Improving Software Quality with Maximum Test Coverage

What is Test Coverage?

Test coverage is a metric and a quantitative approach in software testing that evaluates whether your test cases cover the application code and the amount of code covered while testing. Test coverage metrics helps you to enhance the testing process to maximize effectiveness and produce a quality software. Application software with more test coverage has lower chances of containing bugs and an application software with inadequate test coverage has higher chances of containing more bugs.

Code Coverage and Test Coverage

Code coverage and test coverage are frequently mistaken. Though the basic concepts are the same, there are slight differences. Code coverage refers to unit testing procedures that target all parts of the code at least once and are performed by developers.

Test coverage, on the other hand, ensures testing every requirement at least once and is the responsibility of the QA team.

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How to Attain More Test Coverage in Less Time? 

  • Testers must be aware of various requirements and functionalities to evaluate different tasks. Following the below helps maximize digital assurance service test coverage with less time and resources:
  • Always be aware of how a particular release differs from the previous release, as this will help you to identify various requirements more accurately and focus on maximum coverage.
  • Develop a testing strategy and consider all the application requirements and the testing methods. 
  • Interact with your project developers, scrum team, and business analyst groups to get more details about the new requirements.
  • Prioritize your requirements in the initial stage to focus your energy where it is most required.
  • The next step is to create a list of tasks for execution. It is essential to consider different types of testing, the type of applications developed and the team’s experience.
  • When time and resources are limited, it is essential to consider a risk-based testing approach. Consider the application’s critical areas with a high probability of errors.
  • Execute the most critical business test cases on all browsers and the rest of the test cases on a single browser to save time.
  • Keeping track of all the fixes, impacts, and versions of the product/project release is essential. 
  • A tester with complete knowledge of the application can give better test coverage. 
  • Always prioritize newly introduced requirements and existing functionalities (80:20 – 80% new test cases & 20% regression test cases). Regression testing should be conducted to ensure an impact on existing functionalities. 
  • Always use the updated regression test suite for execution (after every release, the regression suite should be updated with newly introduced requirements/defects). 
  • Identify the areas where we generally receive many defects and test these areas. 
  • Categorize regression test cases priority-wise as critical, high, medium & low. If we have a short testing duration, we always start testing high-priority test cases, followed by the remaining cases based on the available timeline.  

Test Coverage Metrics

Test Coverage = (Lines of code covered by tests / total lines of code) * 100

For example, if you have 10,000 lines of code:  

  • Your test cases should be able to test the entire codebase
  • If only 5,000 out of 10,000 lines of code are tested, the coverage is 50%

Benefits of Test Coverage

  • Finding areas of requirement that are not covered by the test suite
  • Creating additional test cases which will help increase coverage
  • Prioritizing testing tasks
  • Reducing time, scope, and cost
  • Achieving 100% requirement coverage
  • Preventing leakage of requirements
  • Easier impact analysis
  • Delivering defect-free product
  • Software quality gets improved

Drawbacks of Test Coverage Leakage

  • Possibility of bug leakage
  • Leaves certain areas untested
  • Impacts client business
  • Causes loss of reputation
  • Requires additional effort and time for testing and fixing defects

Delays ongoing release activities

Conclusion

The goal of test coverage varies based on the test execution level and the types of software being tested. Maximum test coverage can be accomplished by determining the ultimate scope of the requirement, achieving a solid grasp of the application, and prioritizing the test cases.

If the test coverage is sufficient, the number of defects will decrease, and the program quality will increase.

Gaming Market Boom: The Secret Behind Gaming and Its Reach

The gaming world is forever evolving, and new gamers come with it. The sector has welcomed 500 million new competitors in the last three years. The value of the global gaming industry exceeds ₹ 250 billion, according to the latest survey. A reliable and secure cloud service provider is the trump card to meet this rapid growth and deliver a high-performance gaming experience.

