Accelerate Test Automation ROI and Deliver Superior Customer Experiences with Process Intelligence

Accelerate Test Automation ROI and Deliver Superior Customer Experiences with Process Intelligence

What is Process Intelligence?

Process intelligence is all about understanding and improving the performance of business processes. It involves collecting and analyzing data to identify trends and patterns and then using that information to make the right decisions about improving the process. 

Process intelligence can improve all business processes, from manufacturing and supply chain management to customer service and human resources. The key is to have the right data and the ability to make sense of it. With process intelligence, businesses can make their processes more efficient and effective, ultimately improving their bottom line. 

The Importance of Process Intelligence in Testing Automation

Process intelligence is a critical component of testing automation. By understanding the underlying processes and how they interact with the system under test, testers can more effectively create and execute automated tests. Process intelligence can also help identify areas where manual testing may be more appropriate. In addition, process intelligence can help improve the overall efficiency of the testing process by providing insight into which tests are most effective and which areas of the system are most vulnerable to errors. Let us see this in more detail.  

As test automation becomes more prevalent in software development, the need for process intelligence increases. Process intelligence is understanding and optimizing the underlying processes that drive automation. Without process intelligence, test automation can be less effective and even counterproductive. 

Intelligent Process Automation can help optimize the test automation process by understanding the interactions between the various tools and components. It can also help identify bottlenecks and inefficiencies in the process. By understanding and improving the process, test automation can be more effective and efficient. 

Process intelligence is thus a critical component of successful test automation. Without it, the automation process can be less effective and even counterproductive. 

What is a Process Intelligence Approach to Test Automation?

A Process Intelligence approach to test automation focuses on understanding and improving the testing process rather than simply automating the tests themselves. This approach emphasizes the need to understand the underlying process in order to identify bottlenecks and inefficiencies that can be addressed through automation. It also recognizes the importance of communication and collaboration among all stakeholders in the testing process, including developers, testers, and business analysts. By taking a Process Intelligence approach to testing automation, organizations can improve their testing processes’ quality and efficiency while reducing the risk of errors and defects. 

Why is Process Intelligence Key to Accelerating ROI?

Process Intelligence is key to accelerating ROI for several reasons.  

  • First, organizations can identify areas of improvement and potential bottlenecks by understanding how processes are executed. This understanding can then be used to make changes that can help to improve process efficiency and effectiveness.  
  • Additionally, process intelligence can help to identify opportunities for process automation, which can further improve efficiency and help to reduce costs.  
  • Finally, by continuously monitoring process performance, organizations can identify issues early and take corrective action before they cause major problems.

By leveraging process intelligence, organizations can significantly improve process performance and ROI. 

How can Intelligent Automation Accelerate ROI and Enhance the Customer Experience?

Organizations are looking for intelligent automation (IA) to help accelerate ROI and enhance the customer experience. IA can help by automating tasks that are time-consuming or require significant human resources, such as data entry or analysis. This can free employees to focus on value-added activities like customer service or product development. Additionally, IA can help improve the accuracy and consistency of tasks performed, leading to improved quality and efficiency. Finally, IA can help to provide real-time insights that can be used to improve the customer experience, such as identifying issues early and providing personalized recommendations. 

How to use Process Intelligence to Gain New Insights

Process intelligence studies process-related data to gain new insights and improve process performance. It can identify process improvements, optimize resources, and predict process outcomes. 

Process Intelligence can be used to gain several different types of insights, including: 

  • Identifying process improvements: By analyzing process data, it is possible to identify areas where processes can be improved. This can help to make processes more efficient and effective. 
  • Optimizing Resources: By understanding how processes are being used, it is possible to optimize resources such as time, labor, and materials. This can help to improve process performance and reduce costs. 
  • Predicting Process Outcomes: By analyzing process data, it is possible to make predictions about process outcomes. This can help to improve decision-making and avoid potential problems. 

What are some Ways to Optimize your Process for Better ROI?

There are several ways to optimize your process for better ROI.

  • One way is to streamline your process to eliminate unnecessary steps or tasks. This can help to reduce costs and increase efficiency. 
  • Another way to optimize your process is to focus on quality control. This can help to ensure that your product or service meets customer expectations and reduces the likelihood of returns or refunds.  
  • Finally, it is also important to continuously monitor your process and make adjustments as needed to ensure it runs smoothly and efficiently. 

How do you measure the ROI of test automation?

There are several ways to measure the ROI of test automation.  

  • One way is to simply calculate the cost savings from automating tests. This can be done by comparing the cost of running manual tests to the cost of running automated tests. 
  • Another way to measure ROI is to calculate the time savings from automating tests. This can be done by comparing the time it takes to run manual tests to the time it takes to run automated tests.  
  • Finally, ROI can also be measured by the number of defects found by automated tests. This can be done by comparing the number of defects found by manual testing to the number of defects found by automated testing. 

How can Futran Solutions help you with Process Intelligence?

Process intelligence is something super helpful to a business. Futran Solutions provides Professional Intelligence process automation services in USA 

Futran Solutions can help you with Process Intelligence in several ways. We can help you understand your process performance, identify issues and bottlenecks, and recommend improvements. We can also help you monitor your process in real-time, so you can make changes on the fly and improve your process efficiency. In addition, we can provide you with predictive analytics so you can anticipate issues before they happen and take proactive measures to avoid them. 

If you’re looking for a Cloud Services, Data Analytics, Intelligent Process Automation services also you can learn more about industries specific digital transformation solutions for your business, Get in touch with our Expert now 

How to Build Modern Data Platforms on Microsoft Azure – Benefits & Use Cases

How to Build Modern Data Platforms on Microsoft Azure – Benefits & Use Cases

Microsoft Azure: An Introduction

Microsoft Azure is a cloud computing platform and infrastructure created by Microsoft for building, deploying, and managing applications and services through a global network of Microsoft-managed data centers. Azure is one of the leading cloud platforms, alongside Amazon Web Services (AWS) and Google Cloud Platform (GCP). Azure offers a wide range of services, including computing, storage, networking, databases and various tools for managing and deploying applications. Azure also provides various services for building and deploying applications, such as Azure App Service, Azure Functions, and Azure Container Service. In addition, Azure offers several services for managing and deploying applications, such as Azure Active Directory, Azure Resource Manager, and Azure DevOps. 

