Tag: technology

I am speaking at DevOpsCon Berlin (June 2025)

Nishi Grover Garg1 Comment

I am excited to share that I will be speaking at DevOpsCon Berlin next week, an event by devmio.

This event is known for its power workshops, practical learning avenues and networking with international community of Agile & DevOps enthusiasts, I am excited to be presenting not one but 2 sessions – one focused on No-Code Test Automation Revolution and another about Leading Scrum teams in dynamic environments.

The conference offers 4 full days of learning in the form of sessions, keynotes and workshops, with options to attend in-person or online – here is the full program https://devopscon.io/berlin/program-berlin/

As I prepare to travel to Berlin again, this will definitely be a new experience as a European native and having my family along with me! I am excited to meet some new people and reconnect with the amazing people I met in the past years.

Here are the details of my 2 sessions:

No Code Revolution: Redefining Test Automation for Speed and Simplicity

With numerous test automation tools and frameworks available today, many in the software testing industry are focused on learning them all. It is important to stay updated with new technology. But are testers losing something in the race to become more technical and equipped with automation skills? Is your test automation becoming so technical and code-intensive that it’s in danger of alienating the subject-matter expert testers who best know the core of your business?
Testing is a creative field and Test automation tools are the necessary technology that is meant to serve us.
Test automation is undergoing a paradigm shift with the rise of no-code platforms. This session dives into how no-code test automation tools are transforming traditional testing practices, enabling faster implementation, and making testing accessible to non-technical stakeholders.

Takeaways :
Attendees will discover:
>>What steps to take to not alienate your business testers and other key stakeholders from yoyr test automation.
>>How no-code platforms democratize test automation for Agile teams.
>>Techniques to reduce setup time and increase test coverage.
>>Practical insights into leveraging no-code tools for scalable, efficient testing

Mastering Scrum and Navigating Agility in Dynamic environments

Agile teams in startups can be in a constant state of flux, and creating harmony there requires mastering adaptive leadership techniques, relooking at processes and leaning them out to suit the needs of the teams. In this session, we will dissect the intricate dance of leading software delivery in startup agile teams, and discover actionable strategies for navigating the complexities of program management in fast-paced environments. 

Scrum masters, agile leaders and team members will gain valuable insights into aligning team efforts with business goals while maintaining agility and high-quality standards.

By the end of this session, you will:​

>Gain insights into adaptive leadership techniques tailored for startup agility.

>Learn practical approaches to balance speed and quality in software delivery.

>Explore effective methodologies managing scrum teams in dynamic startup ecosystems.

Revolutionizing Manual Testing: Top Trends to Watch in 2025

Nishi Grover Garg1 Comment

Manual testing is vital in the context of software development lifecycle. Although manual testing has undergone significant change over the years, its relevance continues to be of immense value. The manual testing process involves designing test cases on the basis of software specifications as well as requirements.

The year 2025 will definitely mark a transformative phase when it comes to manual testing. Advanced technologies may play a key role in the year. These elements can magnify the importance of manual QA testing services.

Some of the major trends that have been covered in the article are Test Augmentation with AI and ML, Exploratory Testing, Seamless Integration with DevOps, Shift Towards Quality Engineering Mindset, No-Code and Low-Code Testing Platforms, Collaborative Testing with Cross-Functional Teams and Remote and Crowdsourced Testing.

The Current State of Testing

To understand the current state of manual testing, you must understand its role in the Agile Era. Additionally, the current concerns of manual testers cannot be ignored.

Importance of Software Testing in the Agile Era

In the Agile Era, the relevance and importance of manual testing have certainly surged. Without manual testing, it is impossible to think of different aspects of the software development lifecycle, such as usability, exploratory testing, and human-centric design. A trusted manual testing service provider can ensure that holistic testing is conducted to develop well-functional software.

Both manual and automated testing are critical while developing new software. Manual testing can support software quality by leveraging manual skills. Similarly, automated testing is vital to executing diverse test cases by leveraging technology. 

