Session Name: Self Service Infrastructure Provisioning with AWS Service Catalog
As the world is moving faster towards digital transformation, infrastructure has become an important enabler for organizations in creating better value. Users rely on the organization's DevOps teams for several essential infrastructure services that can include everything from virtual machines, servers, containers, databases, and complete multi-tier applications. Usually the organization's DevOps teams are being flooded with these infrastructure provisioning requests that cannot be serviced, or requests that demand more information on service offerings, which causes DevOps teams to become a bottleneck. This process of getting infrastructure services provisioned is not sustainable for a long period. Such infrastructure services need to be presented to users in an organized, access controlled manner with easy-to-use self service interface and good documentation. That is where the Delivery Infrastructure (DI) Hub comes to help and AWS Service Catalog (SC) can be leveraged to build the DI Hub. AWS SC acts as the single point of contact for users to view the list of eligible & approved infrastructure services, which are compliant with the organization's standards & security requirements, and get them provisioned.
In this talk, you’ll learn:
- Why do we need a self service DI Hub?
- What is DI Hub and its components?
- What is AWS Service Catalog?
- How does the AWS Service Catalog help to build DI Hub?
- Benefits of using AWS SC
- AWS SC Demo
Speaker Bio:
Saptak is an infrastructure consultant with Thoughtworks, a software company and a community of passionate, purpose-led individuals, who think disruptively to deliver technology to address the toughest challenges, all while seeking to revolutionise the IT industry and create positive social change. He has more than 10 years of experience in the IT industry. He is passionate about helping organisations to adopt best infrastructure and devOps practices. He likes to design & implement revolutionary infrastructure which are secure, scalable, highly available, reusable and cost effective. He holds a Masters degree in Computer Science from the University of Texas at Dallas.
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