This blog outlines the benefits and use cases of Microsoft Azure and all details related to it.  

Advantages of using Microsoft Azure

Microsoft Azure is the cloud platform with tools and services that enable you to build all your applications on any device, in any language, cloud service, and network! Azure is a popular choice for businesses of all sizes, as it is scalable and offers pay-as-you-go pricing. 

There are many advantages to using Azure, including the following: 

  • Azure is reliable and offers high availability. 
  • Azure is cost-effective and offers a pay-as-you-go pricing model. 
  • Azure is easy to use and offers a wide range of services. 
  • Azure is scalable and can be used by businesses of all sizes. 

If you are looking for a cloud computing platform that offers reliable services and is easy to use, then Azure is a great option. 

Modern Data Platforms on Microsoft Azure: Introduction

Microsoft Azure provides a comprehensive set of cloud services that enable you to build, deploy, and manage applications across a global network of Microsoft datacenters. Azure also offers many other services, such as those for web and mobile applications, media, and IoT. In recent years, Azure has become increasingly popular as a platform for data-intensive applications due to its scalability, flexibility, and security. 

Several data platforms can be deployed on Azure, depending on the application’s specific needs. For example, Azure SQL Database is a managed relational database service ideal for applications that store and query data. Azure Cosmos DB is a managed NoSQL database service that is well-suited for applications that require high performance and scalability. 

Choosing the right Cloud vendor is a very essential decision for Enterprises and Business owners. Numerous enterprises and individuals have witnessed challenges in managing the communication and dependencies between the various services. This can be difficult to do consistently and reliably, leading to problems such as service outages or data loss. Read the blog to understand how to deploy spring boot microservices in azure.

In addition to these managed services, Azure also offers several tools and technologies that can be used to build data platforms. For example, Azure HDInsight is a managed Apache Hadoop service that can be used for big data processing and analysis. Azure Databricks is a managed Apache Spark service that makes it easy to build and deploy data pipelines. 

Azure has the necessary tools and services to deploy a simple data platform or a complex data processing pipeline. This blog will explore some of the most popular data platforms on Azure and learn how to deploy and manage them. 

Microsoft Azure Cloud Services in the USA

Microsoft Azure cloud services in the USA are now available to help you get all the benefits of the cloud without worrying about data security or compliance. Azure offers various services that can help you save time and money, including storage, computing, networking, and more. With Azure, you can take advantage of the latest Microsoft technologies, such as artificial intelligence and machine learning. So why give Azure a try today? Let’s discuss the use cases of Microsoft Azure. 

Use Cases of Microsoft Azure

Microsoft Azure is an intelligent cloud platform. It provides a complete suite of tools, applications, and services to help you every step of the way. From infrastructure solutions to powerful development tools, everything is built on the trusted Microsoft Azure platform. Whether you are an individual programmer building the next great app or an enterprise architect planning IT solution for hundreds of thousands of users, Azure helps everyone. 

One common use case for Azure is storage. Azure offers a variety of storage options, including blob storage, file storage, and queue storage. Blob storage is often used for storing large amounts of data, such as images or videos. File storage is typically used for storing smaller amounts of data, such as text files. Queue storage is often used for storing messages that need to be processed by an application. 

Another use case for Azure is networking. Azure offers a variety of networking services, including virtual private networks (VPNs), load balancers, and DNS servers. VPNs can be used to connect on-premises networks to Azure networks. Load balancers can be used to distribute traffic across multiple servers. DNS servers can be used to route traffic to the correct server. 

Azure offers various other services, such as computing, analytics, and security. Computing services can be used to run applications in the cloud. Analytics services can be used to process and analyze data. Security services can be used to protect data and applications. 

Azure Managed Solutions provider in USA

Managed solution providers offer comprehensive services that help organizations manage and optimize their Azure deployments. These services include Azure monitoring, Azure performance tuning, Azure capacity planning, Azure security, and Azure compliance. In addition, managed solution providers can provide expert guidance on best using Azure to meet your specific business needs. 

There are several excellent options if you are looking for a managed solution provider in the United States. One such provider is Futran Solutions, which offers a wide range of Azure management services.  

When selecting a managed solution provider, choosing one with a proven track record of success is important in helping organizations effectively manage and optimize their Azure deployments. In addition, you should also look for a provider that offers a comprehensive set of services that can meet your specific business needs. 

If you’re looking for a Cloud Services, Data Analytics, Intelligent Process Automation services also you can learn more about industries specific digital transformation solutions for your business, Get in touch with our Expert now 

Introduction to AWS Architecture and components of AWS Architecture

Introduction to AWS Architecture and components of AWS Architecture

What is AWS Architecture?

AWS architecture refers to the system design of Amazon Web Services (AWS), a cloud computing platform. It encompasses the physical infrastructure, the virtual infrastructure, the security architecture, and the application architecture.  

1. The Physical Infrastructure of AWS consists of the data centers that house the servers and storage systems that make up the cloud platform. These data centers are located worldwide so that users can access the services they need no matter where they are.  

2. The Virtual Infrastructure of AWS is made up of virtual machines that run on the data center servers. This infrastructure allows users to access the cloud platform from anywhere in the world. 

3. The Security Architecture of AWS is designed to keep user data safe and secure. It includes the methods and procedures used to protect the data centres and the servers that make up the platform.  

4. The Application Architecture of AWS is the design of the applications that run on the platform. These applications are designed to provide users with the tools they need to work with the cloud platform. 