Challenges Faced by Manual Testers Today

At present, Manual Testers face a host of challenges and issues. The common issues that arise include:

  • Manual testing involves considerable time and resources. Thus, the time- and resource-intensive nature of the process can be quite formidable for manual testers.
  • At present, there is a rise in the demand for faster releases. For instance, the popularity of the CI/CD pipeline, which is an automated framework, adds pressure for manual testers. They have to compete with automation which might not be feasible.
  • Scaling manual testing efforts is a daunting task. Hence, the efforts and hard work of manual testers may not be easily recognized.

Top Trends Shaping Manual Testing in 2025

Test Augmentation with AI and ML

Technologies such as AI and ML are certainly revolutionizing the manual testing landscape. Manual testers can use AI-powered tools to perform tests. These tools can certainly assist them with diverse functionalities, including test case design, defect prediction, and test data generation. Some of the main benefits of leveraging advanced technologies are faster and more accurate test planning processes.

Emphasis on Exploratory Testing

In 2025, exploratory testing will undoubtedly take center stage. This is because it can help testers integrate creativity into manual testing to locate bugs. Manual testers who offer manual testing services can certainly improve their exploratory testing skills by understanding the needs of users at a holistic level.

Seamless Integration with DevOps

A top trend that will certainly shape manual testing involves the seamless Integration with DevOps. By fusing the manual testing process with DevOps pipelines and CI/CD workflows, the process can be made more efficient and effective. Furthermore, the trends relating to the application of lightweight tools can support manual testing within agile sprints.

Shift Towards Quality Engineering Mindset

In the near future, there will be a shift towards a quality engineering mindset. Thus, the role of manual testers may change. These testers will definitely become quality advocates within teams. That’s not all! Their role will not be restricted to testing. They will look beyond testing the functionality of the software application and focus on areas such as user experience, performance, and accessibility.

No-Code and Low-Code Testing Platforms

The year 2025 is Lilley to witness a surge in no-code/low-code tools. Such tools can definitely enable ng non-technical testers to execute complex tests efficiently. Using these tools may have numerous implications in relation to manual testing workflows. These workflows are likely to become more streamlined and simpler.

Collaborative Testing with Cross-Functional Teams

Manual testing may undergo change due to the rise in collaboration. Greater collaboration among diverse stakeholders, including developers, testers, designers, and product owners, can strengthen the process. Furthermore, several tools and practices that support seamless teamwork and collaboration, such as Jira, may gain high popularity.

Remote and Crowdsourced Testing

The year 2025 is most likely to witness the rise of distributed teams as well as crowdsourced testing platforms. Remote work can pave a new path for manual testing. Furthermore, manual testers from diverse areas may engage in testing, thereby popularizing the concept of crowdsourced testing. Some of the main advantages of the specific trend include the consideration of diverse perspectives, better flexibility, and an increase in cost-effectiveness.

Conclusion

The manual testing landscape continues to evolve currently. Several trends relating to manual testing have been identified that can reinvent the manual testing process in 2025.

You need to understand that the manual testing process continues to be highly relevant and important. It continues to play a catalytic role in the software development lifecycle process. Testers from the top manual QA testing services company need to embrace these trends so that they can adapt and conduct high-quality manual testing.

This is a guest post by: Harshil Malvi

Author Bio:

Harshil Malvi, Founder & CEO of TabdeltaQA, is an expert in software testing. He leads the company with a focus on delivering high-quality testing services that help businesses create smooth and reliable digital experiences. With skills in automation testing, performance testing, and quality assurance, Harshil is dedicated to making sure software works perfectly and meets the needs of users.

Beyond the Code: Crafting the Perfect Test Automation Strategy

Nishi Grover GargLeave a comment

In the ever-evolving world of software development, test automation is a necessity. But effective test automation isn’t just about writing code to automate tests; it’s about creating a strategy that aligns with your team’s goals, ensures optimal coverage, and evolves with your product. Let’s explore how you can craft the perfect test automation strategy, one that goes beyond the code and truly delivers value.