  • User Friendly Infrastructure: Helps the Gamers to unleash the most magical realm in Virtual High Speed Gaming World.
  • First Class-Performance Products: The Sharp edge technology with ample data storage solutions enable users to meet the Global game business and requirements on Fast Pacing, highly Spontaneous and massive user access. 
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  • Optimal Gaming Ecosystem: A gaming ecosystem that seamlessly connects to open platforms, such as Lutris, Opensource etc… which is truly within reach.
  • Global Coverage: With ‘n’ number of availability zones distributed across multiple regions globally, the quick global deployment of games is ensured. 
  • Gaming Security: By providing network layer protection against DDoS attacks, the best gaming clouds use self-developed AI cleaning algorithms to ensure games run stably and safely. With this support, game manufacturers can quickly deal with common game security issues such as cheating, tampering and cracking. With these top-notch features, sound infrastructure, and gaming safety and security mechanisms in place, the best gaming clouds are trusted by an impressive list of clients.

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You might be interested on A Peek Into Indium`s Expertise In Game Analytics

Conclusion

The gaming industry is booming and shows no signs of slowing down anytime soon. Companies must meet the increasingly rigorous gaming demands to stay ahead of the curve. The best-selling online games have a common denominator: a highly reliable and capable service provider. The survey below indicates that the featured goods and gadgets have been popular among YouTube Gamers and other communities.

Young Generations and You-Tube Gamers are mostly observed to purchase specific Gaming Gadgets than the General Online Population.

Is AI a ‘boon’ or ‘bane’?

Introduction

Artificial Intelligence (AI) is transforming nearly every part of human existence, including jobs, the economy, privacy, security, ethics, communication, war, and healthcare. For any technology to prosper in a competitive market, its advantages must exceed its downsides.

As AI research evolves, it is believed that more robots and autonomous systems will replace human jobs. In the 2022 Gartner CIO and Technologies Executive Survey, 48% of CIOs reported that their organizations had already used AI and machine learning technology or planned to do so over the next 12 months. What does this portend for the labour force? As AI helps people become more productive, will it eventually displace them?

This blog examines the advantages of AI services and how their monetization will usher in a new era for humanity.

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Why AI?

Artificial intelligence permeates our lives today, making us increasingly dependent on its benefits. Here are some practical ways AI can assist us in doing our jobs more effectively:

Reduce errors

In industries such as healthcare and finance, we can be confident of AI’s outcomes. Imagine the risk of making mistakes when dealing with health concerns or the consequence of a sick patient receiving the incorrect treatment.

AI minimizes the risk of making such errors. The activities performed with AI technologies are accurate. We can successfully use AI in search operations, reduce the likelihood of human negligence, and assist physicians in executing intricate medical procedures.

Simplify difficult tasks

Several undertakings may be impossible for humans to do. But .due to artificial intelligence, we can execute these tasks with minimal effort using robots. Welding is a potentially hazardous activity that AI can carry out. AI can also respond to threats with relative ease, as harmful chemicals and heat have little to no effect on machines.

AI-powered robots can also engage in risky activities such as fuel exploration and marine life discoveries, eliminating human limitations. In conclusion, AI can save innumerable lives.

Provide safety and security

With the help of AI’s computational algorithms, our daily actions have grown safe and secure. To organize and handle data, financial and banking organizations are adopting AI.

Through an intelligent card-based system, AI can also detect fraudulent activity. Even in corporations and offices, biometric systems help track records. Thus, there is a comprehensive record of all modifications, and information is kept safe.

Increase work efficiency

Long working hours are programmed into machines, which increases their production and efficiency. In addition, there is limited potential for error (unlike humans); thus, the outcomes are far more accurate.

Nonetheless, it should be noted that several trials resulted in undesirable reactions from AI-powered apps. When faced with difficult circumstances, robots might become hostile and attack other robots and people. Scientists such as the late Stephen Hawking have long cautioned about the dangers of artificial intelligence and how it affects other living forms. According to numerous AI experts, despite being created by humans, AI can outwit us and usurp our position of authority.