What are the Pillars of AWS Architecture?

There are four pillars of AWS Architecture: compute, storage, network, and database. Each of these pillars provides a different set of services that can be used to build applications. 

  1. Compute services include Amazon Elastic Compute Cloud (EC2), which provides resizable compute capacity in the cloud.
  2. Storage services include Amazon Simple Storage Service (S3), which provides storage for data and applications.
  3. Network services include Amazon Virtual Private Cloud (VPC), which provides a private network in the cloud.
  4. Database services include Amazon Relational Database Service (RDS), which provides a managed relational database service. 

These four pillars work together to provide a comprehensive set of services for building applications in the cloud. Using these services lets you focus on your application code and business logic without worrying about managing infrastructure. 

What are the Components of AWS Architecture?

AWS architecture is composed of several services that work together to provide a complete solution for cloud computing. These services include Amazon Elastic Compute Cloud (EC2), Amazon Simple Storage Service (S3), Amazon CloudFront, and Amazon Route 53. Each of these services is designed to provide a different piece of the puzzle regarding cloud computing, and they can be used together to create a comprehensive solution. 

EC2 is the core computing service in AWS, providing scalable, on-demand computing resources. S3 is a storage service that provides a simple way to store and retrieve data in the cloud. CloudFront is a service that speeds up static content delivery, such as images and videos. Route 53 is a DNS service that routes traffic to the correct location. 

These services can be used together to create a complete solution for cloud computing. By using EC2 for computing, S3 for storage, CloudFront for content delivery, and Route 53 for DNS, you can create a powerful, scalable, and reliable architecture that can meet the needs of any application. 

What are the Advantages of AWS Architecture?

AWS architecture has many advantages that make it an attractive option for businesses of all sizes.  

  • One key advantage is its scalability. AWS architecture allows businesses to easily scale up or down as needed without reconfiguring their entire infrastructure. This makes it ideal for businesses that experience fluctuating demands or are growing rapidly. 
  • Another advantage of AWS architecture is its reliability. AWS architecture is built on a foundation of multiple redundant components so that if one component fails, there is no impact on the others. This ensures that your applications and services remain up and running, even during an unexpected outage. 
  • AWS architecture also offers a high degree of security thanks to its extensive security features and controls. These features help to protect your data and applications from unauthorized access and malicious attacks. 

AWS architecture provides a flexible, reliable, and secure foundation for building your applications and services. It can help you to save time and money while ensuring that your applications are always available to your users. 

How can AWS Architecture help in providing better services?

AWS architecture can help in providing better services in several ways. For example, it can help to improve scalability and availability and to reduce costs. 

Scalability is an important consideration for any cloud-based service. AWS architecture can ensure that services can be scaled up or down to meet changing demands. This can improve the overall quality of service. 

Availability is another important consideration. AWS architecture can help ensure services are available and recover quickly from outages. This can improve the overall reliability of the service. 

AWS architecture can reduce costs by using cost-effective resources and making it easy to scale services up or down as needed. This can improve the overall bottom line for the business. 

What things need to be kept in mind before using AWS Architecture?

Here are a few key things to remember before using AWS Architecture:  

  • First and foremost, it is important to understand your application and its specific needs clearly. Only then can you begin to assess which AWS services will be the best fit properly.  
  • It is also important to remember that AWS offers a vast array of services, and it can be easy to get overwhelmed. So, start by focusing on the most relevant services to your application.  
  • Finally, keep in mind that AWS is constantly evolving, so it is important to stay up to date on the latest changes and how they might impact on your application. 

What are the best practices for AWS Architecture?

There is no one-size-fits-all answer to this question, as the best practices for AWS architecture will vary depending on your organization’s specific needs and goals. However, there are some general principles that you should keep in mind when designing your AWS architecture.  

  • First, you should aim for high availability and fault tolerance by using multiple Availability Zones and auto-scaling to ensure your system can handle sudden traffic increases.  
  • Second, you should design your architecture for security to secure your data and ensure that your system is resistant to attacks.  
  • Finally, you should strive for efficiency in both resource utilization and cost, which can be achieved by carefully designing your architecture and using tools like AWS CloudFormation to automate deployments. 

How can Futran Solutions help you with AWS Architecture?

Futran Solutions is a cloud consulting and one of the managed services providers in USA that can help you with AWS architecture in several ways.  

Futran Solutions can help you with the initial design and setup of your AWS environment, including choosing the right AWS services for your needs and ensuring that your environment is properly configured. We can also help you with ongoing management and optimization of your AWS environment, including monitoring your resources and ensuring that your environment runs smoothly. In addition, we can provide support and assistance with any AWS-related problems or issues that you may encounter. Contact Futran Solutions – the best-managed service providers in USA, today to learn more about how we can help you with AWS architecture. 

If you’re looking for a Cloud Services, Data Analytics, Intelligent Process Automation services also you can learn more about industries specific digital transformation solutions for your business, Get in touch with our Expert now 

Deploying Microsoft Power BI for Digital Transformation

Deploying Microsoft Power BI for Digital Transformation

What is Microsoft Power BI?

Power BI is a business intelligence tool from Microsoft that enables users to visualize and analyze data, create insights and reports, and share them with others. It includes a desktop application, a cloud-based service, and mobile apps. Power BI is a part of the Microsoft Power platform, including PowerApps, Power Automate, and Power Virtual Agents. 

How can Microsoft PowerBI enable Digital Transformation?

Digital Transformation is the process of using technology to create new or different processes, products, or services. It can be used to improve the efficiency of an organization or to create new revenue streams. Microsoft PowerBi is a tool that can enable digital transformation by helping organizations to visualize and analyze data. 

Microsoft PowerBi can enable digital transformation in a number of ways.  

