A Comprehensive Overview on PowerApps

by | Jan 9, 2024 | Microsoft

Microsoft PowerApps emerges as a versatile solution, enabling users to create applications without the need for extensive coding expertise. Microsoft PowerApps is a suite of apps, connectors, and services that allows users to build custom applications tailored to their specific business needs. It empowers individuals, regardless of their technical background, to create apps that can automate workflows, connect to various data sources, and facilitate better collaboration.

This article explores the significance of PowerApps and delves into its numerous advantages that empower organizations to revolutionize their processes.

Democratizing App Development:

One of the key significances of PowerApps lies in its ability to democratize application development. Traditional app development often requires specialized skills and resources, making it challenging for non-developers to actively contribute to the process. PowerApps changes this paradigm by allowing business users, often referred to as “citizen developers,” to create functional applications, reducing the dependency on IT departments.

Rapid Application Development:

PowerApps facilitates rapid application development by offering a user-friendly interface and pre-built templates. The drag-and-drop functionality and intuitive design features significantly expedite the development process, allowing organizations to respond swiftly to changing business requirements. This agility is particularly crucial in today’s fast-paced business environment.

Integration Capabilities:

Seamless integration with other Microsoft products, such as Azure, Dynamics 365, and Power BI, enhances PowerApps’ significance. This interoperability ensures that applications can leverage existing data sources and collaborate effortlessly with other business solutions. The ability to connect to data sources, including on-premises and cloud-based systems, enhances the flexibility of PowerApps.

Advantages in PowerApps:

PowerApps is designed with a low-code/no-code approach, allowing users with varying technical backgrounds to create applications without extensive coding knowledge. This democratizes the development process and enables business users, often referred to as citizen developers, to actively contribute to application creation.

PowerApps accelerates the application development lifecycle by providing pre-built templates, a drag-and-drop interface, and a wide range of connectors. This allows for the rapid prototyping, testing, and deployment of applications, reducing the time and effort required for traditional development.

PowerApps supports a wide range of data connectors, allowing users to connect to both Microsoft and third-party data sources. This flexibility enables organizations to leverage their existing data investments and incorporate data from diverse sources into their applications.

The responsive design features of PowerApps ensure that applications created are mobile-friendly by default. This is crucial in a world where mobile devices play a central role in business operations. PowerApps applications can be accessed and used seamlessly on a variety of devices.

Challenges in PowerApps:

As the complexity of PowerApps applications increases, there might be performance issues, especially when dealing with large datasets. Users need to optimize their applications to ensure smooth performance across various devices.

Managing and controlling user access to PowerApps and the underlying data sources can be challenging. Ensuring that only authorized users have access to specific applications and data is crucial for maintaining security.

While PowerApps offers cost-effective solutions, organizations need to carefully consider licensing costs, especially as usage scales. Premium features and capabilities including connection to premium data source like Dataverse or premium connectors may require premium licensing, impacting the overall cost-effectiveness of the platform. Premium license for a user costs Rs 1570 which allows unlimited Power Apps and Power Pages for assigned user.

Powering Your Supply Chain Management with Microsoft Power Automate

Powering Your Supply Chain Management with Microsoft Power Automate

by | Mar 28, 2023 | Microsoft

Supply chain management is a critical part of any business, and it involves managing the flow of goods and services from suppliers to customers. One of the key challenges in supply chain management is ensuring that processes are efficient and streamlined, which is where Power Automate comes to the rescue.

Power Automate is a cloud-based service that allows you to create workflows that automate tasks across various applications and services. By automating tasks and processes in supply chain management, you can save time, increase efficiency, and reduce errors.

Here are some of the ways that Power Automate can help improve supply chain management:

  1. Automating Purchase Orders

Purchase orders are a critical part of the procurement process, and they help ensure that goods and services are ordered correctly and on time. However, creating and managing purchase orders can be time-consuming and prone to errors. With Power Automate, you can automate the creation and management of purchase orders by creating workflows that connect to your procurement system, email, and other applications. For example, you can create a workflow that automatically generates a purchase order when an inventory level falls below a certain threshold or when a customer places an order.

  1. Streamlining Inventory Management

Inventory management is another critical part of supply chain management, and it involves tracking inventory levels, reordering products, and managing stock. With Power Automate, you can streamline inventory management by creating workflows that connect to your inventory system, email, and other Line-of-Business applications. For example, you can create a trigger that automatically updates inventory levels when a product is received or when an order is shipped.