Why Strategy Matters

Many teams dive headfirst into test automation, often tempted by the promise of speed and efficiency. However, without a clear strategy, automation efforts can quickly spiral into chaos. Flaky tests, redundant coverage, and maintenance nightmares become all too common. 

For example, a startup I worked with automated their entire regression suite without prioritizing critical paths. When their checkout system broke due to an API change, the automated tests failed to catch it because they were too focused on miniscule UI tests and edge cases.

The takeaway? A good strategy ensures that your test automation efforts are focused, reliable, and adaptable to change.

Step 1: Define Your Goals

Every automation strategy should start with a clear understanding of your team’s goals. Are you looking to reduce manual testing time? Improve test coverage? Speed up deployment cycles? Align your automation efforts with these objectives.

A fintech company aimed to release updates weekly without compromising quality. Their automation strategy focused on automating critical workflows like fund transfers and account creation while leaving exploratory testing to manual testers. By aligning their automation with their release goals, they achieved faster, safer deployments.

Step 2: Identify What to Automate

Not everything needs to be automated. Even if feasible, not everything would be Valuable to automate. So, we need to prioritize test cases for automation based on their :

  1. Criticality: Focus on features that are essential to your business. For instance, for an e-commerce platform, the checkout flow and payment gateway are non-negotiable.
  2. Frequency: Automate repetitive tasks, such as regression testing, to save time.
  3. Feasibility: Some tests, like those involving visual validation, might be better suited for manual testing or require specialized tools.

A SaaS team struggled with flaky UI tests for edge cases. By refocusing their automation on API-level tests and critical user journeys, they reduced test execution time and improved reliability.

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I am speaking at DevOpsCon, Singapore

Nishi Grover GargLeave a comment

I am elated to share that I have been invited to speak at DevOpsCon, SIngapore – an event by devmio. This event is known for its power workshops, practical learning avenues and networking with international community of Agile & DevOps enthusiasts, I am excited to be presenting not one but 2 sessions – one focused on Agile Delivery and another on Test Automation Strategies!

The conference offers 4 full days of learning in the form of sessions, keynotes and workshops, with options to attend in-person or online – here is the full program https://devopscon.io/singapore/program-singapore/

As I prepare for the sessions and my travel, I am also looking for recommendations and ideas for things to include in these sessions. Please share your thoughts and suggestions on what you would like to be included in these topics – here are the details of my sessions:


Navigating the Agile Seas: Program Management in Startup Waters

Agile teams in startups can be in a constant state of flux, and creating harmony there requires mastering adaptive leadership techniques, relooking at processes and leaning them out to suit the needs of the teams. In this session, we will dissect the intricate dance of leading software delivery in startup agile teams, and discover actionable strategies for navigating the complexities of program management in fast-paced environments. Program and engineering leaders will gain valuable insights into aligning team efforts with business goals while maintaining agility and high-quality standards.

By the end of this session, you will:​

  • Gain insights into adaptive leadership techniques tailored for startup agility.
  • Learn practical approaches to balance speed and quality in software delivery.
  • Explore effective methodologies for orchestrating agile programs in dynamic startup ecosystems
  • Navigating the Agile Seas: Program Management in Startup Waters

Mastering Test Automation: Strategies for Maximum Efficiency and Impact

In today’s fast-paced development cycles, effective test automation is essential for delivering high-quality software at speed. This talk will guide you through selecting the most impactful test automation strategies by focusing on aligning with business goals, ensuring scalability, and optimizing test coverage. Attendees will learn how to prioritize which tests to automate, choose the right tools, and create a balanced approach that maximizes efficiency while minimizing maintenance overhead.

Grateful for the opportunity to share my word with the community, and looking forward to travelling the world!

See ya there!

Cheers,

Nishi

Empowering Enterprise Growth with Low-Code Platforms

Nishi Grover Garg3 Comments

<This is a guest post by Smith Mac>

In the rapidly evolving modern world, business changes in enterprises are violent and frequent, and therefore, the provision of innovative technological, many enterprise organizations adopt low-code development platforms into enabling the enhanced software development processes’ efficiency. In this conclusive and comprehensive tutorial low code aspect is discussed how it impacts organization and it also answers the critical questions with respect to traditional development to help the business to capture tremendous value in developing Ready Enterprise Applications.

