Software Engineering Insights

As per a report by Markets & Markets, the Cloud AI Market is growing rapidly with projections indicating a valuation of USD 274.54 billion by the year 2029, growing at a CAGR of 32.37%. A key driver of this growth is Generative AI, which is taking center stage in a variety of applications.

In general, AI models with their core in Gen AI, attract high cloud costs as they require a large amount of computation power to keep them running. Hence, there arises a need for business leaders to manage and optimize these expenses wisely. 

Let’s peek into how adopting cloud cost optimization techniques can ensure the long-term success of your Gen AI-based applications and ways to do so.

AWS and GCP are two of the popular public cloud platforms. Although GCP gained momentum recently, AWS remains the dominant player in this market. Data is the backbone of all successful app deployments, analytics workflows, and machine learning practices. While migrating data between the clouds, you first need to understand the location where you will move the data for various use cases, the variety of data you are moving, and the available resources.

The adoption of cloud solutions has become a fundamental aspect of corporate strategies. Regardless of the extent to which a company relies on public cloud services, integrating cloud solutions into their operational plans has become commonplace. This shift is primarily driven by the convenience, affordability, and reasonable reliability that cloud technologies offer.

The shift towards cloud-native architecture has gained significant momentum as organizations worldwide recognize the transformative power of cloud computing. By harnessing the power of cloud computing, businesses can unlock a plethora of benefits, enabling them to thrive in today's evolving technological landscape.

As the popularity of public cloud services soared and businesses rushed to migrate their applications, the practice of monitoring and reporting on cloud expenses swiftly became an essential task for every team. However, what many organizations soon realized was that while a cloud migration may offer savings on data center costs, it also presents a whole new set of financial challenges to navigate.

In the world of business, the race to stay ahead is a never-ending one. And in the technology landscape, it's a full-on sprint! That's why CIOs are constantly on the lookout for emerging technologies to give their organizations the edge.

While observability is an increasingly crucial part of DevOps-based software development, the associated costs are growing faster than infrastructure costs. IT organizations today face the challenge of balancing innovative observability strategies with maintaining sustainable business models.

The unprecedented proliferation of data generated by various digital sources has left businesses grappling with the complexities of managing large volumes of data. According to a report by IDC, the digital universe data is expected to reach 180 zettabytes by 2025. This massive amount of data presents significant challenges for organizations in terms of storage, processing, and analysis.

Is your team struggling to gain visibility into the performance, availability, and health of cloud applications & infrastructure? Do you need to automate cloud monitoring so that your team focuses on its core competency? If yes, then this guide will introduce you to the business-critical components of cloud monitoring and how you can leverage them to ensure automation & efficiency in operations. 

Businesses are shifting their IT infrastructure to the cloud for the certain benefits that this new era of computing has. While cost, compliance, and performance are some of the obvious reasons for the change, a large share of the business community has failed to realize these gains.