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Get Protected from Phishing Scams with these Hacks

Get Protected from Phishing Scams with these Hacks. phishing scamsAs a report from the Anti-Phishing Working Group uncovered recently, there has been a remarkable increment in the number of phishing scams. It’s a widespread issue, representing a huge danger to people and associations.

Can you envision a migraine if some hacker discovered your Facebook credentials or your email password? Now envision how much more harmful it could be if he approached your financial data. Obviously, you could never give over this data to an outsider, yet consider the possibility that they sent you a phishing email pretending they were your bank.

The phishing attack isn’t simply expanding, they’re likewise developing. Some 30% of all phishing links are opened. Don’t underestimate the phish threat. The greater parts of all messages are spam and the number of those containing malicious attachments is on a dramatic rise.

As you most likely are aware that phishing is a trick utilized by identity thieves to scam you into giving your sensitive personal or money related data. Cheats utilize official-looking emails to mimic believed elements like banks, credit card companies, and online assets like eBay or PayPal. These email frauds are utilized to draw clueless buyers to a specific site through a link where they will be requested to enter their data.

However, some data security experts currently believe that cybercriminals see phishing scams as a successful method for getting into an enterprise to launch progressively complex attacks. People are, after all, progressively observed as the weakest connection and in this way the best focus for culprits hoping to penetrate an enterprise or SME.

Thus, to completely remove of the risk of phishing scams, an organization system would need to either totally wipe out human workers or remove all access to the Internet. As neither of these strategies is sensibly possible, and skilled hackers would discover a path around this circumstance also, different conventions must be enacted to give the highest level of security against these potential dangers.

However, with these best hacks, you should have no inconvenience in keeping yourself secured against a wide range of phishing attempts.

So, follow the given below ways to prevent phishing and stay secured:

Think before you act: The initial step is to think before you make any move like opening links from an unknown sender, clicking on links incorporated into an email, or filling out your own data in an internet phishing form. Always be cautious and reconsider before doing anything on the Internet.

Look at links and anchor text: To confirm an anchor text/link on an internet browser, utilize your mouse cursor to hover over the anchor text/link to see the actual destination URL in the browser’s status bar. On the other hand, you can right click on the link > select ‘copy link area’ > and paste it in notepad.

Never click on a link in an email if it should take you to a sensitive site: If the email you got is from your bank, simply go to your bank’s site – don’t utilize the link in the email. If it’s a genuine notification, the notice will be posted on your account as well.

Keep your browser up-to-date always: Most modern internet browsers today accompany built-in features to enable you to remain secured against harsh and malicious websites. Ensure your internet browser is up-to-date.

Keep your computer up-to-date:  Keeping only your internet browser updated isn’t sufficient. Continuously ensure that your computer is up-to-date with recent operating system updates/patches, enabled firewall, and your security software has the most recent definitions.

Make a call: If you ever get an email from an organization or an establishment and you don’t know of its legitimacy, don’t hesitate to call the organization or foundation specifically to confirm if the email is authentic.

Although, most associations today require a team to concentrate on performing security testing. They additionally need to underline other basic regions, for example, cloud security, big data, performance, and much more; a lot of apps are released in the market without being tested altogether and this had prompted the basic requirement for pure-play independent software testing vendors who can give the focused way to deal with testing, so wanted.

Yet, you don’t need to live in fear of phishing scams. By remembering the above hacks, you should be able to enjoy the hassle-free online experience

Keep in mind there is no single fool-proof approach to avoid phishing attacks.

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Defining Bug Bounty and Its Importance

Defining Bug Bounty and Its Importance. security bug bountyThe possibility of crowdsourcing information security assistance from hackers may appear to be an odd acknowledged practice; however, security bug bounty programs are digging in for the long haul. Bug bounties have turned into an imperative part of numerous security programs.

Organizations that are committed to ensuring competitive innovations and personal data gathered from clients and representatives have effectively utilized bug bounty programs to improve their security endeavors.