Must Read: Data Is No Longer The New Oil – It Is The World`s Most Valuable Resource

The Dangers Posed by AI

It’s a fact. Without human control, AI can unleash events reminiscent of the most recent sci-fi film! Artificial intelligence can become our overlords and annihilate us with an intellect far beyond our capabilities. AI-powered robots are designed using the computational capabilities of our brains, rendering them purely intelligent beings devoid of human sensitivity, emotion, and vulnerability.

Automation

The concern that robots will replace people on assembly lines and in other basic manufacturing activities has been expressed by thinkers for decades. However, the situation is aggravated by the news that white-collar employment is now at risk.

Ideally, everybody can gain from the greater output with less effort. However, declining employment could compel modern nations to evaluate their present political and economic structures.

Deepfakes

he state of modern social media platforms has increased polarization and the spread of misleading information. In this scenario, the threat of deep fakes has the potential to dilute public knowledge and increase public mistrust.

Artificial intelligence systems have become increasingly capable of generating or editing movies of actual people, with this technology becoming more accessible to the average person.

Data-based AI bias

GIGO, or garbage in, garbage out, is nearly as ancient as computers. It is also a problem we have not been able to solve since it is an existential rather than a technological one.

Manually entering erroneous data into a computer will yield inaccurate results, introducing racial, ethnic, and gender bias into the computing process. When carried out on a worldwide scale, prejudice can reach worrisome dimensions.

Conclusion

The ultimate decision will rely on human beings when we ask ourselves whether AI is a blessing or a burden. We are solely responsible for determining how much control we exercise and whether we use technology for good or ill.

Utilized judiciously, AI can enhance results. Freeing humans from monotonous tasks allows them to be more creative and strategic. When used wisely, AI’s most important contribution will not be to replace but to create. Consequently, AI augmentation—the complementary combination of human and artificial intelligence—might be the most significant “benefit” that AI provides.

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Cost Optimization on Cloud for Better ROI

The cloud provides many benefits to companies, such as lower costs and unlimited potential because of the pay-as-you-go model that charges for only the resources you use. This flexibility and ease of provisioning resources, although good, could rack up your cloud bill if you don’t take steps to reduce costs.

Cloud cost optimization ensures that you spend the lowest possible amount on cloud resources while getting maximum value. It’s the best way to earn maximum ROI from your business’ cloud-based products or services.

This article will explore all the best practices and strategies you can apply for effective cloud cost optimization.

12 Best Strategies For Cloud Cost Optimization

There are many cloud optimization strategies companies use to ensure maximum efficiency. We will be talking about the 12 best ways to do so below:

1. Make a Good Budget

You can control how much money is spent by letting everyone know the goals and budget available for each project in a particular period. Always be specific with your budgeting, and don’t pick just any number. Instead, speak with your different heads of departments and stakeholders to know the budget required for each product. It is possible to set budget alerts on AWS/Azure/GCP which will keep the admin informed of breaches

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2. Limit the Data Transfer Fees

All cloud providers charge egress fees for data transfer from their platforms and even within (between regions). You want to keep this minimal with proper planning and architecting. To get better pricing, you can check the fees the cloud providers such as AWS, GCP, and Azure charge for data transfer to pick the one that is most efficient while being the least expensive, especially if your operations are data transfer intensive.

3. Revisit Billing Information

AWS, Azure, and GCP have billing details on their respective portals that explain the cost details of each of their cloud services intricately. You can use these reports every quarter or monthly to review your cloud costs regularly and identify any redundant costs or services running.

4. Use Proper Sizing for Your Services

One of the most important processes before putting your workloads on the cloud is sizing them for the right services. You do not want to use larger specifications for workloads that require much smaller resources. This is an ongoing process that you can adapt to the growth of your business or needs. It can be extremely difficult to manually change the sizes of instances because many things are involved, such as the graphics, storage capacity, memory, database, combinations, etc.