  • First, it can help organizations to collect and analyze data more effectively. This data can then be used to make better decisions about how to improve operations and grow the business.  
  • Additionally, Microsoft PowerBi can help to improve communication and collaboration within an organization. By providing a centralized platform for sharing data and insights, Microsoft PowerBi can help to break down silos and enable better decision-making across the organization.  
  • Finally, Microsoft PowerBi can help organizations to automate processes and workflows. By doing so, organizations can free up staff to focus on more strategic tasks and can improve efficiency and productivity. Ultimately, Microsoft PowerBi has the potential to enable digital transformation in a wide variety of ways and can be a valuable tool for any organization looking to improve its operations. 

How does Microsoft PowerBI work?

PowerBi is a cloud-based business intelligence and analytics service that enables users to visualize and analyze data, share insights, and collaborate on findings. Power BI integrates with various data sources, including on-premises and cloud-based data, and provides various tools and features for data exploration, analysis, and visualization. 

Power BI is a self-service BI tool that business users can use to create their reports and dashboards. Power BI Desktop is a Windows-based application that can create and edit Power BI reports and dashboards. Power BI Service is a cloud-based service that provides access to Power BI reports and dashboards. 

Power BI has been designed to be user-friendly and to enable users to quickly and easily get started with data visualization and analysis. PowerBI Desktop provides a wide range of built-in visuals, and users can create custom visuals. PowerBI Service provides a web-based interface for interacting with PowerBI reports and dashboards. 

What are the Advantages of using Microsoft PowerBI for Business?

There are many advantages of using PowerBI for business. It is a powerful tool that can help you to make better decisions, be more efficient, and save time and money. 

PowerBI can help you make better decisions by providing accurate and up-to-date data.

PowerBI is very efficient and can save you time by automating tasks and processes.

PowerBI can save money by reducing your need for external consultants and analysts.

PowerBI is user-friendly and easy to use, even for non-technical users.

PowerBI integrates seamlessly with other Microsoft products, making it easy for businesses that already use Microsoft products.

How does Microsoft PowerBI make business work and business decisions easier?

There are many benefits that businesses can reap from using PowerBI. Here are five ways in which PowerBI can make business work and business decisions easier: 

1. By providing businesses with real-time insights into their data, PowerBI can help businesses make more informed and timely decisions. 

2. PowerBI can help businesses track and monitor key performance indicators (KPIs) to identify areas of improvement and take corrective action accordingly. 

3. PowerBI can help businesses save time and money by automating repetitive tasks such as data entry and report generation. 

4. PowerBI can help businesses improve communication and collaboration by allowing users to share data and reports. 

5. PowerBI can help businesses use their data better by providing powerful visualization and analysis tools. 

What kinds of businesses can get benefits from Microsoft PowerBI?

Microsoft Power BI is a business intelligence tool that can be used by all types of businesses to get insights from their data. Power BI can help businesses to track their performance, understand their customers better, and make better decisions. 

Some different types of businesses that can benefit from PowerBI include small, medium, large, and even start-ups to make better decisions, improve efficiency, and gain insights into their data. 

PowerBI is a versatile tool that can be used in many different industries. Some industries benefiting from PowerBI include healthcare, retail, manufacturing, logistics, and many more.  

Things to keep in mind before choosing Microsoft PowerBI for your business

When it comes to business intelligence (BI) tools, there are many different options on the market. Power Bi is one of the more popular choices, but it’s important to ensure that it’s the right fit for your business before making a decision. Here are a few things to keep in mind: 

1. First and foremost, you must consider your specific needs. PowerBI is a great tool for visualizing data, but there might be better choices if you’re looking for something that can handle more complex data analysis. 

2. Another important factor to consider is cost. PowerBI is a subscription-based service, so you’ll need to factor that into your budget. 

3. PowerBI also requires certain technical expertise to set up and use effectively. Power BI is not the right choice if you’re uncomfortable using technical tools. 

4. Finally, you should also consider the available support options. PowerBI offers many great resources, but if you need more personalized support, you should look into another BI tool. 

Choosing the right Bi tool for your business is an important decision. PowerBI is a great option for many businesses, but it’s important to ensure it’s the right fit for your needs. 

How can Futran Solutions help with Microsoft PowerBI?

Power Bi is a cloud-based business intelligence and analytics service that provides a single view of your most critical business data. Futran Solutions is one of the biggest digital transformation companies in USA and can help you get the most out of Power Bi by providing expert consulting and support services. We can help you develop custom reports and dashboards that give you real-time insights into your business. Futran Solutions is one of the Top business transformation companies in USA and can also help you integrate Power Bi with other systems, such as Salesforce, to get a complete picture of your business. Contact us today to learn more about how we can help you get the most out of Power Bi. 

If you’re looking for a Cloud Services, Data Analytics, Intelligent Process Automation services also you can learn more about industries specific digital transformation solutions for your business, Get in touch with our Expert now 

Unlock the Power of Multi-Cloud and Hybrid Infrastructure with Azure Arc

Unlock the Power of Multi-Cloud and Hybrid Infrastructure with Azure Arc

Cloud Infrastructure Services: An Introduction

Cloud Infrastructure Services provide a way for organizations to outsource the management and maintenance of their IT infrastructure to a third-party provider. These services include managing server and storage capacity to providing network connectivity and security. Outsourcing these services allows organizations to free up internal resources to focus on more strategic initiatives. 

There are several different cloud infrastructure service providers to choose from, and each offers a different set of features and capabilities. When selecting a provider, it’s important to consider your organization’s specific needs and requirements. 

Some popular cloud infrastructure service providers include Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). Each provider offers a wide range of services and features, constantly innovating to offer new capabilities. 

If you’re considering outsourcing your organization’s IT infrastructure, cloud infrastructure services are a great option. 

Multi-Cloud and Hybrid Infrastructure

The cloud has become an increasingly popular option for businesses of all sizes. However, there is no one-size-fits-all solution when it comes to the cloud. Some businesses may find that a single cloud provider is sufficient for their needs, while others may opt for a multi-cloud or hybrid infrastructure. 

