Tag: Software testing

How to Master the Art of Cloud Testing

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Talks about the use of cloud infrastructure for software testing have been in the limelight for some time now. It is particularly useful in high-stake situations where a company is bound by time and cost constraints.  Along with the advantage of unlimited storage space, its quick availability and flexibility has fueled global acceptance.

app testing

The software industry has changed forever with the introduction of virtualization, which paved way for cloud computing. Hence it is necessary for one to follow the below mentioned steps to ensure effective progress in cloud testing.

  • Understand Cloud Technology: As it is with any business venture, one must first make sense of what is necessary to improve his/her outcomes. Cloud testing can be a completely alien environment even for experienced testers. Thus find time to understand how and where cloud testing can help you in the long run. Understand the benefits of moving a particular testing project into cloud. Remember, cloud testing isn’t the final word when it comes to finding a solution for your testing problems. It is important to conduct unit, functional and integration testing throughout the development cycle.
  • Have Your Own Testing Strategy: Having a well-defined strategy can be the difference between the success and downfall of your testing methods. Have a clear idea about what type of tests should be performed in cloud. You must also be aware about the risks associated with cloud testing.

Weigh the pros and cons of moving to a cloud-based testing.

  • Have a Planned Infrastructure: Moving to cloud testing environment will need careful planning to choose the right kind of testing tools, applications, hardware, software and even bandwidth. Planning should also be done on how long these tools will be in use. That can help with cost reduction and control.
  • Choose the Right Service Provider: Security, quality and reliability should be the most important qualities associated with your service provider. They must be able to provide a quick set-up or tear–down of test environment along with other services like physical infrastructure, testing tools and licenses through provisioning.

Recommended Read:5.41% CAGR for Software Testing Services by 2019

  • Executing the Test: Here the application is tested according to a pre-defined test strategy. You should plan and look for optimal utilization of the test infrastructure in order to realize cost benefits.
  • Monitor and analyze test results: It is necessary to monitor test results in real-time to understand and solve issues concerning capacity or performance. You must even analyze cloud usage against chargeback costs to understand the financial performance of your cloud services.

To master the art of cloud testing for the enhancement of software testing, the following challenges must be overcome:

  • Security: The first and foremost challenge when it comes to cloud technology is security. It must deliver ample user privacy protection and should also meet the security standards on cloud. Hence, if you are to expand software testing into the realm of cloud technology, security testing should be your primary concern.
  • Cloud Compatibility: A great concern for companies when it comes to cloud technology is the performance of their applications, especially in private cloud. Sharing across many users can lead to delays and also cases of maintenance or outage may cause insufficiency of bandwidth.
  • Unsupportive: Sometime with cloud technology, it becomes difficult to emulate the customer environment. This is caused by the unsupportive nature of cloud towards certain configurations for servers, storage or networking that is vital for testing. Therefore make sure whether your application is built to provide the required results on cloud technology.
  • Challenge in Integration Testing: Integration testing is where the tester performs tests on the network, database, servers etc. But with cloud computing, the tester has no control over the underlying environment. This becomes even more challenging when there is interaction between components, with the tester having to anticipate the occurrence of crashes, network breakdown or servers.

Do you think there is more to mastering cloud computing? If yes, please share your thoughts with us in the comment section.

Manual or Automated Testing: Which to Use?

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Every software tester must face the same dilemma when it comes to choosing the right kind of testing for their software or apps. Often the confusion is whether to choose manual or automated testing. Before moving into a deeper analysis, let me just begin by saying that both have their pros and cons.
app testing
When it comes to choices made by teams, the patterns indicate a higher percent of start-ups and SMEs using manual testing. This is because of the costs involved in conducting an automated test. It is only wise to weigh the costs and benefits of applying a certain software testing methodology before you choose it.