1. Empowering Enterprise Outcomes through Low-Code Development

Low-code development platforms are becoming the key drivers of enterprise digital transformation by easing app development approaches. It reduces the practices of manual coding by a considerable amount, reduces time and cost of development while projecting a market growth of more than thirty percent CAGR by-year 2028. In this regard, low-code, by translating development into graphical interfaces, is the enabler for both IT and business personnel and a way to bring additional efficiency to the organization by improving development team’s velocities thus allowing to quickly adapt to market needs. It is friendly with existing IT environments and enhances legacy frameworks and third-party API for maximum return on investment while renewing applications.

Integrating Competitive Advantage into Operations

Implementation of low-code platforms means relatively increased productivity as organisations experience up to 50% reduction in the time to build application and maintaining them. This efficiency helps IT teams to avoid wasting their time on various usual tasks and shift more focus to unique tasks. However, integrated management and security mechanisms reduce the risks involved with Shadow IT, whilst adhering to stringent regulatory requirements. As more enterprises adopt low-code, they are able to deliver more applications faster to market and be more responsive to changing business requirements.

2. How Low-Code Development helps in Unlocking Enterprise Growth

Many organizations have turned to low-code platforms to ensure efficiency during the development phase and align with the DevOps concept. Forrester has it that low-code can help to speed up application delivery by as much as six times while at the same time halving development costs. This efficiency not only improves the speed for operations but also fosters the fairly essential accelerated rate of innovation for competitive advantage.

Low-code also makes application development more accessible to allow business users who are not IT experts to build applications that they require. It encourages cooperation between departments, ensures that IT works towards business objectives, and speeds up the working cycles to provide better customers’ experiences. Furthermore, the top low-code platforms are security and compliance-oriented as innovative security mechanisms are integrated into the platform to ensure proper protection of data and compliance with relevant regulations, thus reducing risks and increasing confidence.

3. Working Through the Problems of Traditional Software Development for the Enterprise

In the current environment of enterprises, the conventional software development faces issues that slow it down and prevent creativity. Complexity of development cycles and increasing costs are also significant projects issues with 68% of projects reporting delays and 45% reporting that their costs were higher than planned because of poor planning and communication. In addition, such methodologies as waterfall restrict the cross-functional team approach, which creates problems with immediate adaptation to market shifts and slows down time to market of key applications.

The primary social challenges for these enterprises are these hurdles, and therefore working with Agile and DevOps practices. There are mainly the following advantages of using agile methodologies: It encourages cross functional and cross organizational collaboration and thus teamwork, because the conditions are fully supportive of fast responses to changes in requirements and markets. Implementing DevOps does not only facilitate development but also increases deployment rates by 30x and reduces failure rates by 60x. Implementing cloud computing solutions, organizations also advance the use of cloud-native ones and microservices to improve scalability and being competitive in the digital market.

4. Realizing Increased Speed & Innovation with Low-Code Capabilities

Low-code is considered to be influencing the application development profoundly as it cuts across the time required in developing and implementing applications I superior ways. As per estimates, the CAGR is over 20% and these platforms dematerialize processes and include citizens, developers and IT persons. Since competition is high in today’s mart, reducing the time-to-market for new products and features are very critical for organizations.

Making the process of building applications accessible to more users is another advantage that comes with the use of low-code solutions. Benefits of collaboration are the ability of allowing users with different technical applications to change programs, processes and develop improvements, hence enjoying the flexibility of responding to the market and consumers’ feedbacks. Companies using low-code claim that their applications are delivered up to 50% faster, and this increases overall business functionality and customer satisfaction.

