth of internet-enabled services and use cases, the challenge for the telecom companies and mobile service providers is the growing unease that traditional IP networks will be able to handle the volume gracefully.

It is estimated that by 2025, there will be over 100 billion connected points globally via the internet. Telecommunication service providers will be finding it hard to manage seamless traffic with their existing IP networks when such massive surges occur.

The need for a solution to manage the explosive growth of internet traffic is a growing concern globally and an answer seems to have emerged in the form of Intelligent IP Networks.

In simple terms, Intelligent IP Networks are networks that have integrated AI-based intelligence to identify the numerous services that will be using the allotted traffic channels and optimize interfaces, and network resources in accordance with the consumption trends. Intelligent IP networks are able to autonomously manage scalability within their ecosystem and set the stage for always-on experiences for network connectivity.

More info: technical recruiter