Read Also: 5 Types of Testing to Make Your Mobile Apps User-Friendly

Manual Testing
Lower cost and flexibility is why someone would want to go for this sort of testing. Moreover it gives you a better understanding of real user issues which manual testing can’t provide. As said before, if you’re a start up or an SME looking for a cost-efficient mode of software testing, then doing it manually is the favorable choice.
Here, testing takes place from the perspective of a regular user, comparing the test outcomes to expected outcomes. This means going in and running a set of tasks or programs to spot defects. It provides the advantage of analyzing apps from the user’s point-of-view, unlike in automated testing.
While it’s impossible to add values once automated tests have begun, manual testing is more flexible in this aspect.
Despite its advantages, bigger companies avoid the use of manual testing because of the sheer time involved. Manual testing makes sense when you have a handful of tests. But what if the number of apps is in the thousands?
Isn’t a pretty picture is it?
This is where automation testing services come in handy. It helps in situations where there are time constraints, within which the testing needs to be done.
Automated Testing
Automated testing tools use pre-defined algorithms to compare expected test outcomes to the outcomes achieved. Minimal variation between the two indicates a successful bug test. In case a variation surfaces, the test will be repeated after necessary code changes.
automation testing

Read Also: Top 5 Automation Testing Tools for Android

This is used in time bound testing environments where a software tester might have to work with a lot of apps or software. It is relatively quick and effective, compared to manual testing and hence, there is enough time to repeat tests. This is a huge advantage for companies as it helps to reduce their product delivery cycle. Manual testing requires typing the same information again and again, which can be completely avoided in automated testing.
It is thus a good practice to collect information on what is best for your business and company, before deciding on what kind of testing to implement.

5 Reasons Why Your Security Testing Needs to Be Crowd Sourced

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It is common for companies to launch bug bounties in order to improve upon existing security assessment tools and services. Researchers, who help with software testing, discover and resolve bugs for a reward which greatly improves the level of security. This process is referred to as crowd-sourcing.
app testing
Heroku, Twilio, Pinterest, and Dropcam are great examples of companies that utilize the process of crowd-sourcing in software testing. This helps in enhancing security in today’s world of increasing breaches.

Also Read: Top 5 Software Testing Trends to Look Out For in 2015

Here are 5 reasons why crowdsourcing can be your trump card:
1. Better results
When more security researchers are involved in assessing an application, naturally the test coverage for an app increases. More researchers mean a more diversified software testing knowledge. A different skill set is brought to the table with the addition of a researcher through crowd-sourcing.
The results obtained are something that is unattainable using conventional testing methodologies. This method is even better than the structured patterns of automated testing or the use of a handful of penetration testing consultants.
2. Cost Effective
Regardless of the results, penetration testers and security researchers are paid for their time. This invokes a belief that tapping security resources can cost you a lot. This is where a crowd-sourced bug bounty program can help you be more cost efficient. Under this model, rewards are only needed to be given to researchers who first find a valid vulnerability. This means payment is done based on the vulnerabilities they find or the bugs they fix.
Submitting a duplicate isn’t rewarded which helps reduce the cost per vulnerability which is in turn a cost efficient and legitimate method to find and report bugs.
3. Safe method of Disclosing a Breach/Exploit
By having a bug bounty or responsible disclosure program, your company is protected from a hacker who may fully disclose an exploit to the public. Inadequate set of rules for report the vulnerability more often than not causes bug leak to the public. Oftentimes companies are caught off guard by this lack of proper communication. Companies can use the transparent rules together with an increase its security which they get by using a bug bounty program.
4. Benefit of a Continuous Security Testing
A system update or code push or even something as simple as being online may cause software to become vulnerable. Running pen tests or automated scanners can shed light on a few bugs, but they are incapable of providing the extra layer of protection which is given by bug bounty program. Researchers from different countries all across the globe can test an app at any time to alert your team through crowd-sourcing.
5. Free your team
Time consumption and inefficiency are some defects related to searching for vulnerabilities especially when done in small numbers. Crowd-sourced security testing can free up IT teams to validate and fix the discovered vulnerabilities which are their sole responsibilities. This helps to fix security issues even before they become a problem, which is far better than reacting to a production level bug that your team is unprepared for.

Also Read: 8 Instances Software Bugs Proved To be too Costly

Incentivizing researchers through crowd-sourcing will help you protect your product in the world where security exploits have been increasing. This helps to level the playing field and proactively secure apps with the help of white-hat researchers.