  1. Improving Logistics and Shipping

Logistics and shipping are key components of supply chain management, and they involve managing the movement of goods from suppliers to customers. Power Automate can be used to automate logistics tasks, such as tracking shipments, delay notifications, and organizing deliveries. You can create a workflow that automatically updates shipment status and sends notifications to customers when their orders are shipped and when they are expected to be delivered along with any exception notifications.

  1. Enhancing Supplier Management

Supplier management is another critical part of supply chain management, and it involves managing relationships with suppliers and ensuring that goods and services are delivered on time and to the correct specifications. With Power Automate, you can enhance supplier management by creating workflows that connect to your supplier management system, email, and other applications. For example, you can create a workflow that automatically sends a notification to a supplier when an order is received, or send reminders to suppliers when a deadline is approaching.

Conclusion

Supply chain management is a complex process that involves managing a wide range of tasks and processes. By using Power Automate, you can automate many of these tasks and processes, saving time, increasing efficiency, and reducing errors. With a little bit of creativity and the right tools, you can streamline your supply chain management processes and ensure that your business runs smoothly and efficiently.

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Mastering Digital Requirements Management: A Comprehensive Guide

Mastering Digital Requirements Management: A Comprehensive Guide

by | Mar 14, 2023 | Blog, IBM

  • Requirements Management is a set of powerful techniques for capturing, analyzing, prioritizing, and agreeing on requirements to ensure that engineering teams always have up-to-date and approved requirements.
  • It helps to reduce errors by keeping track of changes in requirements and promoting effective communication with stakeholders from the start of a project to the end of the engineering lifecycle.
  • Ultimately, the purpose of requirements management is to ensure that product development goals are achieved in a timely and cost-effective manner.
Requirements Management (RM)

Why Do Requirements Processes Often Fail To Deliver the Expected Business Results ?

Cause :

  • The lack of a unified and fully defined requirements engineering process.
  • Use of general purpose applications or multiple authoring tools.
  • Inconsistent requirements data.
  • Lack of communication across business and functional silos.
  • Individual groups interacting with requirements that are relevant to their functional process.

Solution  :

  • Requirements should be the unifying force that binds all teams together and keeps them focused on delivering value to customers throughout the entire product development cycle, from conception to completion.
  • All engineering disciplines, including mechanical, electronic, and software, must work in tandem to ensure that the requirements are met and that customers receive a product that meets their needs.
Why Do Requirements Processes

What Are “Requirements” ?

A requirement is “a singular documented need of what a particular product or service should be or do” such as:

  • Functional Requirements describe certain behaviors (or functions) of “what the system shall do”
  • Non-Functional Requirements describe how well these behaviors (or functions) should be performed,

Requirements guide the entire development of a system. These Requirements:-

  • Originate from numerous sources
  • Should be cohesive, complete, consistent, correct, current, feasible, unambiguous and verifiable
What is ‘Requirements’ for Successful Requirements?

What is ‘Requirements’ for Successful Requirements?

  • It is the agreement between all stakeholder about process of requirement definition
  • These are tools capable of capturing perceptions, knowledge and communication

They aid in

  • Central Repository

    • Capture all requirements and related data such as discussions and comments
    • Allowing access to all involved parties.

  • IT infrastructure enabling collaboration

    • Internal and external collaboration

  • Support of different formats suitable for business and technical people

    • Text, graphics, tables, diagrams

  • Ability to enforce a defined workflow

    • Including approvals, clearance, etc.

  • Shared Glossaries

    • Reduce ambiguity on terminologies

  • Ability to enforce a established Change-Management process

Ability to enforce a established Change-Management process

Structured Approach for a Good Requirements Management

  • Break-down requirements into hierarchies

    • From high-level architecture to low-level design
    • From the entire system down to the mechanical, hardware and software disciplines.

  • Manage relations between requirements

    • From one level to another and in between.

  • Add attributes to requirements

    • Author, History, Priorities, Risks, etc.