To characterize what a security bug bounty program is, at their center, bounty programs should go about as a motivation for authentic security analysts to report security vulnerabilities in software that could be targeted by external attackers.

These endeavors give researchers a road to chase for program bugs without fear of legal retribution, and by the day’s end, additionally, gather a paycheck.

Bugs exist in software. That’s true, not a controversial statement. The challenge lies in how various associations discover the bugs in their product.

One route for associations to discover bugs is with a security bug bounty program. Bug bounties are not a panacea or fix for finding and eliminating software defects, yet they can play an important role.

Recently, in the news, we’ve seen a sensational increment in associations overall utilizing a bug bounty platform, and there have been some enormous outcomes. Yet, what is this program and how can it work?

What is a bug bounty?

A security bounty program is basically a reward paid to a security researcher for revealing a product bug in a bit of software.

The best bug bounty programs fill in as an organized program, with an association furnishing security researchers with some guidelines and arrangements for accommodation. The new bug bounty programs can be controlled by associations all alone, or by means of third party bug bounty hunter.

Another core component of a bug bounty website is a proper understanding of what establishes capable exposure. A security specialist taking an interest in a bug bounty program should secretly reveal a bug to an influenced seller and not openly disclose that flaw until after the defect is settled and the merchant consents to people in general exposure.

In 2012, Ars Technica detailed that after tech giant Google released bug bounty sites for its Chrome OS and different applications, the organization paid out more than $700,000 in more than 700 diverse reward installments to those announcing bugs. The Mozilla Foundation and other enormous tech producers have additionally run bug bounty programs. Bug bounties give the individuals who discover bugs – including ethical hackers – incentives against selling that data on the underground market. In any case, there is some discussion about the viability of these projects and the most proper approach to compensate the individuals who help IT organizations build up their products. A few organizations limit their bounty programs by making them by welcoming just, as opposed to leaving them open to the public.

A security bug bounty may likewise be alluded to as a vulnerability reward program also.

Here are five reasons to begin a bug bounty program:

  • A bigger number of eyes than you would ever pay. When you open it to the crowd, you get much a greater number of people investigating your system than you would ever employ. What’s more, you just pay the ones who discover issues.
  • Building it right the first run through is a myth. The best engineers on the planet still depart surprising vulnerabilities open. You can dream of bulletproof code, or you can be set up in case your dreams don’t come true.
  • It can save you cash. Breaches are costly to recover from. Way more costly than a couple of thousand dollars for a bounty offers. Also, a few bugs include wiping out valuing issues or unmerited limits.
  • It is anything but an insane new thing. Little organizations like Google, Facebook, Microsoft, Mozilla, and PayPal all have bug bounties, so you won’t need to complete a huge amount of disclosing to bug seekers. They know the drill.
  • You don’t need to do everything yourself. TestOrigen provides the best bug hunters where you can characterize parameters eligibility and rewards.

These days, the real assignment for any business is to present high-security principles for the encounter of new black hacking strategies and advances, numerous security vulnerabilities, and dangers of being sold out. Hacken and ethical hackers with rich involvement in cyber attacks can understand these various association explicit security issues.

Any business, association, or foundation giving online services, an application or other software product should execute the Bug Bounty Program. Effective testings during the development procedure don’t constantly imply that your system is 100% secure. Luckily, bug bounty gives the best chance to shield your organization from the traps of intruders and covers every single powerless zone with least expenses and maximum reliability.

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New Year will begin with Launch of Samsung’s ’M’ Series Phones

New Year will begin with Launch of Samsungs M Series Phones. Samsung Galaxy MTo go up against leading Chinese cell phone brands like Xiaomi and Vivo in India, South Korean Smartphone maker Samsung is planning to launch some new cell phones in the nation in the New Year. The organization is apparently going to launch a new Samsung galaxy M series with three cell phones in January 2019. The launch of these Samsung new mobile phones in India will mark the worldwide presentation of Galaxy ‘M’ series.

As indicated by the dealers, the “world’s first” new Samsung Galaxy M series is being released with industry-first features.

