Why the Service Mesh Will Be Essential for 5G Telecom Network
It is worth saying that service mesh technologies like Istio, Linkerd, Aspen Mesh, Consul Connect, and others play a key role in making sure better control in heterogeneous environments that have a dynamic requirement in terms of delivery.
Deploying Computational Storage at the Edge – the 5Ws You Need to Know
Rapidly multiplying data needs innovative storage architectures such as computational storage for enhancing application performance and infrastructure efficiency.
How Edge AI Is Driving a Better 5G Shift
Though the edge AI is changing the 5G game, cloud remains in the game. Cloud-based AI is helping with on-device processing. This will further disrupt the digital acceleration and the trend that started amid COVID-19 this year.
Top 5 Resilient Technologies
Key verticals that seem to lead this growth are Digital Collaboration, OTT Streaming, Retail, and Telehealth.
[Infoblog] Edge Computing in the IoT
Edge computing is a distributed computing paradigm which brings computation and data storage closer to the location where it is needed,…
How is Kubernetes Leading the Game in Enabling NFV for Cloud Native?
Read this article to know about how NFV core is driven by cloud-native projects, lead by Kubernetes to the orchestration of most of the projects plus managing containerized network functions.
Analysis of Kubernetes and OpenStack Combination for Modern Data Centers
How do Kubernetes and OpenStack integrate and what are the benefits? Sagar Nangare has the answers.
Powering Edge With Kubernetes: A Primer
Adoption of Kubernetes into data centers or cloud has been remarkable since it was released in 2014. As an orchestrator of lightweight application containers, Kubernetes has emerged to handle and schedule diverse IT workloads, from virtualized network functions to AI/ML and GPU hardware resources.
Distributed Application Architecture for Edge-Based Service Delivery
Now, as the focus of many enterprises and technology vendors started to shift to edge, a new architecture may evolve as distributed applications have a different environment with a different type of latency requirement.