5. Take Advantage of Spot Instances

On AWS, Spot instances are leftover resources at low prices, which customers typically bid for to run their jobs. You would typically use spot instances for short-term or batch jobs because they are unreliable. Azure and GCP also offer similar services on their cloud platforms: low-priority VMs and preemptive VMs. Using these resources can save you a lot of money, especially when used judiciously.

6. Do Routine Audits of Your Environment

Checking your cloud resources regularly can help you identify resources that are no longer in use but continue to cost you money. Idle resources are another thing cloud service providers like AWS, Azure, and GCP charge for even when you aren’t using them. By finding and merging the resources or dropping the ones that are not needed, you can optimize the cost of your cloud. You should be aware of your costs throughout the software development cycle below.

  • Planning: You should budget your spending and make forecasts.
  • Deployment and Operational Processes: Your team should look out for any spending changes and be ready to adjust accordingly.
  • Design and Build: When your team is developing the architecture, data is key and informs the decisions.
  • Monitoring: Once you have deployed your service, it is important to reassess by feature, product, or team and generate reports.

7. Architect According to Your Workload

AWS, Azure, and GCP have similar services, and depending on your systems, a multi-cloud approach may work for you. Multi-cloud deployment doesn’t limit you to being entirely dependent on one vendor; you can benefit from all their advantages. However, this may be expensive. With a single-cloud deployment, you can take advantage of discounts to make large purchases. Switching between cloud platforms is usually a problem and requires more training from the personnel. Examine both the single and multi-cloud environment by checking the following details across platforms:

  • Cost per cloud service: Check the costs associated with storage, computing, database, etc.
  • Time to Market: How long it takes you to deploy on each platform
  • Skills: Examine the skills of your staff and which cloud provider they are most skilled in
  • Available Regions: Do the cloud providers have regions close to you that could reduce latency

8. Be Attentive to Cost Irregularities.

When using AWS, you can use the cost management console to make budgets, optimize the cloud and predict the AWS cost without putting in more effort. Most cloud services, including Azure and GCP, now have a way to detect irregularities in your workloads. The system is customizable and allows you to set different thresholds for the notification warning. Finding the irregularity in question and stopping it from acquiring any extra cost is usually taken care of.

9. Use the Right Storage Options

The different cloud providers provide multiple storage options and picking the right one can help you save a lot of money. Amazon’s S3 storage system is one of the most used cloud storage platforms. Use the storage tiers depending on how frequently you access the data to get cost savings. You can use S3 with AWS or other services; it is incredibly user-friendly and has limitless storage.

10. Employ Reserved Instances

Reserved instances are computed instances you pay for on a 1-year or 3-year contract term. These instances can offer massive discounts on your cloud costs compared to on-demand instances. Azure and GCP have similar offerings where you can pick the instance you want, the region, and the specification. Reserved instances can offer discounts as high as 75%.

11. Find and Reduce Costs from Software Licenses

Software licenses are a very major and expensive part of cloud operations. Managing a manual license can be quite challenging and raises the risk of paying for software licenses that aren’t being used (CAPEX costs). This is why the cloud approach of operational costs (OPEX) is preferred because you only pay for what you use, and you do not have to tie your money down.

12. Leverage Cloud-Native Design

Optimize your workloads for the cloud to take full benefits and drive down your costs. The cloud has many efficient and low-cost tools across all the cloud providers. Leverage these tools with documentation to get the best recommendations for cloud architectures. AWS has extensive guides and professionals that can help you design the cloud system you need to help you reduce costs using the cloud’s basic principles.

Conclusion

If you follow all the practices above, you will see your cloud costs reduce in no time. It isn’t an easy transition as it involves every member of your team consciously considering and putting in efforts to reduce overall cost.

Indium Software help businesses save costs significantly with Cloud Optimization services. Our cloud optimization solutions deliver complete visibility across public cloud infrastructures and provide continuous optimization which is key to cost management.