6 Popular Myths in Test Automation You Must Know

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Despite the several benefits test automation has to offer, many software testers still find excuses to not completely utilize these benefits. Faster releases, quicker feedback, frequent test execution, increased test coverage to development team are a few of the many advantages it possesses. Quite a few myths surround test automation and this blog will help you to identify them and embrace what it has to offer.
app testing
The most challenging task for a software tester when it comes to test automation is to understand its limitations and set goals accordingly.
Myths Surrounding Automated Testing

  • Myth #1: It’s better than Manual Testing
  • For those who claim this, you need to understand one thing; automated testing is not testing per se. It is checking of facts. When we have certain knowledge about a system under test, we enforce checks in the form of automated testing. The result of such a check will help confirm our understanding of the system.

However testing is a form of investigation, which gives us new information about the system under test. Hence we should refrain from being lenient to one or the other since both methods are required to get quality insight about an application.

  • Myth #2: 100% Automated Testing
  • 100% test coverage is impossible to achieve; and the same goes for test automation. While it is possible for us to increase test coverage by using more data, configurations, covering various operating systems and browsers, achieving 100% is an unrealistic goal.

More tests don’t mean better quality or confidence. The important thing is how good your test design is. Focus need to be put on the more important areas of functionality rather that chasing a full coverage.

  • Myth #3: Quick ROI Every Time
  • When implementing a test automation solution, the development of a framework is necessary and this will support operations.  This can be useful and meaningful for test case selection, reporting, data driven, etc. The framework development should be considered as a project on its own and thus requires an array of skilled developers. The process is also a time consuming one.

Scripting automated checks takes longer initially even with a fully functional framework. Hence when it is necessary to provide a quick feedback on the new feature, checking it manually is faster.

  • Myth #4: Automated Checks Have Higher Defect Detection Rate
  • While it is true that vendor-supplied or home-made test automation solutions are highly capable of performing complex operations; they will never be able to replace a human software tester. He is capable of identifying even the most subtle anomalies in the application.

An automated check is capable of checking only what they were programmed to. Therefore the scripts are only as good as the person who wrote them. If not scripted properly the automation test can easily overlook major flaws in these applications. In short, checking can prove the presence of a defect, but not necessary its absence.

  • Myth #5: Unit Test Automation is All That We Need
  • It should be understood that a unit test is only capable of identifying programmer errors and not his failures. When all the components are tied together to form a system, a much larger aspect of testing comes into the limelight. Most organization has their automated checks at the system UI layer.

The sheer volatility of the functionalities during development makes the process of scripting automated checks a tedious task. Spending time on automation for a functionality that might change is not advisable and may cause difficulties in the later stages of development.

  • Myth #6: System UI Automation is everything
  • Relying solely on automated checks, especially at UI layer can have a truck-load of negative impacts. The development stage will face numerous changes in the UI in the form of enhanced visual design and usability. If a similar change in the functionality is not in place a false impression about the state of the application will be indicated in the checks.

automation testing
Automation checks in the UI layer has a slower execution speed compared to the ones in the unit and API layers. This will result in a slower feedback process to the team. The root cause analysis takes longer as the exact location of the bug is unknown. Therefore it becomes necessary to identify the layers where the use of an automated test may become helpful.
Automated checks is not a onetime thing, it needs constant monitoring and updating. Above all you need to understand the limitations and set realistic goals to get the most out of you automated checks and most importantly your team.

8 Instances Software Bugs Proved To be Too Costly

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The world has reached a point where everything is dependent on a set of codes. From the cars that you drive to military vehicles, and department stores to top secret military installation, everything runs on computer programs. The integration of software to our day to day life has truly made life easier.
As helpful as software has been, they have also contributed to some of the most bizarre and catastrophic losses to nations and companies worldwide. Most of these have occurred due to improper software testing methodologies.
app testing
The results were devastating in terms of financial damages and in the some serious cases, even human life was sacrificed. This blog brings insight into some of the most outrageous events that took place in history by reliving those moments.
More often than not, software integration using computers gets it right and gets the job done. But when things start to fall apart, all hell breaks loose.
1. Almost World War III