Additionally, low code enables CI/CD requirements as essential for today’s DevOps frameworks. These are easily integrated with the existing tools and processes and reduce the time spent and errors in the deployment of the software. This helps to liberate the development teams to concentrate on new value creation, thus increasing the organizational flexibility.

5. The Possibilities of Low-Code Solutions for the High-End Business Applications

Leveraging the full potential of low-code as the foundation for delivering enterprise-level solutions is transforming applications development. For enterprises, it represents that adequate use of low-code can avoid much hand-coding in the development of complicated applications, thus shortening the TTM and improving the flexibility. According to the market report, it will exhibit a CAGR of over 25% by 2028; low-code development platforms enable organisations to deliver new solutions at a greater pace.

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Breaking Boundaries: Women at the Forefront of STEM

Nishi Grover Garg1 Comment

<This is a guest post by Lena Heller>

Men have traditionally held the majority of positions in STEM (Science, Technology, Engineering, and Mathematics). But over time, women have been pushing boundaries and achieving important advancements in the industry. In numerous STEM disciplines, including medical, engineering, and computer science, women are now making ground-breaking advances. These female role models are paving the way and demonstrating that gender should never be a hindrance to seeking a profession in STEM. Some of the ladies who are leading the way in STEM are highlighted and celebrated in this article.

Medicine
Dr. Jane C. Wright blazed new paths in the medical industry. Dr. Wright, who was born in 1919, was the first African American woman to complete medical school. She was also the first woman to hold the position of department director at a renowned cancer study institute. Dr. Wright was a pioneer in cancer chemotherapy, and thanks to her efforts, numerous lives have been spared by medicines. Dr. Patricia Bath is another lady who has made a major impact on medicine. The first African American woman to be granted a patent for a medicinal innovation was Dr. Bath. She invented a technique for removing cataracts with a laser, which transformed eye surgery. In the area of telemedicine, which employs technology to deliver healthcare to patients in distant locations, Dr. Bath was a pioneer.

Engineering
Another profession that has historically been controlled by males is engineering. But female pioneers in this area, like Dr. Mae Jemison, are dismantling stereotypes and establishing themselves. The first African American lady to hold the position of astronaut was Dr. Jemison. She is an architect and a doctor as well. Many young women have been motivated to seek STEM professions by Dr. Jemison’s ground-breaking accomplishments. Dr. Ayanna Howard is another lady who has distinguished herself in engineering.

Roboticist Dr. Howard has contributed to numerous NASA projects. She teaches automation at the Georgia Institute of Technology as well. The goal of Dr. Howard’s study is to create robots that can communicate with people more naturally. Her work has the ability to completely change how we deal with robots on a regular basis.

Computing Science
Another field where women are making substantial progress is computer science. Computer science was pioneered by Dr. Grace Hopper. She created the first translator, a software that converts computer code into commands that are understandable by machines. Modern computer languages are a direct result of Dr. Hopper’s efforts. Additionally, she was the first female recipient of the National Medal of Technology. Dr. Fei-Fei Li is another lady who has made a major impact on computer science.

Dr. Li is an expert in artificial intelligence and a computer physicist. (AI). She has worked on numerous AI initiatives, including the creation of ImageNet, a collection of millions of labeled pictures that has been used to train AI models. She is the co-director of the Stanford Institute for Human-Centered AI. The work of Dr. Li has the ability to change a number of sectors, including healthcare and transit.


Obstacles for women in STEM
Even though women have made great strides in STEM fields, they still encounter numerous obstacles. The lack of participation is one of the greatest issues. Young girls who are interested in a future in STEM may be discouraged by the fact that women are still overwhelmingly lacking in these disciplines. Women only make up 28% of the STEM field, according to a National Science Foundation study. The gender wage disparity is one more issue that women deal with. Even when they have the same credentials and expertise, women in STEM areas frequently receive lower pay than their male peers. This can hinder women’s professional advancement and serve as a dissuader for women who are thinking about a future in STEM.