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Moving Data to Cloud

Moving data to the cloud, also commonly known as cloud migration, is a process that involves moving a company’s data residing in the personal or physical servers to a cloud computing environment. Cloud migration also involves moving workloads, IT resources, and applications to the cloud. For larger enterprises, we have witnessed how migrating to the cloud securely stores a large amount of data, allowing for seamless data integration for their business operations. Likewise, smaller businesses relocating their data to the cloud has immense benefits, such as a secure way to maintain a data backup and improve data accessibility for their business, employees, and customers worldwide.

Today, enterprises worldwide are rapidly migrating to cloud platforms. The critical question is why migrate to the cloud, and how do you migrate? Is there any significant advantage over conventional data storage methods?

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How to Migrate?

Indeed, cloud technology has been a game changer for most businesses, as organizations are keen on the benefits of the cloud platform;. But the critical consideration is moving small businesses to the cloud cost-effectively and quickly.

There are organizations with very few IT resources, and moving such companies to the cloud is relatively more straightforward as very few on-premise components require shifting. However, moving small or medium-sized businesses to the cloud is a challenge. The reason is that these organizations have legacy IT solutions and infrastructures, and migrating them to the cloud is difficult, time-consuming, and costly. However, this relocation process can be straightforward if cloud migration strategies are well laid out, which makes the entire process more precise and cost-effective for the organization. In addition, the organizations willing to migrate to the cloud have ample support from software vendors, infrastructure providers, and even managed service providers (MSPs) that allow businesses to be helped by professionals to offload the entire process of shifting to the cloud for a fee.

While that may seem simple, specific considerations must be evaluated before cloud migration. For instance, companies may entirely shift to the cloud or have a hybrid approach that eases the workload on the on-premise infrastructure by having specific resources on the cloud, so it’s essential to consider the critical questions before making the switch to the cloud.

1. Backend Requirements

At first, companies must assess the end-user requirements and understand how moving to the cloud can help meet them. Then, based on the assessment, companies can strike a balance by moving entirely or part of their server-side architecture to the cloud and ensuring on-site components have cloud compatibility for more efficiency.

2. Prioritizing the Needs

As small businesses have essential server functions, it is crucial to plan about virtualizing their backend. If small companies have applications that don’t require much storage or servers with lesser workloads, they could be kept on-site. Thus, prioritizing offers greater flexibility and helps achieve hybrid cloud environments that can benefit companies by dividing the workloads leading to higher productivity

3. Pricing

Once the basic requirements are evaluated, pricing is the next important aspect of the cloud migration procedure. This helps narrow down the right cloud service provider for an organization’s requirements. The best part of cloud services is that you can easily upgrade should a need arise in the future.

4. Scalability

Scalability is the focal point for most businesses today. However, some critical factors to consider are how much growth and data are generated from the traffic, which is anticipated to determine how the server in the cloud should be set up. Additionally, organizations may prefer to expand their server space by virtualizing some of the smaller servers at a later stage.

5. Security

Now that some of the primary goals are set for the cloud migration, it is critical to investigate how to ensure security for the data on the cloud. Service providers offer various security measures, but companies must evaluate how they manage sensitive data. For example, companies can opt to have less sensitive information on the cloud while keeping highly sensitive information on-site to maximize the hybrid cloud environment setup and maintain more security and control over their data.

Data Migration Essentials

Data Virtualization

Considering that the data landscape is evolving rapidly, we know that data is generated from various applications and stored across on-premise and cloud platforms. As such, gaining insights may pose challenges. This area is addressed with the help of data virtualization to gain insights cost-effectively.

Data virtualization is a process that helps achieve real-time insights from different sources and systems without replicating source data in an additional repository. Data virtualization is the centralized layer that allows one to perform logical functions virtually, from accessing data to managing the data generated from disparate systems in multiple formats across locations.