Multi-cloud is a term used to describe a setup in which an organization uses multiple cloud providers. This can provide greater flexibility and choice when selecting the right provider for each workload. A hybrid infrastructure, on the other hand, combines on-premises resources with the cloud. This can give businesses the best of both worlds, allowing them to keep certain workloads on-site while taking advantage of the scalability and flexibility of the cloud for others. 

There are pros and cons to both multi-cloud and hybrid infrastructure. Some businesses may find that a single cloud provider is simpler and more cost-effective. In contrast, others may prefer the flexibility and choice offered by a multi-cloud approach. Ultimately, the best solution for each business will depend on its specific needs and requirements. 

Advantages of Multi-Cloud and Hybrid Infrastructure

The biggest advantage of multi-cloud and hybrid infrastructure is the flexibility it provides. With this infrastructure, businesses can mix and match different clouds to create a custom solution that fits their needs. For example, a business may use a public cloud for storage and a private cloud for computing resources. 

Another advantage of multi-cloud and hybrid infrastructure is that it can help businesses avoid vendor lock-in. Businesses can avoid being locked into a single provider by using multiple vendors. This gives businesses more negotiating power and can help them get better terms and pricing. 

Finally, multi-cloud and hybrid infrastructure can improve performance and availability. By using multiple clouds, businesses can create a more redundant and resilient system. This can help ensure critical applications and services are always available, even if one cloud provider goes down. 

Possible Vulnerabilities in your Multi-Cloud and Hybrid IT Environment

The multi-cloud and hybrid IT environments are becoming increasingly popular as they offer businesses the flexibility and scalability they need. However, this environment also comes with several potential vulnerabilities, which businesses must be aware of. 

  • One of the biggest vulnerabilities in a multi-cloud or hybrid IT environment is the potential for data breaches. With data stored in multiple locations, it can be difficult to track who has access to what. This can make it easy for unauthorized users to access sensitive data.
  • Another vulnerability in a multi-cloud or Hybrid IT Environment is the potential for service disruptions. If one of the clouds or IT systems in a hybrid environment goes down, it can cause disruptions for the entire system. This can be costly for businesses, leading to lost productivity and revenue. 
  • Finally, businesses need to be aware of the potential for vendor lock-in in a multi-cloud or hybrid IT environment. With data and applications spread across multiple vendors, switching to a new vendor can be difficult if you are not happy with the current one. This can lead to higher costs and less flexibility in the long run.  

By being aware of these potential vulnerabilities, businesses can take steps to mitigate them. This includes encrypting data, implementing security controls, and establishing service-level agreements. By taking these steps, businesses can help ensure that their multi-cloud and hybrid IT environment is secure and reliable. 

Azure Data Services: An Introduction

Azure data services provide a cloud-based platform for managing and storing data. They offer a variety of services, including data storage, data warehousing, data analysis, and data security. Azure data services are designed to help organizations manage their data more effectively and efficiently. They provide a scalable and reliable platform for storing and managing data. Azure data services offer several benefits, including cost savings, flexibility, and scalability. 

How to Secure your Multi-Cloud and Hybrid Infrastructure with Azure Data Services?

As more and more businesses move to a multi-cloud or hybrid infrastructure, it’s important to ensure that your data is secure. Azure Data Services can help you do just that. With Azure Data Services, you can get the same world-class security that you’ve come to expect from Azure while also getting the flexibility and scalability you need to keep your data safe. Azure Data Services can help you secure your data in several ways, including: 

Encrypting your data at rest and in transit

Managing access control and identities

Monitoring and auditing your data

Implementing security best practices

With Azure Data Services, you can be sure that your data is safe and secure, no matter where it’s stored.

How Futran Solutions can help?

At Futran Solutions, we help all brands and businesses with their Digital Transformationembracing digital technologies to stay competitive in today’s market. They work with companies of all sizes to help them to develop strategies and plan and implement digital transformation initiatives that will enable them to serve their customers better and stay ahead of the competition. In addition to this, they offer a comprehensive service suite, including digital transformation consulting, implementation, and support. Our team of experts has a wealth of experience in helping businesses to navigate the digital transformation journey successfully. They are passionate about helping businesses realize the full potential of digital technologies and are committed to helping them thrive in the digital age. 

If you’re looking for a Cloud Services, Data Analytics, Intelligent Process Automation services also you can learn more about industries specific digital transformation solutions for your business, Get in touch with our Expert now 

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Calculate the ROI on Infrastructure Automation

Programmable infrastructure and a world where you can take your data with you wherever is the future.

A new era has arrived, one in which software development practices are being applied to physical objects such as roads or bridges for greater efficiency; this idea of transparent skies could very well become a reality soon!

You can’t put a price on efficiency. The return on investment (ROI) of infrastructure automation is essential to consider before you start implementing changes that could be expensive and time-consuming.

How is Automation Valued?

The process of automating a long, manual task can be very beneficial. If you run it frequently enough and with the right system, your savings will grow exponentially as time goes on!

Regarding infrastructure automation, one of the first questions businesses ask is, “What’s the ROI?” In other words, what are the tangible benefits of automating tasks such as provisioning, configuration management, and deployments? And more importantly, how can we quantify those benefits?

In this blog post, we’ll walk you through a simple process for calculating the ROI of infrastructure automation. By the end, you’ll have a clear understanding of the financial benefits of automation and be able to make a strong case for why your business should invest in it.

The Advantages of Infrastructure Automation

Infrastructure automation is the process of automating IT infrastructure configuration, provisioning, and management. It can help organisations to manage their infrastructure more efficiently, improve service quality, and reduce operational costs. In this blog post, we will explore some of the main advantages of infrastructure automation. 

  • Improved Efficiency and Productivity

Infrastructure automation can improve efficiency and productivity. By automating configuration, provisioning, and management tasks, organisations can free up time for other activities, such as developing new features or products and providing customer support. These tasks can reduce errors and improve accuracy.