Earlier, three gadgets under Samsung M series – M10, M20, and M30 – were spotted on cross-platform processor benchmark Geekbench.

Proceeding onward to the estimated specifications of a similar phone, the Galaxy M30, it is required to have an Exynos 7885 processor with a 4GB RAM and will come in 64GB and 128GB variations.

The M20, which was additionally spotted on GeekBench and AnTuTu tests, is estimated to have a 19.5:9 angle proportion screen with a goal of 2340×1080 pixels. The processor will be equivalent to the one in the Galaxy M30 and will be combined with a Mali-G71 MP2 GPU. The Samsung new phone will support a lower 3GB RAM and 32GB of internal storage.

The M5 is reputed to be the lead model of the lineup as it has a dynamic AMOLED board instead of the LCD boards on other Galaxy mobile phones. Moreover, different breaks have implied that the Samsung Galaxy M series will be online exclusive only and will replace Samsung’s current J series lineup of smartphones.

Claimed Samsung M Smartphone’s Prices:

According to an ongoing report, the evaluating of these upcoming Samsung new mobile launches Galaxy M phones were out. Passing by the equivalent, the Galaxy M10 is supposed to include costing under Rs. 10,000 and the Galaxy M20 is reputed to cost under Rs. 15,000. Additionally, the M20 is said to include the organization’s most recent Infinity-U notch.

Also according to industry experts the Samsung’s lead gadgets of 2018- Galaxy S9, S9+, and Galaxy Note9 – progressed toward becoming successes, while Galaxy ‘J’ series keeps on rule the mid-price segment.

Samsung India is additionally set to launch other interesting Samsung mobile smartphones crosswise over domains early in 2019 to maintain its leading position in the country.

And as you all know TestOrigen provides compatibility testing on 50+ devices as well as soon the Samsung latest phone’s M series will be included for testing. So that your software is not exempt from any device compatibility

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GPU Powered Databases Shaping the BI & Analytic’s Future

GPU Powered Databases Shaping the BI and Analytics Future. gpu databasesThe parallel handling power of the GPU databases is being brought to BI and Analytics by some inventive new companies, promising new dimensions of performance. The big data SQL database goes back to the 1970s and has been an ANSI standard since the 1980s, yet that doesn’t mean the technology sits still. It is still changing, and one of those ways as GPU-accelerated databases.

Relational databases have developed in size to data sets that measure in the petabytes and beyond. Indeed, even with the approach of 64-bit computing and terabytes of memory for expanded handling, that is still a great deal of information to bite through—and CPUs can just manage to such an extent. That is the place GPUs have come in.

The Evolution of Data Processing:

With the determined development in volume and assortment and most lately, the speed of data, data analytics can be considered to have evolved in four particular stages from transactions to fast data.

Technologies executed in the initial three stages stay important for some many enterprises today. Although even when joined, these technologies keep on stressing despite exponential data development – industry analysts evaluated that under 1% of all information is being handled satisfactorily. Conquering this performance bottleneck, subsequently, require upgrading computational limit, and luckily, the essential technologies already exist.

The GPU-Powered Database:

There are, obviously, various database arrangements currently accessible, going from traditional RDBMS to NoSQL and NewSQL. A few arrangements are a fork of another with some new features intended to take care of a specific issue, and a large number of these are currently basic to the accomplishment of numerous associations. For instance, the conventional RDBMS shapes the establishment for anything value-based, while NoSQL remains the best tool for key/value queries. With such a large number of alternatives, picking the wrong big data databases for the activity can result in baffling unpredictability and unsatisfactory performance.

That decision turns out to be considerably progressively troublesome with the appearance of IoT and the invasion of streaming data. But, not surprisingly, new difficulties definitely bring new arrangements, including that purpose-built for peak performance. For a continuous analytical database, that arrangement includes marrying something “old” (the in memory database) with something “new” (the GPU with its enormously parallel preparing power). The outcome is nothing short of a paradigm shift in both price/performance and performance.

