AWS Serverless Platform

AWS serverless compute services allow to build and deploy applications on AWS cloud without having to manage the servers. AWS serverless platform enables vendors to deploy cloud solutions without server provisioning, deploying, maintaining and monitoring applications, databases or storage servers. It contains features like customized configuration, easy maintenance, strong security, scalability, high availability, monitoring etc.

What is Serverless Platform?

Serverless does not mean to execute application without servers. It is a model followed by cloud providers, where provider manages machine and resources on their own infrastructure, and provides services via dynamic allocation of machines and resources to build and run applications and services, which is known as “BaaS” (Business as a service) or “FaaS” (Function as a service) where code is executed in ephemeral Containers. Pricing is based on resources consumed during execution of task.

Capabilities of the AWS Serverless Platform

Cloud Logic Layer
AWS Lambda can act as logic layer for all containerized and microservices applications

Orchestration Management
Coordinate and manage the state of each distributed component of serverless application using AWS Step functions

Application Lifecycle Management
Continuously deliver your serverless applications using lifecycle management tools such as AWS CodePipeline

Security and Access Control
Secure entire environment and AWS Resources with AWS IAM (Identity and Access Management) and Amazon VPC (Virtual Private Cloud) In addition to implementing IAM and VPC, organizations should regularly review their security policies and practices to ensure they align with best practices and comply with industry standards. This proactive approach not only safeguards sensitive data but also enhances overall system resilience. Moreover, considering effective aws course selection strategies can further empower teams in maintaining robust security and access control measures within their AWS environments.

Reliability and Performance
AWS provides highly available, scalable and secure services at lower cost These services ensure that businesses can operate seamlessly without interruptions, even during peak usage times. Additionally, the aws file storage features and benefits enable efficient data management, allowing users to store, retrieve, and share files securely across locations. This combination of reliability and performance makes AWS a preferred choice for organizations looking to optimize their IT infrastructure.

Global Scale and Reach
AWS offers a broad set of global products. Mostly all serverless services are available in multiple AWS Regions

Fig 1 – AWS Serverless Services

Serverless Application Use Cases

Web Applications

Build Serverless web applications that automatically scale up and down and run in highly available configuration across multiple available AWS Regions with zero infrastructure effort required for scalability using Amazon S3, Amazon API Gateway, AWS Lambda and Amazon DynamoDB. These serverless architectures not only enhance performance and efficiency but also significantly reduce operational costs. Developers can focus on building features rather than managing infrastructure, making it easier to innovate and deploy applications rapidly. Additionally, those interested in expanding their knowledge beyond AWS can benefit from exploring cloudbased tools for ethereum, which offer powerful functionalities for decentralized applications.

Real-time File Processing

After uploading the data in Amazon S3, S3 is able to trigger AWS Lambda to process the data instantaneously. AWS Lambda can be used to generate thumbnail images, transcode videos, index files, process logs, validate content, aggregate and filter data in real-time.

Real-Time Stream Processing

It is possible to process the real-time streaming data in AWS through AWS Kinesis and AWS Lambda. Streaming data sources could be application activity tracking, data cleansing, log filtering, indexing, social media analysis, transaction under processing and IoT device data telemetry and metering.

Mobile Backends

Build backend to authenticate and process API requests through AWS Lambda and Amazon API Gateway.

Benefits

• Reduced Cost – Serverless computing pricing model is pay-as-you-go. It costs for resources one consumes and nothing when application doesn’t run. Also, AWS take care of infrastructure maintenance and updates so developers can spend more time on software development.
• Elastic scalability — A serverless architecture in AWS has the potential to scale up and down according to application workload.
• Reduced responsibilities for developers and faster releases — Developers don’t need to worry about resource distribution, scaling, application deployment and workload intensity. AWS handles these issues for serverless architecture. Developers should only compile their code, zip it, and upload it to the new serverless platform to deploy new functions.
• Multi-language support — AWS serverless platforms support multiple programming languages like Node, Java, Python, C#, Ruby, Go etc., so developers can choose the most convenient option for themselves.
• Built-in logging and monitoring mechanisms — AWS has developed its own solutions for user logging and monitoring. In addition, it also offers automated security assessment that improves compliance of application deployed on AWS.

How Can AWS Enterprise Discount Program Negotiations Benefit from Understanding AWS Serverless Platform Capabilities?

Understanding AWS serverless platform capabilities can significantly enhance strategies for negotiating the aws edp program. When you grasp how serverless architectures reduce costs and simplify operations, you can make a compelling case for more favorable terms, demonstrating potential savings and efficiencies that appeal to AWS during negotiations.

Challenges

• Cold start — Key benefit of serverless computing is dynamic allocation of resources, due to which vendors don’t need pay for idle time. However, sometimes this may results in invocation latency.
• Resource limits — Serverless computing imposes limits on resources memory, execution time, bandwidth, and CPU usage, e.g. the maximum execution time per request is 900 seconds (or 15 minutes) for AWS Lambda.
• Inadequate application testing — Serverless infrastructure enables to test small functions of an application independently but it may be challenging to test the infrastructure and the combination of all functions.
• Increased security concerns — There are limited options for identifying problems and bottlenecks if any malicious code or attack occurs on lambda functions. Developers also have no full access over the AWS servers.
• Access to the file system level — A serverless architecture isn’t the best choice for software that requires access to the file system or operating system level. These types of applications need to do things such as read attributes from configuration files or split in-memory cache to disk, but serverless functions don’t allow this.Serverless functions are stateless so whenever applications require state, serverless functions are not a good fit.

Serverless services make applications easier to scale and faster to develop without managing typical server-based infrastructure. Developers can focus more on core products instead of operating servers. As a result of which more and more organizations are preferring serverless platforms.

By Aarti Parikh