  • Make requirements visible across the entire lifecycle

    • Provide access to requirements to all participants in the process.
Interface Requirements Specification (IRS)

Unmanaged Requirements are Costing Your Business

Requirements issues drive excessive rework, delays, poor quality, and project failures.
Unmanaged Requirements are Costing Your Business
Requirements Rework :

  • Errors, detected late in the Maintenance phase can cost up to 200 times more than detected early in Requirement Analysis phase
  • More than 40% of development budget can be consumed by poor requirements
Project Impacts :

  • 41% of projects fail to deliver the expected business value and ROI
  • 49% of projects overrun original estimates
  • 28% of projects on time and on budget

Project Delays :

  • Being late to market by 6 months or more will cost organizations 33% of the 5-year ROI5

Having a Requirements Management Plan (RMP) is critical to the success of a project because it enables engineering teams to control the scope and direct the product development lifecycle. Requirements management software provides the tools for you to execute that plan, helping to reduce costs, accelerate time to market, and improve quality control

The Proper Requirements Management Plan

The Proper Requirements Management Plan

Requirements Management Process through Systems Engineering V-Model

A typical requirements management process complements the systems engineering V-model through the following steps:

  • Collect initial requirements from stakeholders
  • Analyze requirements
  • Define and breakdown requirements
  • Capture additional information along with requirements
  • Prioritize requirements
  • Agree on and approve requirements
  • Trace requirements to implementation items
  • Assess impact of changes
  • Communicate the change to involved parties and stakeholders
  • Verify requirements
  • Version requirements
  • Make requirements accessible to all participants involved
Using a requirements management solution helps to streamline the process so you can optimize your speed to market and expand your opportunities while improving quality.

Digital Requirements Management

  • Digital requirements management (DRM) is an invaluable tool for getting everyone on the same page, including contractors, suppliers and customers.
  • It provides a secure, central location to store requirements, while improved collaboration, transparency and agility ensure that standards and compliance are met.
  • Furthermore, DRM’s inbuilt reporting capabilities allow for tracking of the project’s status. In sum, DRM is a powerful tool for businesses of all sizes.
  • Using AI, engineering teams can more easily flag poorly written, incomplete and ambiguous requirements while receiving real time coaching on how to improve them.
  • By adding AI to your requirements management strategy, you can strengthen the quality of your requirements while reducing errors and costs.

End-to-End Lifecycle Traceability with Requirements Management

End-to-End Lifecycle Traceability with Requirements Management

  • Traceability is the key to compliance

    • Initial requirements will be decomposed, which creates traceability relationships.
    • Other relationships can also be traced such as “consists of”, “verifies”, etc.
    • Traceability must be enforced in order to ensure consistency and completeness.

  • Traceability from customer requirements through product development to test and delivery enables organizations to:

    • Know which requirements are implemented and tested vs. those which are not
    • Manage and defend against scope creep.

Change Management Process

  • Changes to requirements are inevitable.
  • Requirement Change Requests (RCR) can occur as early as the requirement elicitation phase, or as late as product development or maintenance phase, and thus a process for proposing and managing changes will ensure consistently and in a controlled manner.
  • The change management process is important for ensuring that changes are implemented smoothly and without issue
Change Management Process

Variant Management

Variant management is the process of managing different variants of a product or system, which may share some common features and functions but also have unique features that distinguish them from one another. In the context of engineering and product development, variant management involves defining, documenting, and controlling the different configurations of a product, as well as managing the relationships and dependencies between them. This is important for ensuring that products are designed and produced efficiently, effectively, and with the necessary level of quality and consistency. Variant management is often used in industries such as automotive, aerospace, and manufacturing, where products may have a large number of possible configurations or options.

Some potential benefits of variant management in requirements management include:

  • Improved efficiency

    • By managing requirements for different product or system variants in a systematic way, variant management can help reduce duplication of effort and improve overall efficiency in the development process.

  • Increased agility

    • With effective variant management, development teams can more easily and quickly adapt to changes in market demands or customer requirements by leveraging existing requirements and building on top of them.

  • Better quality

    • By managing requirements more effectively, variant management can help ensure that product or system variants meet the necessary quality standards and requirements.

  • Reduced costs

    • By reusing existing requirements and building on top of them, variant management can help reduce development costs associated with creating new requirements from scratch.

  • Better traceability

    • With effective variant management, it becomes easier to trace requirements across different product or system variants, making it easier to manage and maintain different versions of the product or system.
Variant Management

Best Practices of Writing Good Requirements

Best Practices of Writing Good Requirements

AI in Requirements Management

  • Using AI, engineering teams can more easily flag poorly written, incomplete and ambiguous requirements while receiving realtime coaching on how to improve them

Benefits of Good Requirements Management

Provides Query attributes to find specific properties

  • “How many requirements are listed as high risk?”