The absence of mentoring and assistance is another problem that women in STEM must deal with. Many women claim to feel alone in their jobs and to have no access to mentors who can help them negotiate the difficulties of their profession. As a result, women may find it challenging to progress in their jobs and may have fewer chances for development and advancement. Finally, prejudice and discrimination against women in STEM fields is a problem. Being regarded seriously in the workplace can be challenging for women because they are frequently the target of assumptions and biases. Women tech jobs frequently face particular difficulties like discrimination on the basis of their gender, color, or nationality.

Getting past the obstacles
Despite the difficulties that women in STEM experience, there are methods to get around them and foster a more welcoming and encouraging atmosphere for them. Increasing chances for mentoring and assistance is one strategy. Women are more likely to thrive in their jobs and feel more encouraged at work if they have access to mentors and sponsors. More networking and collaboration possibilities are one more method to encourage variety and equality in STEM. We can help to create a community of support and inspiration for women in STEM disciplines by putting them in touch with one another.

This can serve to lower barriers and advance diversity in the industry.

Promoting knowledge and instruction about the value of variety and inclusion in STEM fields is also crucial. We can inspire more people to move and work toward fostering a more inclusive and supportive atmosphere for all by bringing attention to the problems that women experience in the workplace.

Conclusion
In conclusion, women have made important advancements to STEM disciplines, but they still struggle with issues like bias, mentoring, and inclusion. To build a more equitable and creative future, it is crucial to address these issues and promote variety and equality in STEM disciplines.

Four Ways to Keep Testing Skills Sharp During the Pandemic

Nishi Grover Garg1 Comment

The global pandemic has many of us wondering about our job situation. There is insecurity and fear in every industry, and many workers are already bearing the brunt of layoffs or pay cuts. If you are in the same boat, you might be thinking about a career move soon enough.

But with most people working remotely, how do you prepare a skill set that is up to date for the testing industry? You need to take charge of your own training. In my article published at TestRail blog I discussed some tips to upskill yourself as a tester, now or anytime in the future.

1. Read

It sounds obvious, but it may not be so to everyone. There are hundreds of books available on all things testing, with more every day, so there’s sure to be something useful to you.

And in today’s day and age, reading does not only imply books. There are a number of blogs, community websites, and newsletters you can subscribe to for the latest articles and write-ups on various new technologies, tools, frameworks, and methods.

Take some time each day to read select articles that interest you and explore what new developments are happening in the industry. You must strive to learn things beyond what you are already doing and the technology that you are already using at work. If you can spare just 15 minutes a day to read your favorite journals, articles, or blogs, you will feel more a part of the industry beyond your own team and company.

2. Leverage online learning

There is no dearth of online courses or learning materials on any technology or tool you want to explore. There are numerous websites, forums, and YouTube channels that offer free content, step-by-step tutorial guides, and training related to software testing. You can start your learning journey with any one of them and continue to explore along the way.

Renowned industry leaders offer their expertise and knowledge in free or paid courses that you can attend online. If live training is not your jam, go ahead and find a self-paced video course. Some of them even offer you a completion certificate once you clear the quiz at the end. You can proudly display it on your LinkedIn or other professional profiles to showcase your skills to recruiters.

3. Connect and network

Connections and networking matter a lot in a job search. Even though in-person encounters aren’t possible right now, you can leverage the online avenues of connecting and networking like attending online free meetups, conferences, and webinars. There are many learning and engaging events that you can participate in to connect with other like-minded people. You can also get involved by helping organize these functions or starting your own group event or meetup. Read full article->

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Read Along- ‘Agile Testing’ Chapter-7

Nishi Grover Garg1 Comment

“Technology-Facing Tests that Support the Team”

A look at tests in Quadrant-1 – Technology Facing tests

Agile Testing Quadrants
  • Unit tests and component tests ensure quality by helping the programmers understand exactly what the code needs to do and providing guidance in the right design
  • The term ‘Test-Driven Development’ misleads practitioners who do not understand that its more about design than testing. Code developed test-first is naturally designed for Testability.
  • When teams practice TDD, they minimize the number of bugs that must be caught later.

