Latest Tech Blogs
Unveiling Emerging Data-centric Storage Architectures
The digital way of interactions is becoming normal as data is the output of all our everyday activities.
What if Computational Storage never existed?
Without computational storage, we would have experienced excessive data movement between computing and storage resources, increasing latencies and making our dream of real-time data processing a mere dream.
What is the Potential of Network as a Service?
Network as a Service (NaaS) is driving huge market expansion, thanks to its remarkable benefits around flexibility, cost, and security
Computational Storage: Pushing the Frontiers of Big Data
Computational storage brings compute resources close to where data is stored, helping pre-process big data quickly and efficiently.
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.
Why Computational Storage Is Changing the Storage Game
Computational storage promises to make a profound impact on a variety of business processes.
How Business ISVs Are Creating Differentiators & Disrupting the Market Using AI/ML
Intelligent automation driven by AI and ML can be a boon for business ISVs in their quest for better software development outcomes.
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.
AIOps: Enterprise Network Evolution with ML
In this Article we explore the next decade and the potential technology shift in the Enterprises with Artificial Intelligence.
O-RAN – How It Would Disrupt the Telecom Space
In a world where telecom operators have been struggling to break free from the legacy architectures they’ve been tied to, O-RAN helps them in easily and confidently circumventing the complexities of traditional networks