PaaS – the legoland of AI and the way forward

The Covid-19 pandemic has fundamentally and in many cases, profoundly altered the lives of billions of individuals around the world, as well as the economic strategies of organizations. One of the most important implications for the latter is an apparent acceleration of digital transformation, which coincides with an increase in cloud use to meet the needs arising from the digital transformation. This resulted from the widespread usage of smart working, the growth of e-commerce, the demands for increasingly sophisticated logistics, and so on. According to various estimates, the cloud computing market as a whole has experienced double-digit global growth, topping 40% in 2021 alone, in comparison to the prior year. 

With the development of cloud-based as-a-service platforms, determining which one is ideal for your company is becoming increasingly complex. Software as a service (SaaS), infrastructure as a service (IaaS), and platform as a service (PaaS) has emerged as the top technologies for helping businesses progress. However, PaaS may have the most impact on the success of a company’s digital transformation.

Platform as a service (PaaS) is a software development enabler in which a third-party service provider provides customers with a platform that allows them to develop, run, and manage software applications without having to construct and maintain the underlying infrastructure.

In recent years, volatility has upended traditional business structures. Businesses are required to adapt and react rapidly to a continuously changing environment now more than ever. PaaS provides a technology framework for companies’ quick development during these uncertain times. Despite the Covid-19 outbreak, Gartner forecasts a large increase in the PaaS market from $46.3 million in 2020 to $71.5 million in 2022. PaaS provides businesses with a developer-ready platform that is simple to integrate while still being tailored to their specific requirements. Many PaaS providers may manage software development infrastructure, including operating systems, servers, and storage, as well as networking. Simply defined, these platforms assist businesses in the development, operation, and management of on-premises and cloud-based systems. 

Streamlining Workload

One of the most important features of PaaS is its capacity to boost productivity. Developers can profit from a variety of tools and services. Many repetitive development chores can be simplified and automated with PaaS, allowing IT workers to focus on higher-level work rather than deploying software updates and other time-consuming tasks, as well as creating organizational efficiencies. Furthermore, nontechnical users can use the application platform as a service (aPaaS) to create fully functional commercial apps without having to write code. In essence, aPaaS can make developing new apps more accessible by removing the requirement for specialist developer talent. Company leaders may more readily integrate diverse data sources into a single, holistic perspective and use analytics to make near real-time adjustments with these technologies.

Harnessing the potential of AI & ML Models 

Artificial intelligence (AI) technologies are expected to increase to $309.6 billion by 2026, making them a continuous trend in software development.

Pre-trained machine learning and deep learning models free up significant resources for development teams to build applications that integrate specific AI capabilities without the high cost of purchasing, managing, and maintaining the performance, significant computing power, storage capacity, and network capacity that these applications demand. 

Evolution of industries

Artificial Intelligence and Machine Learning, have transformed a variety of industries, including banking, e-commerce, manufacturing, telecommunications, education, hospitality, medical services, transportation, payments, and home services. Face recognition for biometrics and auto temperature sensors are ubiquitous in venues including offices, malls, auditoriums, and airports, where AI and IoT applications are used to track attendance. Through IoT and GPS tagging, e-commerce enterprises may now supply services without touching them. Even for modest transactions of Rs. 50/-, Google Pay and PayTM have ensured a 400% increase in digital payment usage. Artificial Intelligence has been employed by WFH to calculate employee productive and unproductive hours. Brokers have adapted the usage of augmented reality and virtual reality platforms to demonstrate their houses to prospective purchasers.

Attaining the agendas of Sustainability

PaaS is also the solution to our severe sustainability challenge since it eliminates most of the price barriers to sustainable design and encourages reuse and long service life. 

Customers and an increasing number of governments desire more sustainable solutions in addition to PaaS. This choice may surely aid the current trend.

The Platform as a Service (PaaS) market has grown quickly as companies seek solutions that will help them speed up processes and cut expenses. Using a PaaS strategy provides the necessary flexibility and efficiency for corporate expansion.

Companies used to build and develop their programs, which required skill, server space, development environment software, and security. This entailed dealing with a significant in-house investment, complex software stacks, frequent updates, and hardware upkeep. Balancing present business needs with the long-term expansion is crucial and difficult. In the end, the decision is whether to invest considerable resources in in-house development or to employ PaaS.



Views expressed above are the author’s own.


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