The GPU databases aren’t really new, as it has been utilized in designs applications for a long time. What’s new are the many advances that currently make the GPU perfect for quickening the processing serious remaining tasks common in data science and big data analytics applications. Those advances incorporate making GPUs generously simpler for database sellers to program, including more cores and memory, and expanding I/O with both host server and GPU memory. Also, systematic databases intended to take full favorable position these advances have shown some amazing upgrades in performance.

GPU Databases for BI and Analytics:

Generally, GPUs can be utilized for a wide range of stages in the analytics pipeline. It tends to be utilized as the main database, as a feature of the handling pipeline, or only for the subsequent analytic dataset— for example, with prevalent structures like TensorFlow.

Let’s see two of the primary zones where GPUs can help in the analytics pipeline.

GPUs for Stream Processing

New stream processing arrangements, similar to’s Plasma Engine, can exploit GPUs for stream processing data coming all through databases (GPU or not). This tool can be utilized to play out the analysis or potentially change of streaming data on the GPU based database.

The principle contender to FASTDATA’s motor is GPU-empowered Spark, which is accessible as an open-source add-on.

GPU Databases for Analytics:

Except for Brytlyt and PG-Strom, which retrofits the open-source Postgres RDBMS by expanding it with GPU-aware parts, all other GPU databases are purpose-built for analytics.

Blazegraph is another special case since it is intended for GPU graph database operations.

This leaves us with four players, managing generally with s structured, relational analytics, with a SQL interface.

The marriage of in-memory databases and GPUs is introducing the time of quick data. The combo conveys breakthrough advances in both price and performance. What’s essential is that any associations can easily access and tackle the full power and capability of the GPU database engine because of its capacity to coordinate effortlessly into existing data structures, and interface with open source, commercial and/or custom data analytics systems.

Associations looking for fastest GPU data analytics capacities can actualize a GPU-controlled database in their very own data centers, or run with the cloud where GPU occurrences are currently being offered by Google, Amazon, and Microsoft. Either approach exhibits almost no hazard while opening up a radical new time of possibilities.

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Risk Based Analysis and Testing Explained

Risk Based Analysis and Testing Explained. risk based analysisAll software projects profit by risk based analysis and testing. Indeed, even non-critical software, utilizing risk analysis in testing toward the start of a project highlights the potential issue territories. This encourages managers and developers to moderate the risks. The tester utilizes the aftereffects of security risk assessment to choose the most essential tests.

Moreover, risk based testing is generally testing done for the project dependent on risks. Risk based inspection utilizes risk to organize and underline the proper tests during test execution. In basic terms – Risk is the probability of occurrence of an unwanted result.

This result is additionally connected with an effect. Since there probably won’t be adequate time to test all functionality, Risk based testing includes testing the functionality which has the highest impact and probability of failure.

Risk based analysis in software testing is a way to deal with product testing where software risk is examined and measured. Traditional software testing typically takes a look at generally simple functional testing. Risk analysis software takes a look at code violations that present a risk to the performance, security, or stability of the code.

Software risk management is estimated during testing by utilizing code testers that can evaluate the code for both risks inside the code itself and between units that must cooperate inside the application. The best software risk presents itself in these communications. Complex applications utilizing numerous structures and languages can display errors that are extremely hard to discover and will in general reason the biggest software interruptions.

The principal goal of risk analysis is to recognize the ‘High Value’ things like product includes functionalities, necessities, client stories, and test cases, and ‘Low Value’ ones and consequently later to more concentrate on ‘High Value’ Test Cases, by less concentrating on ‘Low Value’ Test Cases. This is the initial step of risk based analysis before beginning the risk based testing.

The fundamental task of Categorization or grouping of Test Cases into High Value and Low Value and appointing the priority value to each of these test cases incorporates the accompanying steps:

Step 1: Using a 3X3 grid

Security Risk Analysis is performed utilizing a 3X3 grid, where each functionality, non-functionality and its related Test cases are evaluated by a team of partners for its ‘Probability of failure’ and ‘Effect of failure’.