On the night of September 26, 1983, the early warning system of the Soviet alerted of a nuclear strike launched by America. What could have been a worldwide bloodshed was averted, thanks to the Soviet Air Defence officer Stanislav Petrov. Later he said in the Washington Post that he “had a funny feeling in my gut” about the authenticity of the warning. Investigations proved that the alarm system was faulty.
2. Faulty Mars Climate Orbiter

NASA is known for many blunders, but none more embarrassing than what happened with its Mars Climate Orbiter. Launched on December 11, 1998, the mission to better understand the only other planet capable of supporting life in our solar system would bring United States to the forefront in astronomical research.
But what happened was quite different. An error in the ground-based computer software resulted in a $326.7 million lose to the agency. The Orbiter went missing after 286 days of its launch. Software testing showed that a slight miscalculation caused the Orbiter to enter Mars’s atmosphere at the wrong entry point causing it to disintegrate.
3. Bug Triggered Blackout

Eight US states and Canada were given a scare by a tiny bug in the software thread affecting 50 million people. What the authorities described as a race condition bug, was caused when two separate threads of a single operation used the same element of code. The lack of synchronization caused the threads to tangle and eventually crash the system. This caused 256 power plants to go offline causing major disruptions and widespread panic.
4. Glitch in Patriot Missiles

The bugs that were mentioned so far were responsible for some major financial loses but the software error in the Patriot Missiles caused the lives of 28 with an additional 100+ injured. The missiles were designed to protect the American barracks from the scud missile during the Gulf war. But the bug caused a delay in tracking the missiles real-time rendering the barracks defenceless to the Iraqi attacks. The loss of human life is what makes this one of the most costly software testing mistakes in history.
5. The IRS Debacle

The Internal Revenue Service lost something between $200 and $300 million in revenue in 2006 while depending on computer software to find potential fraud cases in returns claiming refunds. The tax collection agency later found that the software was inoperable, but by then it was too late.
6. $440 million in 30 Minutes    

The losses were even higher for Knight Capital Group, when the bugs in the company’s trading algorithm decided to buy high and sell low on 150 different stocks. A market-making firm that had an outstanding reputation up until August of 2012 managed to hit rock-bottom in just 30 minutes; surely it has to be a world record.
By the time the company addressed the issue the losses were cataclysmic. The company lost $440 million as compared to their net income of $296 million in 2011. Even the company stock price dropped 62 percent in one day, according to Bloomberg Business week.
7. 450 Violent Offenders Given Parole

This embarrassing and dangerous event took place in California when 450 high-risk prisoners were released into the public. The state which decided to reduce its prison population by 33,000, releasing non-violent offenders, instead went on to grant non-revocable paroles to approximately 450 violent felons. A huge misread by the software algorithm. Many of them remain free even today.
8. The AT&T Crisis

On January 15, 1990 around 60,000 AT&T customers were denied the luxury of making long distance calls. Initially the company believed it was being hacked until finally the real culprit was found in the form of a software bug.
The company updated its software to make the processes faster. Well, be careful what you wish for. The process became faster than expected and the server sent two messages to the subsequent server causing the switches to reboot in a loop. By the time the issue was taken care of, AT&T has lost $60 million in long distance charges for the dropped calls.