  • Improved Service Quality

Another advantage of infrastructure automation is that it can improve service quality. By automating tasks such as monitoring and maintenance, organisations can ensure their infrastructure is always running smoothly and efficiently. Additionally, automating these tasks can help identify problems early before they cause significant disruptions. Organisations can provide better service to customers.

  • Reduced Operational Costs

Finally, another advantage of infrastructure automation is that it can help to reduce operational costs. This is because automating tasks such as provisioning and management can help to reduce the need for manual intervention. Additionally, automating these tasks can help improve efficiency and productivity, which can lead to reduced labour costs. In addition, automating these tasks can also lead to reduced energy consumption and waste generation. As a result, organisations can save money on their operating costs. 

There are many advantages of infrastructure automation. Automating tasks such as configuration, provisioning, and management can help to improve efficiency and productivity, improve service quality, and reduce operational costs. If you are considering implementing infrastructure automation in your organisation, carefully weigh all of these factors to make the best decision for your business.

Calculating the ROI of Infrastructure Automation

Now that we’ve looked at some of the benefits of infrastructure automation let’s talk about how you can calculate its ROI. To do this, we’ll use a simple formula:

 (Total savings from automation – Cost of automation) / Cost of automation = ROI%

For example, you spend $5,000 per month on labour to manually provision and manage your servers. You estimate that by investing in an automated system, you could reduce that cost by 50%. The cost of the computerised system itself is $10,000 upfront plus $500 per month in maintenance costs. Using our formula, we get: 

 ($5,000 * 0.5 – $10,000 – $500) / ($10,000 + $500) = -9%

This means that over two years—the amount of time it would take to fully recoup your upfront investment—you would see a negative return on your investment (ROI). In other words, investing in automation wouldn’t make financial sense for your business now.

Conclusion:

As you can see from our example above, calculating the ROI of infrastructure automation is relatively simple. However, it’s important to note that other factors besides financial ones should be considered when deciding whether or not to automate your infrastructure. These include the size and complexity of your infrastructure, your company’s culture, and your willingness to embrace change. That said, we hope this blog post has given you a better understanding of how to calculate the ROI of infrastructure automation and why it’s such an important consideration for businesses today. Thanks for reading!

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Redefining Business Process Outsourcing through Business Process Automation

The business process outsourcing (BPO) industry is worth an estimated $190 billion. But what is BPO, and how has it evolved? In this blog post, we’ll explore the history of BPO and how business process automation (BPA) is redefining the industry.

Business Process Outsourcing: An Introduction

Business process outsourcing (BPO) has been a popular cost-cutting measure for businesses for many years. The concept is simple enough: rather than having an in-house team handle a specific process or task, you outsource it to a third-party provider. This often results in significant cost savings, as BPO providers can leverage economies of scale to deliver services at a lower cost than most businesses could achieve on their own.

However, new development is beginning to change the BPO landscape: business process automation (BPA). BPA involves using technology to automate tasks previously performed by human workers. This includes data entry, customer service, and even complex financial processes.

The History of Business Process Outsourcing

BPO had its roots in the late 1800s when American companies began outsourcing manual labour to countries with lower wages, such as China and India. This practice continued into the 20th century with the rise of telephone operators and data entry clerks. However, it wasn’t until the 1990s that BPO began to take off. 

This was primarily due to technological advances that allowed communication and collaboration across vast distances. Suddenly, businesses could outsource not just manual labour but also knowledge work to countries with lower living costs. This led to the rise of call centres and other forms of customer service outsourcing.

In recent years, there has been a shift away from traditional BPO models. This is due to several factors, including the increasing cost of labour in countries like China and India, as well as the advent of new technologies that make it possible to automate many business processes.

Benefits of BPA 

There are several benefits that businesses can reap from implementing BPA: 

  • Cost savings: One of the primary benefits of BPA is that it can help businesses save money. Companies can reduce their labour costs by automating tasks that human workers previously performed. In some cases, BPA can also help enterprises improve their efficiency and reduce other costs, such as errors and rework.
  • Improved quality: Another benefit of BPA is that it can help improve the quality of work. BPA is designed to follow pre-determined rules and procedures. This contrasts with human workers, who may make mistakes or take shortcuts that result in lower-quality work.
  • Increased capacity: A final benefit of BPA is that it can help businesses increase their capacity without incurring additional costs. This is because BPAs can work faster and for longer hours than human workers. In some cases, this increased capacity can help businesses meet spikes in demand or complete time-sensitive tasks more quickly. 

Implementing BPA

If you’re interested in implementing BPA within your business, there are a few things you’ll need to do:

  1. Determine which processes you want to automate: The first step is to evaluate your business processes and determine which ones would be candidates for automation. To do this, you’ll need to consider factors such as the complexity of the process, the frequency with which it needs to be performed, and the availability of data and applications required to support it.
  2. Identify the right tools: Once you’ve identified which processes you want to automate, you’ll need to select the right tools. There are many different types of BPAs available on the market today, so you’ll need to evaluate your needs and choose the tool best suited for your specific requirements.
  3. Define success criteria: Before beginning any automation project, it’s essential to define what success looks like. This will help you select an appropriate tool and set realistic expectations for the project’s outcomes.
  4. Implement and test: Once you’ve chosen an agency and defined success criteria, you’re ready to implement your BPA solution. Be sure to test it thoroughly before rolling it out into production to address any potential issues before they cause problems for your business operations.

Business Process Automation: The Future of BPO?

Business process automation (BPA) is the use of technology to automate repetitive, low-value tasks typically performed by human workers. BPA can be used to automate a wide variety of business processes, including data entry, invoice processing, and lead generation.

One of the critical benefits of BPA is that it can help businesses reduce their dependence on human labour. This is especially important in today’s economy, where many companies struggle to find enough qualified workers to fill open positions. By automating low-value tasks, companies can free their employees to focus on more strategic initiatives.