The more bugs that leak out of our coding process, the slower our delivery will be, and in the end, it is the quality that will suffer. That’s why programmer tests in Quadrant-1 are so critical. A team without these core agile practices is unlikely to benefit much from agile values and principles.

  • Source Code Control, Configuration Management and Continuous Integration are essential to getting value from programmer tests that guide development.
  • CI saves time and motivates each programmer to run the tests before checking in the new code.
  • An advantage of driving development with tests is that code is written with the express intention of making tests pass.
  • A common approach in designing a testable architecture is to separate the different layers that perform different functions in the application.

Teams should take time to consider how they can take time to create an architecture that will make automated tests easier to create, inexpensive to maintain and long-lived. Don’t be afraid to revisit the architecture is automated tests don’t return value for the investment in them.

“The biggest value of unit tests is in the speed of their feedback.”

  • Each unit test is different and tests one dimension at a time
  • Learning to write Quadrant-1 tests is hard.
  • Because TDD is really more of a design activity, it is essential that the person writing the code also writes the tests, before writing the code.
  • To Managers—
    • If a delivery date is in jeopardy, push to reduce the scope, not the quality.
    • Give the team time to learn and provide expert, hands-on training.
  • Technology-facing tests cannot be done without the right tools and infrastructure

How Technology Has Changed Project Management

Nishi Grover Garg2 Comments

The use of advanced technology in business environments can sometimes be jarring. Adjustments can be difficult, and on top of that many employees across a range of industries worry that technology can make them obsolete. These can be legitimate concerns in some cases. But, more often than not, technology serves instead to simplify processes and, ultimately, make life easier on people as they go about performing their jobs. This is certainly proving to be the case where project management is concerned.

Project management demands and processes vary across different businesses and industries, which means that not all teams in this category can implement modern technology in exactly the same ways. Here we’ll examine a few key ways in which tech can and has changed project management for the better.

Communication & File Sharing

Maybe the biggest change that technology has brought about for project management teams is a simplification of communication among groups in a work setting. In 2019, our post on ‘Overcoming Barriers to Effective Communications in Agile Teams’ touched on the idea that various barriers to regular communication can negatively impact productivity. And the same is absolutely true for project management teams of all kinds.

Now, however, there are several different communications platforms that are being used in professional environments to streamline collaboration. Often enough, they’re used to simplify digital communications in office environments in general, providing a space where everyone from a manager to a part-time freelancer can log in, see shared information, engage in relevant chats, and generally stay up to speed. These platforms can also be invaluable for project management teams.

For instance, think about a fairly common project such as developing a website or an app for a business. These are projects that involve contributions from people with different skills in conjunction with one another. A page design can’t be completed without understanding of the content layout; content layout can’t be finalized without a thoroughly developed visual aesthetic, and so on. On these modern communication platforms, these matters can easily be discussed between relevant parties such that the greater project can move forward. Updates and examples can be shared, and people can easily work with relevant collaborators whenever they need to.

Collaborative Design

In the past, one issue that plagued some project management teams is how to get everyone on the same page in more multi-faceted projects. There haven’t always been structured ways for different aspects of one overarching project to be addressed in a cohesive manner. This is changing, however, thanks in large part to both abstract and specific software.

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5 Mistakes to Avoid When Adopting a New Tool

Nishi Grover GargLeave a comment

We are all forever on the lookout for better and faster ways to achieve our quality goals, and adding new tools to our suite often seems like a good way to do that. However, introducing a new tool to an already working environment may be tricky and could require some special considerations.

In my latest article for @Gurock website, I take a look at five common mistakes teams make when adopting a new tool, so we can be sure to avoid them. My write-up has been published at TestRail blog here -> https://blog.gurock.com/5-mistakes-tool-adoption/

The main mistakes in tool adoption and their prevention steps that I have discussed in this article are:

  • Jumping in without a POC
  • Not testing the tool in a Pilot Project
  • Performing the wrong Profit analysis
  • Rolling Out adoption all at once
  • Neglecting Continuous Learning

Read the full article and let me know your thoughts!