This centralized data layer enables the unification of heterogeneous data, thus creating a data catalog to search, discover and access data and identify their relationships to gain insights in real-time to both the applications and the business owners and users. It is a practical approach to retrieving data and plays a key role in maintaining optimal security and enabling governance.

With data virtualization, organizations have overcome the challenges of holistic data while aiming for real-time insights. Unlike contemporary approaches such as ETL solutions, which necessitate data replication, data virtualization keeps the data in the source systems, allowing faster data retrieval in real-time and quicker queries. Data virtualization has been gaining traction in the past several years. Gartner Market Guide for Data Virtualization report reveals that through 2022, about 60% of organizations are likely to implement data virtualization as a critical component of their data integration architectures, and data integration tools are immensely sought to provide better flexibility and agility in data integration and is a vital component of the data management strategies. Moreover, data virtualization offers immense benefits from simplifying data management by breaking down data siloes and allowing multiple queries to data management and governance. Additionally, due to faster availability of data in real-time improves collaboration, reducing data migration costs by eliminating data duplication requirements and providing centralized access to data repositories for adequate control

Cloud Data Synchronization

While data migration provides many benefits for enterprises, there are challenges mainly associated with data synchronization. When organizations move to the cloud, the biggest issue is integrating data that resides both on the cloud and on-premises. Furthermore, it is more challenging when some data resides with partner organizations outside the concerned enterprise. Thus organizations have started implementing cloud data synchronization processes when moving data to the cloud. This enables synchronizing and mapping data between disparate sources and applications to ensure data consistency in the systems.

However, the same approach applies to the enterprise’s new and existing data. Synchronizing cloud data ensure accuracy, consistency, security, and compliance and improving the end-user experience. Today, data synchronization tools maintain consistency between different databases by automatically copying the changes between source databases and the targeted databases.

Likewise, modern data synchronization tools offer automation in replicating end-to-end changes, allowing better configuration, control, and monitoring when data is uploaded to the cloud. Given the importance of data synchronization, data architects in organizations can create and modify different data synchronization, mapping data between the sources and targets, and viewing the log activities of various synchronizations. Indeed, the adoption of data synchronization grows, as it is rightly considered the future of data with increased accessibility and is the key to attaining trusted data within the enterprise and reducing any data conflicts and errors in decision-making.

Benefits of Moving Data to the Cloud

Businesses of all sizes are continuously relying on the cloud, but it is the small businesses that have witnessed an immediate impact. Before the emergence of cloud technology, small businesses require significant investment in setting up their on-premise IT infrastructure and in-house professionals resulting in an additional burden on them. Some of the most essential benefits of migrating to the cloud are:

1. Low Computing Costs

Organizations have the opportunity to shift entirely to the cloud, which means the expense of maintaining on-premise computing resources is reduced significantly. This approach is not only cost-effective but saves a lot of time and reduces the efforts and costs incurred to maintain hardware and software upgrades over time.

2. Secured Platform

Recently, several advances have been witnessed in the field of cloud computing. However, a critical factor that has evolved alongside these advancements is security. Nowadays, cloud service providers implement standard security measures and authentications for data, access control, and encryption that bolster the cloud computing environment for their clients

3. Flexible Scaling

One of the key advantages of moving to the cloud is the ease of accommodating bandwidth and storage demands. If the business is on the rise, organizations can simply increase their subscription and scale as per the requirements without the need to for investing in any additional physical infrastructure.

4. Accessibility

Cloud services provide companies to improve the accessibility aspects of their data. With cloud migration, data can be accessed from smartphones or other computing devices. Not only is it beneficial for the customers, but various team members can take advantage of the availability of data and improve their collaborative efforts and business outcomes.

6. Better Control of Data and Activities

Cloud platforms offer better visibility and control of the data as organizations can select to partially share specific data while keeping complete control over the customers’ sensitive data. Additionally, various options exist for deciding on user access and control while maintaining complete transparency among teams to streamline their work as each member is aware of their responsibilities.