Using traceability reports for checking dependencies.

  • Before change is committed.

Finding “missing” links

  • “Which detailed requirements has no relation to a high-level user requirement?”

Coverage analysis

  • “Which higher level requirement has no lower-level requirement?”

Impact analysis

  • “What lower-level requirements are affected if a high-level requirement changes?”

Keep traceability

  • For each increment, if you develop incrementally with concurrent phases
  • For each variant, if you manage variants and product lines

Requirements Engineering For Quality Management

Quality Management Needs Strong Linkages to Requirements

Requirements are the input for all quality and test specifications like

  • Functional Requirement define “What” the test object shall do
  • Non-Functional Requirements define “How well” the test object shall do it.

Quality Management linked to Requirements Management

  • Incorporates requirements in test- and quality plans.
  • Relates test cases, test suites, test execution and test result with requirements.
  • Shows which requirements are tested and which are not.
  • Provides traceability between and within hierarchies of requirements and tests.
Requirements Engineering For Quality Management

IBM Engineering Requirements Management DOORS Next  for Quality Management

This is a single platform for managing requirements so your teams can work more effectively across disciplines, time zones, and supply chains.
It is useful in :

  • Collaboration : Clarity across teams by establishing a single source of truth
  • Traceability : Connect requirements with tests, system architecture and your plan
  • Change Management : Understand impact of changes and track changes
  • Transparency : Customizable dashboards and reports for an easy overview
  • Optimization : Assess clarity and testability using pre-trained AI models
IBM Engineering Requirements Management DOORS Next for Quality Management

With IBM Engineering Requirements Management DOORS Next, you can

  • Create or import requirements
  • Link requirements and track traceability
  • Organize requirements in modules and components
  • Exchange and export requirements
  • Review requirements
  • Version and baseline requirements

IBM Requirements Quality Assistant

The requirements model, designed to be in accordance with the INCOSE Guide for Writing Requirements, is pre-trained to detect 10 quality issues, including unclear actor or user, compound requirement, negative requirement, escape clause, missing units, missing tolerances, ambiguity, passive, incomplete requirements, and unspecified quantities. This model provides a consistent and reliable approach to assessing the quality of requirements.

Contact MicroGenesis to know more about Requirements Management using IBM Engineering Requirements Management – DOORS Next

Microsoft Power Automate: Automating Your Workflows

Microsoft Power Automate: Automating Your Workflows

by | Mar 13, 2023 | Blog, Microsoft

In today’s fast-paced business world, efficiency is key. To achieve maximum efficiency, businesses must streamline their workflows and automate repetitive tasks. One tool that can help businesses achieve intelligent process automation is Microsoft Power Automate.

What is Microsoft Power Automate?

Microsoft Power Automate is a cloud or desktop-based BOT that allows users to create workflows that automate tasks across various applications and services. With Power Automate, you can create automated workflows that connect apps and services to automate repetitive tasks, saving time and increasing efficiency.

How does Power Automate work?

Power Automate works by allowing you to automate workflows that connect to various applications and services. These workflows are made up of triggers, actions, and conditions. Triggers are events that start the workflow, such as a new email arriving in your inbox or a new file being added to a specific folder. Actions are the steps that the workflow takes in response to the trigger, such as copying the email attachment to a specific location or sending a notification to a team member. Conditions are used to set rules that determine whether or not an action is taken based on specific criteria.

What can you do with Power Automate?

With Power Automate, you can automate a wide range of tasks across various applications and services. Here are a few examples:

  1. Automate approval processes: With Power Automate, you can create workflows that automate approval processes. For example, you can create a workflow that sends an email to your manager when you submit a vacation request, and then automatically updates your calendar once the request is approved.
  2. Connect apps and services: Power Automate allows you to connect apps and services to automate tasks between them. For example, you can create a workflow that automatically saves email attachments to OneDrive or SharePoint.
  3. Automate repetitive tasks: Power Automate can help you automate repetitive tasks, such as copying files between folders, sending reminders to team members, or creating new tasks in your to-do list.
  4. Streamline data entry: Power Automate can help you streamline data entry by automating the process of entering data into different applications. For example, you can create a workflow that automatically adds new leads to your CRM system when a contact form is submitted on your website.

How to get started?

