The innovative pay-per-use model of Serverless services means you pay nothing when your applications are not used. Currently ~85% of enterprise server capacity goes to waste, and Serverless can ensure you're not paying for this waste.
Serverless technologies provide a cost-effective and reliable way to develop and deploy applications.
Serverless technologies are built on cloud-native architectures, eliminating the need to buy and maintain for in-house physical servers. With serverless technologies, businesses can get their applications up and running quickly with minimal upfront costs. In addition, serverless technologies enable businesses to scale their applications easily and efficiently, providing the flexibility to meet changing demands.
We understand that for some of our clients, migrating to the cloud can be daunting. For that reason, it is our goal to make sure that the business understands the process every step of the way. All of our developers are client-facing and able to answer questions in order to help with the change management.
Cloud-Native Serverless architectures need to be deployable quickly though rapid CI/CD Pipelines in multiple environments and in some cases across different regions. Our teams start projects with 100% of the infrastructure managed through Infrastructure as Code tools such as the Serverless Framework from day 1.
Distributed architectures need the right tools. Our teams build with this principle in mind, ensuring the right tools are setup and configured to help you react fast with automated safeguards in place.
VP Engineering at Theodo & AWS Serverless Hero
VP Engineering at Theodo & AWS Serverless Hero
Come hear Ben share some best practices for keeping your Lambda's secure in areas such as temporary storage, the granularity of Lamba's, IAM policies, observability, API Gateway, and the OWASP Top Ten.
In this episode, Jeremy chats with Ben Ellerby about the evolution from digital to serverless transformation, why hands-on experience is important to understanding what serverless actually is, the current problems with complexity, and why you can't be cloud native without embracing some form of lock-in.