7. Data Recovery

Organizations can prevent losses from disasters or damages leading to data loss by using cloud services. In the event of natural disasters or system failures, organizations do not have to worry about device and data recovery as the cloud provides instant backup and recovery solutions in emergencies and helps minimize the losses associated with data recovery

Case Study

Now that you know the goals and understand the critical factors for your cloud migration strategies, you will need to investigate the cloud providers according to your criteria. In fact, there is no shortage of cloud solutions and providers; unfortunately, there are also vendors that do not live up to your expectations. In such cases, it is best advised to conduct thorough research before identifying the right cloud solutions for your organization.

With that said, let’s explore a case study that can help provide more insights.

A well-known US-based financial services company that provides reinvestment fund solutions with products and services that increase capital flow for historically underinvested communities required a unified analytics solution that could act as a one-stop platform for delivering actionable insights for historical data. Additionally, the company requires predictive analytics solutions integrated into its platform, developed per its long-term strategy and goals.

Considering the business requirements, this company necessitates designing a data platform for reporting, including analytical solutions. Likewise, keeping up with their needs requires streamlining 15 years of historical data ( structured, semi-structured, and unstructured) to be available for reporting. Another critical aspect of their requirements is developing over 500 existing reports using Power BI that can allow us to measure current performance and business metrics.

How was it Solved?

At Indium Software, we have streamlined and centralized the structured, unstructured, and semi-structured data (including logs, files, and media) using Azure Synapse Analytics Pipeline to Azure Data Lake. From the Azure Synapse pipeline, copy data activity was implemented to stage the data copied from relational databases and semi-structured and non-structured data format into the landing zone.

Spark tools are leveraged to clean and transform datasets from the landing zone to ensure clean data is available for analytics. Meanwhile, a dimensional data model is developed to present data in a standard and intuitive framework that allows for high and optimal performance access. The solutions were extended further by utilizing the Build-Operate-Transfer (BOT) model to build data assets and achieve operational efficiency that drives analytics and KPIs. Finally, data visualization and report generation are offered with the help of Power BI for seamless integration with Azure Synapse.

What was the Business Impact on the Client?

With our solutions, the financial service company achieved 2x faster migration of data sources from on-premise to Azure data lake. Consequently, it helped in achieving stability and solving their security concerns. In addition, 30% of cost savings were reported due to the availability of the right choice of tools to handle large volumes of data. These solutions further simplified their business operations as refined and highly accurate data from the past 15 years were available at their disposal per their business needs, with highly interactive features such as dashboards for making the best business decisions.

Real-Time Data Integration is the Future, and We are Here for You

Modern businesses require swift approaches to achieve data decisions in real time. While moving data to the cloud is only one aspect of migration, the critical factor is achieving data integration in real-time. Data is required continuously to create instant digital experiences for customers, resulting in minimizing customer churn. Indium provides a modern, new-age, real-time data integration platform that enables reliable data integration across the private and public cloud in real-time. With this state-of-the-art data integration solution, organizations can be assured of monitoring changes to data streams.

Indium’s Striim is a unified data integration and streaming platform that connects to clouds, data, and applications with high speed across multiple environments and helps achieve real-time analytics to provide a superior digital experience to its customers. Enterprises can leverage an intelligent data pipeline with the Striim data integration platform, enabling continuous data streaming between multiple data sources and targets. From achieving real-time data ingestion to monitoring data delivery validation to increase visibility, and enriching the processing of correlating and mapping data to gain superior data insights, it is now possible with our solution. Whether you are looking for better real-time analytics to personalize experince of the customers, or simply an option for robust solutions capable of transitioning your operations into a modern distributed architecture and achieving an enhanced agile data environment, we are here for you.

This is the time to make your journey to the cloud platform, and we want to equip you with the right solutions, services, and tools to capture unique opportunities and gain a competitive edge. So, if you are still wondering about your choice, contact us today and let our professionals do the heavy lifting so that you can focus solely on your business while we ease your transition to the cloud.