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The Promise of (Practically) Serverless Computing
Serverless computing promises to eliminate server management overhead, letting developers upload code and pay only for what they use. Here’s what it delivers, and where it still falls short.
Serverless Computing: The Next Big Disruption in Cloud Infrastructure
Serverless computing is reshaping how organisations build and scale applications by eliminating infrastructure management, enabling pay-per-use billing, and letting developers focus entirely on code. Here is what DevOps engineers need to know.
Container Adoption Is Outpacing DevOps: What the Data Means for Engineering Teams
A Cloud Foundry Foundation survey of 601 IT decision-makers found that container adoption is on track to surpass DevOps adoption within two years — but the relationship between the two is more nuanced than the headline suggests.
How Serverless Computing Could Unleash a New Startup Ecosystem
Serverless computing is maturing fast, and with it comes a fresh wave of startup opportunities in tooling, monitoring, security, and APIs. Here is what developers and investors need to understand about the emerging serverless ecosystem.
Serverless Computing: Moving from DevOps to NoOps
Serverless computing abstracts infrastructure management away from developers, giving rise to the NoOps model. Learn what that means in practice, how serverless deployments work, and what trade-offs to expect.
The Big Opportunities in Serverless Computing
Serverless computing abstracts infrastructure entirely from developers, enabling automatic scaling, pay-per-use billing, and faster delivery cycles. Here is what DevOps engineers need to know about the technology, its ecosystem, and its remaining challenges.
How Recent Cloud Computing Trends Are Reshaping DevOps: Microservices, Serverless, FaaS, PaaS, and SaaS Explained
Microservices, serverless computing, and Function as a Service are fundamentally changing how development and operations teams work. Here is a clear breakdown of each model and what it means for DevOps practice.
Serverless Computing: It’s All About Functional, Stateless Microservices
Serverless computing abstracts infrastructure management away from developers, enabling event-driven, stateless microservices that scale automatically and bill only for what you consume. Here’s what DevOps engineers need to know.
Azure Stack: Advancing Hybrid Cloud, DevOps, and Serverless Computing
Microsoft’s Azure Stack brings a consistent Azure application model to on-premises datacenters, enabling true hybrid cloud with shared APIs, DevOps pipelines, and serverless computing via Azure Functions.
5 Open Source Frameworks for Serverless Computing
Serverless computing lets individual functions spin up on demand, do minimal work, and shut down—saving cost and management overhead. Here are five open source frameworks that go beyond cloud-vendor lock-in.
How Serverless Computing Is Changing the Cloud
Serverless computing removes the burden of server provisioning from developers, letting teams focus on code rather than infrastructure. Here is what that shift means in practice, including real benefits, genuine limitations, and how major platforms are approaching it.
Serverless Computing: AWS Lambda vs. Azure Functions — A Practical Comparison
AWS Lambda and Azure Functions are the two dominant serverless platforms. This guide compares their language support, pricing models, and ecosystem integrations to help you choose the right one for your team.