BPA is also more efficient and accurate than human workers, and machines can work 24 hours a day, 365 days a year, without getting tired or making mistakes. This increased efficiency can help businesses save money and increase profits.

Conclusion:

The business process outsourcing industry is evolving thanks to advances in technology rapidly. Business process automation is redefining what is possible in terms of outsourcing and helping businesses save money and increase efficiency in the process. In the future, we can only expect BPA to become more prevalent as companies continue to search for ways to cut costs and improve performance.

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How to Embed Tableau or Power BI Dashboards into Web Pages without Using an Iframe

Iframe: An Introduction

Iframes are an HTML element that allows you to embed one HTML document inside another. While they are commonly used to embed videos or maps on websites, they can also be used to embed dashboards created in Tableau or Power BI. However, iframes can cause problems with security and website loading times, which is why some developers prefer to avoid using them. So, how can you embed a Tableau or Power BI dashboard on a webpage without using an iframe? Keep reading to find out.

Ways to Embed iFrame to your Web Pages

Many web developers shy away from using iframes because they can be difficult to work with. However, iframes are often the only way to embed Tableau or Power BI dashboards into web pages. If you’re looking for a way to embed your dashboards without using an iframe, read on!

Let us walk you through 3 methods for embedding Tableau or Power BI dashboards into web pages. These methods are:

1. Use Tableau’s or Power BI’s JavaScript API

2. Use a third-party service like Publitas

3. Use an open-source solution like Koalas

We’ll also provide a brief overview of each method so that you can decide which one is right for you. 

Method 1: Use Tableau’s or Power BI’s JavaScript API

  • If you’re aTableau or Power BI user, then you’re in luck! Both platforms offer a JavaScript API that allows you to embed your dashboards into web pages without using an iframe. 

The biggest advantage of using the JavaScript API is that it gives you full control over how your dashboard is rendered on the page. For example, you can choose to display the dashboard as a lightbox pop-up or inline within the page. You can also specify the size and position of the dashboard on the page. 

Another advantage of using the JavaScript API is that it’s relatively simple to set up and use. However, one downside is that it requires some knowledge of HTML and CSS in order to properly configure it. 

Method 2: Use a Third-Party Service like Publitas 

  • If you’re not a web developer and don’t have any knowledge of HTML or CSS, then using a third-party service like Publitas is probably your best bet. Publitas offers an easy-to-use platform that allows you to embed your Tableau or Power BI dashboards into web pages with just a few clicks. 

The biggest advantage of using Publitas is that it’s very user-friendly and doesn’t require any knowledge of HTML or CSS. Another advantage is that Publitas offers a wide range of customization options so that you can control how your dashboard looks on the page. 

However, there are some downsides to using Publitas. First off, it’s a paid service, so you’ll need to sign up for one of their subscription plans in order to use it. Additionally, because Publitas is a third-party service, there’s always the potential for compatibility issues between their platform and your dashboard software (e.g., Tableau or Power BI). 

Method 3: Use an Open-Source Solution like Koalas

  • Koalas is an open-source solution that allows you to embed Tableau or Power BI dashboards into web pages without using an iframe. The advantage of using Koalas is that it’s free to use and doesn’t require any knowledge of HTML or CSS. Additionally, Koalas offers a wide range of customization options so that you can control how your dashboard looks on the page. 

There are some downsides to using Koalas, however. First off, because it’s an open-source solution, there’s always the potential for compatibility issues between Koalas and your dashboard software (e.g., Tableau or Power BI). Additionally, Koalas doesn’t offer as many features as Publitas (e .g . , lightbox pop – ups), so keep that in mind when deciding which solution is right for you. 

Choosing the right method for embedding your Tableau or Power BI dashboard into a web page depends on several factors, including your level of technical expertise, budget, and desired features. We hope this blog post has helped you better understand your options so that you can make an informed decision about which method is right for you.

Conclusion: 

Iframes are commonly used to embed dashboards created in Tableau or Power BI onto websites. However, they can cause problems with security and website loading times. As such, some developers prefer to avoid using them altogether. Luckily, there are two methods that you can use to embed a Tableau or Power BI dashboard on a webpage without using an iframe. So, whether you’re a developer who wants more control over the code or someone who just wants an easy solution, there’s a method here for you.

3 Strategies for cloud enabling your business

As per IDG Cloud computing survey, 92% of organization’s IT environment is at least somewhat in the cloud today. If you are in those 8% who have not adopted cloud yet, you are clearly missing out on the benefits that other organizations are getting. By now, I am sure you know the most benefits that Cloud infrastructure offers, but let’s refresh it once more –

  1. More Resiliency – The cloud providers scale up and down as per your seasonal needs. It is the most ideal way to support your growth, as you don’t need to purchase and hold assets for a peak requirement, but you can adjust as you go along.
  2. Less Headache – You don’t need to keep an army of people to upkeep your servers, manage security and hardware failures. You can sleep well knowing that the cloud providers are well-equipped in security and disaster recovery capabilities to ensure safekeeping of your assets and data. You, of course, need help to plan, configure and monitor it, but once you get the setup right, it is a smooth journey.
  3. Access to new capabilities – The cloud providers offer advanced capabilities and services that make your life easier. With a competitive market, the more and more services are being made available and the cost is going down. In 2021 AWS: reinvent, Amazon announced more than 50 new services on the top a very mature array of services. You can access these capabilities with a click of button, right from document storage to artificial intelligence, and create growth opportunities for your business.
  4. Potentially less cost – I am being careful here as many organizations have seen increased monthly spend when they compare with their current ‘infrastructure’ costs. However, if you look at it holistically by adding people/process/tools costs of running your current (and future business), the cloud costs will be potentially much lesser.

If you are convinced and are thinking of adopting cloud for your business, what should be your strategy for adoption?