The probability of failure of each functionality in the generation is mostly accessed by a group of ‘Technical Experts’ and are ordered as ‘Liable to fail, very likely and improbable’ along the vertical axis of the grid.

Essentially, the ‘Effect of failure’ of these features and functionalities in production is experienced by the end client, if not tested is evaluated by a group of ‘Business Specialists” and are sorted under ‘Minor, Visible and Interruption’ classifications along the horizontal axis of the grid.

Step 2: Likelihood and Impact of failure

All the Test cases are situated in the quadrants of the 3 X 3 grid dependent on the recognized values of a probability of failure and effect of failure.

Clearly high likelihood of failure and high effect of failure are assembled in the upper right corner of the matrix, which is of high importance and subsequently it is recognized that ‘High Value’ tests and ‘Low Value’ tests are grouped in the base left corner which is of slightest or no importance to the client, where minor center can be given to these features or test cases.

Step 3: Testing Priority Grid

Relying on the above situating of the test cases in the risk based testing matrix, the tests are organized and named with priorities 1,2,3,4 and 5 and are set apart against each of them. The most essential tests are situated in a first matrix are assigned with priority 1 and comparatively less vital ones are ranked as 2, 3, 4 and 5.

At last, all the test cases are arranged dependent on their need numbers and are grabbed for execution in the order of priority. The high priority ones are grabbed for execution first and low priority ones are either executed later or de-scoped.

Step 4: Details of Testing

The next step is to settle on the level of details of testing for the characterized scope of testing. The depth of scope of the testing can be chosen dependent on the above positioning according to the below grid.

High priority tests with ranking 1 are ‘All the more thoroughly’ tested and in like manner, specialists are conveyed to test this high criticality highlights and its related Test Cases. Likewise test cases with priority 2, 3, and 4. A choice to de-scope re-checked 5 highlights and tests dependent on the access time and assets can be taken.

Subsequently, Level of Detail of Testing approach of prioritizing the features and its test cases not just encourages the Testers to distinguish the ‘High Value Tests’ yet in addition guides them to settle on their ‘detail level of testing’ relying on these priority rankings and causes them to carry out better testing and decreases testing cost by enhancement process.

Why Perform Risk Based Analysis in Software Testing?

Since discovering defects in production is costly! The key motivation behind why people perform risk assessment process during software testing is to better understand what can truly turn out badly with an application before it goes into production. A risk based approach performed in software testing recognizes regions where software defects could result in difficult issues in production. By distinguishing zones of concern early, engineers can proactively remediate and decrease the general danger of a production defect.

Organizations should consider utilizing an RBT test procedure when working on their projects. While a portion of the associations is more developed than others, it should develop the IT associations that practice RBT at an enterprise level on all tasks. The procedural instructing of this approach to IT management will assist them to understand its advantage. It might require little effort to actualize; however, it’s worth the attempt as extraordinary outcomes you will see.

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Jenkins: The CI/CD Setting up Tool

Jenkins-The CI and CD Setting up Tool. continuous integration jenkinsThe continuous integration Jenkins is one of the best open-source CI tools written in the Java software language used for testing and reporting on isolated changes in a bigger code base continuously. The software empowers engineers to discover and resolve defects in a code base quickly and to automate testing of their builds.

The Jenkins tool offers a simple method to set up a continuous delivery or continuous integration condition for any combination of languages and source code stores utilizing pipelines, and in addition, automating other routine development assignments.

While Jenkins integration doesn’t eliminate the need to make scripts for individual steps, it gives you a faster and more robust approach to integrating your whole chain of Jenkins build, test, and deployment tools so that you can build yourself.

Alongside continuous integration Jenkins, some of the time, one may also see the association of Hudson. Hudson is an extremely well known open-source Java-based continuous integration testing tool created by Sun Microsystems which was later obtained by Oracle. After the procurement of Sun by Oracle, a fork was made from the Hudson source code, which brought about the introduction of Jenkins.

What is Continuous Integration?