Doing business in the digital age requires finding solutions tailored to your enterprise’s specific needs. Your success depends on finding the right tools for the job. MicroGenesis Professional Services provides proven expertise and flexible options to help customers augment and accelerate the adoption of their Microsoft applications and realize greater value from their investments. Each deployment of Microsoft Applications is unique, so we offer a breadth of services to support your adoption and growth journey, whether you need best practice guidance, performance tune-up, procure products, implementation assistance or help to analyze upgrades or migration needs and optimize your existing applications.

Contact us at sales@mgtechsoft.com to get started today!

What are the ALM Tools? – Everything You Need To Know About Them

What are the ALM Tools? – Everything You Need To Know About Them

by | Mar 9, 2023 | Application Lifecycle Management, Blog

The development of software has come a long way from its traditional model. Fragmented processes, delivery delays, unexpected scope changes, and cost overruns have all been the struggles of conventional software development. To combat these issues, Application Lifecycle Management (ALM) has emerged as a powerful tool for integrating multiple disciplines, practices, and teams under one umbrella. By bringing together different areas of the software development process, ALM provides a much more efficient and comprehensive approach to creating, delivering, and managing complex software. 

The Need For ALM Tools 

ALM makes it easier for all the other development parts to talk to the development team. Also, implementing different methods like Agile, Waterfall, or RAD is easy with the help of ALM. You can simultaneously handle requirements, changes, and flexibility with ALM tools and processes. 

What is Application Lifecycle Management? 

Application Lifecycle Management, or ALM, is a group of people, tools, and a process that manages the life cycle of an application from the time it is first thought of to when it is no longer used. AML starts with the requirements for building an application and moves on to the maintenance stages.

There are three main parts to ALM:

Administration – At this stage, you need to determine the requirements and design the system. In other words, you make the app you want by planning and making it.

There are two types of requirements: the general ones, like business requirements, mobile app goals, and user journeys, and the specific ones. And the exact needs, like the product and technical specifications.

The administration team has to do the following while using the ALM tools:

  1. Identifying the most important parties
  2. Choose who will own the project.
  3. How to find the top-level departments
  4. Putting their ideas in order
  5. Putting together a BRS that shows the business needs
  6. They need to set up conditions and customer inquiries to help the development team.
  7. Finding the best way to build something and running the project
  8. Selling the good points and Putting an end to the programme when needed

Development – This part is about the SDLC, or software development life cycle. This is where you make your application and bring it to life. The development stage can differ depending on your method and how the app is managed, but the SDLC cycle stays the same.

The development team is in charge of the following:

  1. First, they need to design an app based on what the market and users want. Then, the team is in charge of finding the software architecture.
  2. How to code an application
  3. Taking care of the needed changes
  4. Keeping track of version
  5. Keeping settings up-to-date
  6. QA and testing
  7. Taking care of different builds
  8. Supporting the final application and running the official release

Operations – After the app is released, the operation stage starts. At this stage, the maintenance team needs to look into any possible bugs and devise a plan for how to fix them. The maintenance team also manages updates and keeps an eye on how the app is doing. During the whole application lifecycle, this step must be taken.

The team in charge of running and maintaining the application needs to do the following:

  • Customer support
  • Keeping track of the problems that could happen
  • Keeping an eye on how well the application works
  • Keeping an eye on the application’s security
  • Maintenance of the application 

ALM Tools and Their Importance 

ALM tools are project management tools that help you connect people and processes. For example, you can look for a tool with version control, real-time team communication, requirements management, estimation and project planning, source code management, and test management.

Some of the essential ALM tools provided by MicroGenesis are as follows: 

  • SpiraTeam
  • CA Agile Central
  • Atlassian Jira
  • Stash
  • Bamboo

Major ALM Benefits  

  • Helps Teams see Each other Better

The ALM tools and methods used in ALM give all teams the same view of a project. Everyone knows what work has already been done and what needs to be done next. Different teams can work together to determine the order of the next steps in developing an app.

  • Speed up and Improves Development

When a software development team uses ALM principles and tools, developers and testers work well together to improve the quality of the software. They can use automation to test the source code often and find problems with it as soon as possible. As a result, teams can make software changes faster and more confidently when they test the whole code after each change.

  • Gives the Software Project Clear Direction

The tools and processes of ALM help the development and testing teams plan and carry out their project strategies. As a result, they can make more accurate estimates of what the project needs and better plans for the future of the application. 

MicroGenesis – Your Stop For the Efficient ALM Process & Tools 

As a well-known ALM solutions provider- MicroGenesis can help with everything. We start by getting to know how your business works, and then we offer you ALM tools with extra benefits that fit with how your software release works.

