Procedures to Secure the API of a Serverless Application
Serverless computing is trending among developers. It has empowered mid-level software developers to build large applications, which requires the help of senior-level architects. It also provides a high level of flexibility in scaling for the run-time environment.
Traditional cloud services provide infrastructure for outsourcing of the operations of a data center to a remote location. The development teams need to plan for resource usage like the amount of servers and storage required, location of instances, and all the other necessary resource usage. They also need to know about the consumption of the resources as usage may increase or decrease according to the demand. Serverless computing applications handle all the orchestration and application capacity controls with its function-as-a-Service (FaaS) platform. The FaaS platform allows the developer to build and deploy an application without knowing about the infrastructure controls. It is also a cost-effective model as the enterprises don’t need to pay for any idle time. AWS first introduced serverless technology with its lambda Platform, which was followed by Google Cloud Functions, and Microsoft’s Azure Functions.
Serverless computing services allow any developer to put their code on the internet without the approval of a DevOps team, security team, or any group that traditionally had the ability to control the launch of a business application. However, this has created concerns for the organizations, as any level of developers can deploy codes and jeopardize their security. Organizations have security concerns for the Application Programming Interfaces (APIs), as sensitive data is transferred in today’s application designs. Any application that is pushed without appropriate security assurances can create attack vectors for hackers to extract data.
According to Gartner API gateways are the best practice for serverless computing, but available API gateways have limitations. Developers also avoid using multiple cloud platforms for a single application. Here a few ways to secure API of serverless applications:
API Definition and specification: The enterprises need to have an API definition of what the serverless app can do. It should meet the standard specification like Swagger or OpenAPI v3.
Authentication and Encryption: Serverless applications should have appropriate identity verification tools. Organizations need to enable SSL encryption with proper handling of encryption keys and app secrets. Hackers tend to take advantage of poor AppSec hygiene, so the essential security controls should be handled properly.
Data Sources: Enterprises need to identify the types of data sources, which the serverless applications have access to. It should fall within the automated SDLC audit and security assessment.
By Debra Jensen, CIO, Charlotte Russe
By Phil Jordan, CIO, Telefonica
By Alberto Ruocco, CIO, American Electric Power
By Sven Gerjets, SVP-IT, DIRECTV
By Adrian Mebane, VP-Global Ethics & Compliance, The Hershey...
By Mike Fitton, Wireless Business Unit Director, Altera
By Jim Kaskade, VP and GM, Big Data & Analytics, CSC
By Graham Welch, Director-Cisco Security, Cisco
By Michael Watkins, Senior Product Director, Global Knowledge
By Nelson C. Vincent, EdD, VP for IT and CIO, University of...
By Sharon Gietl, VP-IT & CIO, The Doe Run Company
By Arnold Leap, CIO, 1-800-Flowers.com
By Gary Barlet, CIO, USPS OIG
By Mike Dieter, CTO, Transplace
By Bill Schimikowski, VP, Customer Experience, Fidelity...
By Kevin Kometer, CIO, CME Group
By John Landwehr, Public Sector CTO, Adobe
By Marc Probst, CIO & VP, Intermountain Healthcare
By Charles Koontz, President & CEO, GE Healthcare IT & Chief...
By Jeff Bauserman, VP-Information Systems & Technology,...