5 Qualities of an Excellent Software Tester

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The art of software testing wasn’t given much attention in the past because of a lack of followership. The condition of a software tester is even grimmer. Rather than employing those who aim for a software testing job, companies manage with people just settling for it.
app testing
Many software testing departments are filled with those who resort to testing only because of their inability to write codes. The growth of this field was also seriously hampered by the misconception about the costs of conducting such tests. Besides hiring and training testers, companies were also worried about scheduling their valuable time for testing.
But the rapid change in technology demanded more from less and hence agile testing started becoming a trend. Gradually the need for testing became important as companies found that they could save more with the implementation of a testing process. To thrive as a great tester, one needs these 5 qualities at their disposal:
1. A Thirst to Seek Improvement
Everyday there is a new technology in the market. A tester must stay updated about these technologies. He should constantly keep improving his skills which will help him gel with the emerging trends in software testing. A tester should be willing to come out of his own comfort zone in order to push the boundaries of his testing knowledge.
Learning about constant growths in a product domain should be part of every tester’s routine. Together with knowing the product, he should also have a good idea about the domain, whether he is a software tester or a game tester. Having no clue about the domain of a test system can lead to improper testing.
2. Programming Skills
A person lacking the skills to write even the basic program code cannot be an effective software tester. Developers and system engineers are greatly benefitted during the testing phase if the tester is able to relate and imagine the code structures.
3. Need for Innovation
Testers must constantly think of how they can do things in different ways and still produce an effective result. Varying the testing scenarios and seeking improved testing methods will surely bring some innovative thoughts. Being a good tester is one thing, but having the capability to innovate can take you a long way.
mobile app
4. Communicate
Being able to communicate clearly, accurately and demonstrate a high capacity of comprehension are great qualities for a tester. Communication skills can be different, depending on the need of the hour. A tester might be required to read and understand specifications, translate those into structured test cases, report bugs and to write a clear and concise report to management.
A tester must be able to convey their findings during meetings in a logical and unambiguous way so as to make others understand their ideas. This requires the software tester to have exceptional spoken and written skills.
5. Accountability
There are two forms of accountability that a software tester has to deal with.
a) Accountability to the test product
Most testers are content with completing their tasks for the day and put no effort in trying to learn a bit more about the product at hand. They fail to understand where their product fits and how it influences the economy, markets, businesses, consumers and end users. Having such an idea will help testers to put in better effort towards the work that they do. This will help cultivate a sense of ownership which makes him closer to his work.
b) Accountability to Errors or Mistakes
Making errors is part of working in a high stress environment and focus should be given to prevent these from recurring. Testers should own up to their mistakes instead of finding someone else to blame it on.
You need to have the courage to admit these and push forward for a solution. Apart from gaining the respect of co-workers, this will also help maintain a good working condition within the team. Hence, moving away from blame and focusing on the solution is what matters. As the saying goes “To err is only human”.

10 Simple Ways You Can Improve as a Tester

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Being a software tester is no easy task. The ones who strive hard to continuously improve on their skill sets and keep themselves updated about the need of the hour achieve success in this profession. It isn’t just enough to be good tester; you need to be the very best.
app testing
Whether you are into mobile application testing or web application testing, the following tips are sure to help you.
1. Always Go For Quality
Identifying the most important bugs and glitches is a talent that needs to be nurtured.  This is what companies look for rather that messing it all up by testing for some 10,000 bugs. This talent can alone ensure a fruitful career with the company you work for.
2. Prioritization
This is similar to finding bugs. Know what is of extreme importance and test these critical areas of the application before going into the minute details. This will help you identify the most valuable bugs first thereby allowing the development team to get rid of these as soon as possible.
3. Develop Your Written Communication Skill
A good written communication skill is part of a software tester’s job description. Why? Because more often than not a software tester will have to write a good test case, bug reports and so on. This is an essential part of QA and should be detailed but at the same time simple to understand.
4. Have a Thirst For Knowledge
Learning from your own and others mistakes can help you go a long way. Each time you commit an error, ask yourself; how can I prioritize better during the next test cycle? How can I communicate with the development team better? Your search for the answers will lead you to a better career as a software tester. Also be ready to ask questions to your fellow testers.
5. Professionalism
Having more than one perspective to a problem can help you become an expert at software testing. Test the software without bias and don’t let any past experience with the software make you cocky. Remember!!! No bugs are too big or too small for you to handle.
6. Be Innovative With Your Thoughts
Don’t just test the software in front of you and think that your job is done. Having your own opinion about the software is welcomed by the developers, provided you don’t deviate from the core concept.
7. Question Yourself
Does this work as planned? Does it support all devices? Does it work under every possible use-case, every time? Keep asking these questions at every level of your test to ensure that you get maximum output from the software.
8. Think as a User
Having a user’s mindset helps you to imagine his expectation and experiences of the software. This will help to evaluate the software from a user perspective, even before its launch at a consumer outlet. It will also help you identify the most valuable bugs.
9. Improve Bug Report
To ensure that the developer gets proper information which he/she needs to understand the bug and fix it, try attaching screen shots and providing detailed bug reports. Where, when, how many times, on what devices, which operating system and under what circumstances will throw light on the bug. A bug is useless to a development team without the right details.
10. Let Your Passion Drive You
Passion is the key to succeeding in any field. Always be a step ahead of you competition and be informed, seek new training opportunities, engage with your fellow testers, attend testing conferences and classes. Try getting close to all things QA.