Continuous Integration is a development practice that expects developers to coordinate code into a shared repository at normal interims. This idea was intended to expel the issue of finding a later occurrence of issues in the build lifecycle. Continuous integration server requires the engineers to have frequent builds. The basic practice is that at whatever point a code submit happens, a build should be triggered.

Jenkins Automation

Today Jenkins open source is the main automation server built with nearly 1,400 Jenkins plugins to help the automation of a wide range of development assignments. The issue Kawaguchi was initially attempting to solve, continuous integration and continuous delivery of java code is just a single of numerous procedures that individuals automate with Jenkins. Those 1,400 plugins range five regions: stages, UI, organization, source code the board, and, most as often as possible, build management.

Continuous Integration with Jenkins

Jenkins tool is intensely utilized in CI which enables code to build, deployed and tested naturally.

Let us depict a scenario where the whole source code of the application was build and after that sent on the Jenkins build server for testing. It sounds like a robust method to create software, yet this technique has numerous shortcomings. They are,

Engineers need to delay till the complete software is created for the test outcomes.

There is an immense possibility that the test outcomes may indicate a lot numerous bugs. This influences engineers to be in a perplexing circumstance to discover the main driver of those bugs since they need to check the whole source code of the application.

Delivery process of software is backed off.

Continuous feedback alluding to things like coding or structural issues, build failures, test condition and file release uploads were missing with the goal that the quality of software can go down.

The entire procedure was manual which increases the danger of repeated failure.

It is evident from the above-expressed issues that alongside moderate software delivery process, the nature of software additionally went down. This prompts client misery. So, to beat such perplexity there was a critical interest for a system to exist where developers can gradually trigger a Jenkins build and test for every single change made in the source code. So, Jenkins testing tool is utilized in CI. It is the most develop continuous integration tools conceivable. Now let us see how Continuous Integration with Jenkins squashes the above deficiencies.

For software development, we can attach it with the majority of the repositories like Mercurial, SVN, Git, and so forth. Jenkins has loads of plugins that are accessible openly. These modules help to coordinate with different software tools for better comfort.

One extremely decent thing about Jenkins open source is, build configuration files will be on the plate which makes gigantic form cloning and reconfiguring simple.

Pros of Continuous Integration Jenkins:

  • Jenkins is an open source tool with much help from its locale.
  • The installment is simpler.
  • It has in excess of 1000 plugins to make the work less demanding.
  • It is easy to make new Jenkins module if one isn’t accessible.
  • It’s a tool which is composed in Java. Henceforth it very well may be versatile to every significant stage.

Although, CI is not an expenditure but an investment. And the Return on Investment for implementation can be counted in time saved, errors avoided, and higher quality products conveyed more easily to your customers.

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Findings on False Positive & False Negative in Testing

Findings on False Positive and False Negative in Testing. false positive and false negativeFalse positive and false negative are two terms that we should know and be cautious about consistently during software testing. Fundamentally, both of these are dangerous yet the false negative is progressively risky. These both can be found in both Manual Testing and Automated testing.

However, discovering defects in a complicated system can some of the time be troublesome. Designing test cases to discover those defects, yet, can be even more difficult.

What’s extremely troubling, however, is the point at which you do test your system with said test cases and the test outcomes lie to you by either giving a false positive or false negative. Things can get entirely sticky quick when you can’t trust in the outcomes.

If you’ve worked in the software testing field for quite a while, you’re probably acquainted with this circumstance. In fact, you’ve most likely previously experienced it. For the individuals who haven’t, yet, allows simply say you should anticipate that this should arise.

Addressing the individuals who are learners in the field, we’ll cover somewhat about what false positive and false negative test outcomes are, the reason they happen and how to help reduce your chances of it happening once more.

What are a False Positive and False Negative?

False Positives:

Basically, false positives are test events that fail without there being a defect in the application under test, i.e., the test itself is the purpose behind the failure. False positives can happen for a large number of reasons, including:

No appropriate waiting is actualized for a question before your test is interfacing with it.