MicroGenesis puts the needs of its clients first and offers a complete set of services and support that will help your business and help you in the long run. We take care of the technical details with the utmost professionalism and excellence, from custom software solutions to configuration management. 

Get in touch with us for more information on ALM tools & services.

TAAS – Different Types and How TAAS Works?

TAAS – Different Types and How TAAS Works?

by | Mar 9, 2023 | Blog, Testing

The technology industry is constantly evolving and adapting to the changing needs of businesses. With the rise of digital transformation, the need for efficient and effective software testing is becoming increasingly important. Testing as a Service (TAAS) is a relatively recent concept that has gained traction in the industry as organizations recognize the benefits of outsourcing their software testing activities.

TaaS is an outsourcing model that involves engaging a service provider to perform all activities related to software testing. This includes testing applications, discovering and fixing bugs, and verifying that the software runs correctly. Organizations can also benefit from the expertise and experience of service providers in quality assurance across the application lifecycle, allowing them to optimize their performance. 

The Basic Working Mechanism of TAAS

Basically, TAAS comes into play when a company hires a third party to do testing procedures for the software. Testing tools, software, and infrastructure are often bought from providers on a “pay-per-use” basis. TAAS is a combination of software and infrastructure or the outsourcing of an entire department. No matter what form TAAS takes, a provider takes on some of the testing responsibilities of the organization.

People and machines can do testing as a Service – TAAS. Quality Assurance (QA) analysts are the people who do manual testing. They follow step-by-step instructions to find bugs in the most important parts of your app, as recommended by the software company. 

There are different kinds of TAAS, each with its own set of rules, but in general, this is how it works: 

  • First, a scenario and an environment are set up for the software test. This could be called a user scenario when testing software.
  • Usually, the environment is set up by the service provider to ensure the scenario’s security. 
  • An objective of the test is to see how the company would handle that situation.
  • Next, the vendor checks the company’s performance and sees if it can reach the goals set out in the test design.
  • Finally, the company and the service provider – MicroGenesis, work together to improve the system or product being tested so that it will work better and give better results in the future. 

Major Types of TAAS Used in the IT Industry 

Functional TAAS 

It is a type of testing where a QA analyst checks to see if a piece of software works how it is supposed to. For example, the functional TAAS is executed by putting the software’s inputs into it and checking the output to see if it works the way it was meant to. 

It also checks how easy the software is to use, how well it can be navigated, and if there are any error conditions, including the GUI testing. 

Security/ Penetration TAAS 

Security testing is software testing to ensure the program is safe and doesn’t leave any holes that bad people could exploit. Your software is carefully examined during security software testing to find any possible holes by the service provider, like MicroGenesis. And if there are any holes in the system, the QAs will work to fix them.

Regression TAAS 

Regression testing is done when new software tools and features are tested to see how they affect the design already in place. It ensures that adding new features or changing the original code doesn’t hurt the application. It also checks to see if the recent changes have fixed the problem that was there before. 

Performance TAAS 

The software’s stability, speed, and response ability are all looked at in performance testing. It is done by making virtual users and running different tests, such as soak testing, spike testing, and stress testing. Overall, the software’s performance is assessed by the service provider and the company. 

Disaster Recovery TAAS 

In the disaster recovery plan, the ability of the company’s capacity to respond to and recover from a disaster is evaluated by the analysts. 

Unit TAAS 

Unit testing ensures that each part of the software works as it should and meets the requirements. Developers usually do unit testing early in the development process before the code is put together and tested as a whole system.

Unit tests are made to test the smallest possible piece of code, like a function or method, without the rest of the system. 

Cloud TAAS 

Cloud Testing is software testing that uses cloud computing services to test software applications. It is a way to test software based on functional and non-functional requirements. The SaaS cloud service apps are used to do the testing.  It uses cloud computing services that make the software more available, scalable, and flexible. This saves time and money when testing software.

Summing It Up 

TaaS can involve engaging consultants to help advise in-house employees and completely outsource the testing process to a service provider. But, no matter the approach, TaaS can help organizations streamline their software testing processes.

MicroGenesis – a major TAAS service provider in Bangalore, specializes in providing comprehensive, end-to-end testing services for core business applications across industries. In addition, our quality engineering services are designed to align with your business needs, helping you to improve the quality of your applications and accelerate your digital transformation journey.  

Contact us for more information.