Why Software Testing isn’t Complete without Test Coverage?

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Test coverage or code coverage is a term widely used in software testing services and is considered a part of software maintenance. It is a very useful tool that lets software testers identify untested areas of a code base. By providing data on different coverage items it helps in evaluating the effectiveness of testing.
app testing
Together with covering those areas that have not yet been tested, test coverage also helps to monitor and maintain the quality of testing. Measuring test coverage quantitatively will help to determine its quality, as they are indirectly related. It also helps to identify redundant test cases that prevent any increase in coverage thereby providing better software testing services.
How can the output of test coverage help?

  • Test Coverage helps to measure traceability between requirements and test cases.
  • With the availability of a proper Test mechanism, change tracking and impact analysis will become more effective.
  • With proper Test Coverage, defect leakages can be easily prevented.
  • It gives an easy way to find gaps in requirements, test cases and defects at unit level.

Read Also : 10 Must-have Tools for Software Testing Services

Tools for Test coverage
The Test Coverage tools are useful as they can easily locate application functionalities and allows exercising the functionalities of interest. What part of the application code is executed will be indicated by the test coverage tool. This helps to easily locate functionality in a very effective manner, especially those in a large, difficult to understand system. Coverage tools help in checking how thoroughly testing has been done.
Tool Features:

  • Helps to identify coverage items.
  • It lets you calculate the percentage of coverage items that were tested by a set of tests.
  • It reports on the coverage items that haven’t yet been tested.
  • Generate stubs and drivers.

It is very important to know that achieving 100% statement coverage doesn’t mean that your software is completely tested and error free. This is because coverage tools can only measure the coverage for those items that they can identify. Coverage tools needs to be run often to look at these bits of untested code.
Benefits of Test Coverage

  • Helps identify defects during the early stages of a project life cycle.
  • In order to increase coverage, additional test cases are created.
  • Provides a considerable reduction in UAT defects and production defects which helps achieve a better ROI.
  • It helps in finding areas of a program that are not exercised by a set of test cases
  • Full control over time, cost and scope.
  • Managing the Risk based testing approach makes testing life smoother.
  • Determining the quantitative measure of code coverage measures quality of the application or product indirectly.

Recommended Read : Role of Software Testing in Software Development

Drawback of code coverage measurement:

  • It can measure only the coverage of what has been written. This means that the code itself cannot say anything about the software that has not been written.
  • It can only look at a structure which is already there. If a specified function was omitted or function has not been implemented, then structure-based techniques cannot say anything about them.

