Snapt Nova

Creating an application delivery controller for Developers (and why we use our own ADC)

Developers building business-critical applications need an IT environment that allows them to work quickly and securely. This means having reliable web servers that are always available and protected. However, in the agile world of modern application development, they can’t always wait for the IT team to set-up and configure ADCs for them. They need their own ADCs, and they need them to be tailored to their own needs.

When we developed Snapt Nova, we were our first customer. Our development team use Nova themselves (the process known as "dogfooding") to provide load balancing for Nova development and deployment. This post is about what developers need, how the right application delivery controller (ADC) can support and empower developers, and why Nova might be the best ADC for developers – or, at least, why our own developers seem to think it is.

Building a Load Balancer for Cloud Native Environments

Six years is a very long time in tech. The Application Delivery Controller (ADC) market has changed dramatically since Snapt arrived on the scene six years ago. Back then, traditional hardware load balancers were the rule for managing web server deployments and Snapt was the only software-only ADC on the market. Now the market faces another major transition – the migration to cloud-native environments.

Nova Review Highlights Easy Set Up

Here at Snapt, we’re confident that we’ve developed the fastest, most scalable and easiest to use ADC platform in Nova – one that meets the needs of modern DevOps and IT Ops teams as they adopt cloud-native techniques for application delivery. But don’t just take our word for it. A recent third-party review has shown how easy it is to work with Nova.

Is Your ADC Ready for Multi-Cloud Deployments?

Moving to “the cloud,” as it’s casually known, is a misnomer. There isn’t a single, homogeneous cloud destination, but rather, a spectrum of different types of clouds ranging from private to public, and multiple varieties in between. In addition, there are multiple public cloud providers to choose from. As enterprises increasingly adopt diverse cloud strategies and run business-critical applications in multiple clouds, this has major implications for ensuring application delivery. And not all Application Delivery Controllers (ADCs) are up to the job for multi-cloud deployments.

Best Practices for Load Balancing Docker Containers

Containers are rapidly becoming the go-to software tool for application developers, and Docker is one of the most-loved container platforms according to the latest Stack Overflow developer survey. Docker simplifies software development so that developers can build applications that are lightweight, easily scalable and can run on any infrastructure. But when it comes to management and orchestration, the platform needs to be augmented with modern load balancing to ensure that business-critical applications are always up, fast and secure.

Nova establishes Snapt as leading provider of application delivery fabric

Graduating from a successful alpha to a commercial public beta, Snapt Nova is poised to revolutionize application delivery control with unrivalled support for cloud environments, container platforms, self-learning and true hyperscale.

Snapt launches exclusive alpha for Project Nova

Snapt launches alpha for Project Nova: a revolutionary cloud-native ADC solution for DevOps and ITOps designed for microservices, containers and hyperscale architectures. Project Nova offers even more uptime, reliability and performance for business-critical applications and services across both mature and agile network environments.

San Francisco, California, July 30, 2019 – Snapt, the pioneering application delivery controller (ADC) company, today announced the exclusive alpha launch of Project Nova.

Project Nova (https://nova-adc.com) represents a step-change in the way modern DevOps and ITOps teams can manage their networks.

Introducing the Nova ADC

Nova is a dynamic, self-scaling ADC. It understands K8S, cloud-native, hyper-scale, and fits into the flexible fabric of DevOps, applications and data.

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