Is serverless architecture really server-less? Where is it implemented? Most importantly, what is the future of serverless architecture?
Let us check out what serverless computing was in the past, evaluate its growth, and foresee the future.
What led to the creation of Serverless architecture?
Firstly, Infrastructure as a Service (IaaS) is a base platform for cloud computing technology. Secondly, container technology functions as the operating system for cloud-based native applications. Thirdly, Backend as a Service (BaaS) acts as an API for bridging various applications with cloud services. Finally, most of the BaaS services are serverless to improve efficiency and productivity.
- Serverless architecture allows you to create code without needing to maintain the underlying servers. They offer complete cloud services.
- They are universal service providers. Technically, this type of computing combines the capabilities of the BaaS and offers support to all major cloud-based applications.
- You need to pay only as much as you use. The billing method considers only the resources consumed. Hence, they reduce the overall costs compared to traditional computing architectures.
- Serverless architecture is application-oriented. Therefore they are different from resource-oriented computing platforms such as containers and virtual machines.
Where is Serverless Architecture implemented?
Serverless Architecture is currently popular with the development of knowledge systems. Additionally, the improvement of the product capabilities in recent years helps serverless computing to be on the top of the game.
Serverless Architecture offers the following benefits in terms of:
- Cost-effectiveness
- Reliability
- Research and Development
- Operations and Management
Backend Services
Serverless computing is free of O&M. Additionally; they follow the pay-as-you-go billing system. Hence, they are a perfect fit for major backend applications. Currently, serverless architecture offers backend services for:
- Web-based applications
- Mobile-based applications
- Mini programs
- Application Program Interfaces
Batch Processing for large amounts of data
The serverless architecture uses the auto-scaling feature to help users. Hence, you can achieve any level of computing power requirement with ease. They offer problem-solving and data visualization capabilities. Users can deploy applications at a click away. This form of computing is cost-effective because the resource utilization rate is greater than user-built systems. Additionally, the serverless platform can also dynamically alter the resources allocated to the tasks based on their priorities.
Serverless computing for event-driven architecture
The best advantage of serverless architecture is that the users need not manage the servers or infrastructures. Also, they need not write glue-code to integrate different services. Rather, the clients simply need to create applications that can adopt an event-driven infrastructure.
What does the future of Serverless computing look like?
The serverless architecture technology is growing at a greater speed than we are ready for. In recent years, it is having an impact on the computing industry.
Service providers are adept at enhancing their cloud-based service systems. Additionally, they are improving the development and tracking tools. Serverless computing has come to a long journey. However, it is just the beginning.
They will be literally all over the place
Soon, it won’t be just the cloud solutions, but serverless computing will take overall technical complex solutions for the partners and the third party problems. They will act as completely managed, backend services. The cloud ecosystem will take the form of APIs to function as serverless architecture. Hence, in the future, serverless computing will be a part of any platform that needs APIs.
Serverless architecture will play a role in connecting the cloud and its ecosystem
In the coming future, all major functions on the cloud and its ecosystem will be connected. Every event works in serverless computing regardless of whether they are user’s applications or their partners’ services. The serverless method will be the norm if the events are cloud-based or the ones that take place in an office environment. The cloud ecosystem will be close-knit to offer super flexible and a wide range of applications.
These computing platforms will cooperate with container systems
Container technology creates a revolution in the designing, building, and delivery of applications in modern days. Serverless computing combines with highly agile container systems to offer efficient solutions in the future. Additionally, the free O&M and the elasticity features of the serverless architecture bring a completely new user experience.
The scale and the influence of serverless computing are increasing constantly. Hence, it is vital to create end-to-end optimization at the hardware levels, languages used, and the application framework depending on the load characteristics.
Heterogeneous hardware needs support
In the future, serverless computing will play a significant role in supporting heterogeneous hardware. The computing power of the hardware can be used for the following in a serverless manner.
- Resource pooling
- Scheduling of the resources
- Mature virtualization of the hardware
- Application framework support
Heterogeneous hardware will pave way for easier access to the serverless architecture.