Best practices to follow for iOS mobile app testing

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There is no doubt about what iOS has done for mobility gaming. The exquisite functionalities coupled with a simple user experience have paved way for the ‘mobile era’. In spite of this, working with the iPhone/iPad mobile application for software testing and monitoring can be challenging.
mobile app
Challenges and complexities surrounding iOS mobile testing continues to interfere with development even as iOS app market continues to produce a record growth. One of the greatest challenges is in Apple iOS being a closed operating system when compared to an Android OS. The development and app testing stages for a closed system is far more complex, since extracting the necessary data from low level objects is impossible for users. This is crucial for test automation.
The best approach to get the necessary access to these levels of an iOS app testing are rooting (jail-breaking) and compile-time source instrumentation. But nothing can match a cloud-based hybrid approach which can offer developers and software testers the necessary coverage, capabilities and flexibility to deliver better iOS apps.
Rooting (jail-breaking)
These are the two common methods used in today’s mobile testing industry to address the challenges of inadequate access to the low level objects. These are rooting and source instrumentation.
The process of removing the limitations placed by Apple on the iOS devices is called jail-breaking. This helps achieve low level (root) access to the operating system, thus allowing testers to recognize objects within the application being tested.
Source Instrumentation (compile-time)
Compiling the application that is being tested with an additional piece of code to get a back door access to the low level OS for object recognition is referred to as source instrumentation. These codes help testers to execute low level calls and get the Object ID’s from the operating systems without the need to root or jailbreak the device.
The decision on what approach should be adopted depends on several considerations like SDLC process used, corporate policies, application under test, frequency of testing and many more.
Comparison
The jail-breaking approach is less suited in situations where customers need a quick test for a new iOS version or a new iOS device. In such cases, even though additional codes in the test application will complicate the SDLC, compile-time method is preferred.
The advantage of jail-breaking a device is that it lets you test the application with the exact same code by which it will be released. In compile-time before store submission, the “back-door” will have to be removed or they will be exposed to serious security issues. Jail-breaking therefore eliminates the need for compilation and intrusive operations which avoids any risk to quality.
While using a compile-time approach companies should also consider possible regulations (such as HIPAA) which implements testing on the final binary version and not on debug or test friendly version.
app testing
The Hybrid Approach
The combined (hybrid) approach lets you choose your iOS app testing methods depending on the nature of your application, project needs, and policy. Deploying and securely managing the test devices in a “private cloud” guarantees that a jailbreak does not introduce any risks or abuse to the platform for non-testing purposes. Such jail-broken devices are used only in a closed and secure testing environment for testing purposes only.
Since the use of visual analysis may pose to be insufficient, a strong object recognition capability is mandatory for testing a mobile application. For example, the OCR technology can detect UI issues and glitches on the test devices while its heuristic nature makes it incapable of ensuring 100% accuracy. On the other hand, a low level object can easy miss the obvious qualifications that a visual analysis could easily detect. That’s why an analysis using a hybrid approach incorporating both visual and native object can be instrumental for covering all mobile business cases.

7 Reasons to Get Your Software Tested

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We live in a world that demands perfection, where mistakes are least tolerated. Though some mistakes can be ignored due to lack importance, some mistakes can lead to grievous after effects. You may loss a fortune or may be it can strip you off your reputation.

Same applies to software developers. They are not super heroes and therefore, you can’t expect the software they develop to be error-free. Making a mistake is not a crime but at the same time you should find a solution for maximum damage control.
Software testing is the best way to minimize the errors in software. Also, the best option is to hire a software tester to do it for you. If you perform the software testing yourselves, you may not really detect majority of the mistakes. Therefore, it is important for someone else to check it for you.
Apart from checking for errors, here are 7 reasons that underline the importance of software testing:

  1. Software testing points out the errors in software. If you wait for software to be tested after the completion of its development, you may have to start from the beginning in case of errors. Therefore, it is always wise to test software at its developmental phase
  2. The popularity of software depends on how comfortable it is for the customers to use and how satisfied they are after using it. Therefore, it is always necessary to test the software and ensure that there are no errors before the software reaches the customers
  3. While buying any product, customers give priority to the quality of the product. A product of poor quality can lead to the customers losing trust in you and this can affect your business. Therefore, it is important to have the software to be tested for errors
  4. People always go for the products that are affordable and have a low maintenance cost and gives accurate and consistent results. Software or application full of errors can lead to extra expenses and you may end up losing your customers. Therefore, software testing is important
  5. No customer accepts a product with poor performance. Therefore, it is necessary to do software testing to detect errors before introducing the software or application amongst clients
  6. It’s necessary to ensure that an application or software does not end to be a failure. It can lead to losing lots of money and all the efforts put by people to develop the application will be wasted
  7. An application or software of poor quality and performance can tarnish you image in the market. People will lose their trust on you and your company’s reputation will suffer

Software testing allows you to check all aspects of software such as browser compatibility and in case you find any mistakes, you get an opportunity to rectify it. This can save you from complaints after the software or application reaches the customers.
The reputation and persistence of your company depends on customer satisfaction. Unless they are not happy with your product, your reputation will be at risk. This can affect you badly, leading to monetary losses and the clients may not trust you anymore. So, why not have your software or application tested?