There are following three popular strategies that our customers have adopted –

  1. Lift and Shift

    If you have a portfolio of applications on your premise, the fastest way to address your ‘cloud adoption’ business case is by lifting and shifting your applications cloud. It makes sense if you are going to get rid of your data center (or hosting provider) and save money on operations by migrating to cloud.
    Although you can do it manually by evaluating every application, for a portfolio of applications, tool-based migration process is preferred. There is a very strong tooling ecosystem for AWS, including its own Cloud endure ( now AWS MGN), to support the migration. The tools can help you right from ‘Discovery and Planning’, ‘Creating a business case’, Migration and also post-migration ‘Monitoring and Support’.

  2. Fit and Shift

    It is my favorite option as it lets you leverage the new capabilities that Cloud offers while preserving the value of your legacy investments. It includes selectively replacing components of your current application by ‘cloud managed’ components. For example, you can swap an Oracle database for AWS RDS, and reduce your license costs and maintenance efforts. As you are developing a strategy by assessing every application, it takes a longer time (~8-12 weeks for 30 applications) to define your migration strategy, but your potential benefits are likely to be much higher than just ‘lifting and shifting’ to cloud.

  3. Don’t Shift, Go Native

    If you are convinced that your legacy is not going to support your future growth, it is better to re-architect your applications and re-develop using cloud native capabilities. The cloud provides many platform services to rapidly build and deploy a ‘cloud-native’ application, so it may not be overly expensive option. For a global association of risk professionals, we recently re-developed their mission-critical financial risk estimation application within just 2 months, by reusing their existing python based code and leveraging AWS serverless and RDS services. This approach not only saved the development and maintenance costs, but also provided a scalable solution to onboard new associates very easily.

In conclusion, the cloud provides significant benefits to your business and there are proven strategies to adopt the cloud. Futran, in partnership with AWS, helps organizations to define the migration strategies and adopt it in cost-effective, risk-free way. Please contact a Futran Cloud Specialist if you want to know more about how we can help.

The Big Data Game: How Data is Causing Major Metamorphosis in The Insurance Industry

Today, data is an asset that can be used both internally and externally. Companies can collect more information than ever before in a variety of ways. Digital interactions with customers on mobile devices and stationery allow us to track interactions and requests.

The Internet of Things (IoT) has provided billions of connected devices and objects equipped with tools to measure, record and communicate information about purchases, customer responses to advertising campaigns and marketing messages that can be captured and analyzed.

Accurate information requires data analysis programs that can easily collect, store, analyze, display, and report on information from a variety of sources. These insights provide business leaders with the information they need in real-time to make better decisions.

The Data-Backed Change

With converting client expectancies and the sheer expanse of data being collected, insurance businesses are already converting their models and processes.

Among the high-quality modifications are the following:

  • Investment in tools to better understand their customers, their expectancies and their needs
  • Development of recent insurance alternatives to provide guidelines which are shielding extra items
  • Responding to an ageing populace whose insurance needs are converting in massive numbers and quickly
  • Realtime processing and mobile apps that respond to the expectancies of younger customers, who anticipate a digital-first approach (this pace and responsiveness are often contrary to the traditional approaches insurers had in the past)
  • Using new technology inclusive of blockchain, artificial intelligence, machine learning, and the IoT to create better operational efficiencies and create more connections with objects and customers

Challenges faced by insurers in leveraging data to drive digital transformation

Digital transformation provides a fantastic possibility for insurance companies. However, the same companies may also face limitations that delay the utilization and leveraging of data.

Among those problems are:

Lack of Policies and Procedures: 

Many insurance companies have grown because of acquisitions, which means that the integration of systems and policies is challenging.

The data-driven insurance company needs:

  • Data governance structures and policies
  • Consistent data definitions
  • Clarity of data ownership
  • Standards for the collection, storage and use of data
  • Data security guidelines

Cultural and Organizational Roadblocks: 

An insurance company that desires to achieve success in the use of data in new approaches needs to address these concerns promptly:

  • Internal cultural variations in how data is seen, valued and used
  • Data stored in silos without standardization and a single source of information
  • Complex data structures
  • Inconsistent data formatting
  • Reluctance to share data internally
  • Data quality and more than one kind and sources for data (structured, unstructured, collected, purchased)

Technological Barriers:

Technology is a common barrier or leveraging data. Challenges include:

  • Data stored both in the cloud and on-premises
  • Legacy systems, often highly customized
  • Lack of certified internal IT resources

Leverage data with Futran  

Here are some recommendations for optimizing the opportunity for digital transformation for Insurance companies.

  • Invest in Data Analytics – Big data analysis tools enable insurers to collect and use data from multiple sources at the same time, identify patterns, better detect fraud, and resolve cases faster.
  • Using advanced OCR software – The insurance process still relies on paper, either that it generates or that comes from other sources. Sound OCR software reduces manual entry and re-entry, promotes better storage, retrieval and analysis of unstructured data while accelerating processes.
  • Improves two-way communication – Insurers need to better engage with their customers — apps, content, and messaging tools. Tools should be primarily mobile and include features to capture interactions and outcomes.
  • Use AI to improve engagement – Artificial intelligence tools like virtual assistants can provide customers with the information or live assistance they need, saving resources and fixing routing issues.
  • Partners for Transformation – Insurers need strategic partners to help them collect, analyze and use data for digital transformation.

Conclusion

Emerging Leaders in the insurance industry are using insurance data analytics to manage risk selection and pricing strategy decisions. New-gen technology is working progressively to implement regulatory approaches to understand big data in a variety of insurance transactions such as underwriting, claims management, customer satisfaction and policy management to provide better predictive analytics. This allows insurance companies to describe the analytical decision-making process in all of their internal processes and business operations.

Futran helps insurance companies with their digital transformations by providing the best Data Analytics solutions such as Cloud-Based Data Warehouse & Data-Lake, Data Management, Managed Services & Analytics Model Development.