You determined incorrect test data, for instance, a client or a record number that is absent in the application under test.

False positives can be extremely irritating. It requires time to break down their root cause, which wouldn’t be so awful if the root cause was in the application under test; however, that would be a genuine defect, not a false positive. The minutes spent getting to the root cause of tests that fail since they’ve been inadequately composed would quite often have been exceptionally spent something else, on composing steady and better performing tests in any case, for instance.

In the case, they’re a part of a deployment process and an automated build, you can wind up stuck in an unfortunate situation with false positive tests. They slow down your build procedure pointlessly, in this way delaying deployments that your clients or different teams are waiting for.

False Negatives:

In the case that the software is “sick,” the test must fail! One method for identifying false negatives is to embed errors into the product and check that the test case software finds the mistake. This runs in accordance with mutation testing. It is extremely troublesome when not working straightforwardly with the developer to input the mistakes into the system.

It’s additionally very costly to set up each error, compile it and deploy it, etc, and to confirm that the test finds that fault. Much of the time, it tends to be finished by changing the information of the test or playing around with various things.

For instance, if I have a plain content record as information, I can change something in the content of the document so as to constrain the test to fail and check that the automated software testing test case finds that error. In a parameterizable application, it could likewise be accomplished by changing some parameter.

The thought is to check that the test case understands the error and that is the reason we attempt to influence it to fail with these modifications. Anyway, what we could at least do is consider what occurs if the software fails now, will this test case see it, or would it be advisable for us to include some other validation?

Both the false positive and false negative in software testing methodologies will enable us to have progressively strong test cases, yet remember: would they be increasingly hard to keep up later? Obviously, this won’t be done to each test case we automate, just to the most important ones, or the ones extremely beneficial, or maybe the ones we realize will blend up inconvenience for us from time to time.

Why do they occur?

At whatever point a test case results in a false positive or false negative, the most ideal approach to figure out how it happened is to put forth these inquiries: Is the test data off-base? Did an element’s functionality change? Was there an alteration in the functionality of the code? Were the necessities questionable? Did the necessities change?

These are only a portion of the reasons either false outcome would show up, so it’s critical to truly separate the test case to see where things went awry.

Best Practices for Lessening False Positives and False Negatives:

In the case of a false positive test outcome, automation tools can sometimes help enhance how frequently you get a false outcome. For example, Functionize’s machine-learning stage, which automates software testing, would pull data from your site by falling on different selectors and elements around it to decide whether an element has changed or continued as before. Thus, significantly reduces the brittleness of test cases.

To decrease your chances of getting a false negative, guarantee a superior test plan, cases for testing and testing condition. For both false outcomes, in any case, try using different metrics, analysis, and test data, and execute a thorough review of test cases and test execution reports.

Finally, know that the two types of testing – manual and automation – are expected to help guarantee a false test outcome doesn’t slip through the cracks. Furthermore, to the exclusion of everything else, make sure to be thorough and diligent all through the whole software testing process. With hard work and having this information close by, you can’t go wrong.

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Ways to Optimize the Website’s Performance on Black Friday & Cyber Monday

Ways to Optimize the Websites Performance on Black Friday and Cyber Monday. black friday and cyber mondayHalloween is here, and before you know it, it will be Black Friday and Cyber Monday. These purchaser “holidays” achieve the race for customers to purchase the majority of the desired things on their shopping records before they’re all gone. A few deals are good to the point that sales out in mere minutes! In these cases, shoppers lose to other shoppers.

However, other times, it’s major retailers who are the ones that miss out when their website goes down because of a high volume of traffic, compelling their future clients to take their business to the next online retail stores.

As each online retailer knows, Black Friday and Cyber Monday are two of the busiest shopping days of the year. Utilizing A/B testing and CRO to enhance your online business webpage is the way to expanding your online shopping sale during these retail holidays.

Here at TestOrigen, we have the chance to work with a portion of the best e-commerce organizations in the world. Throughout the years we have run several A/B and website performance tests on their sites to expand sales and conversions rate.

The competition for occasion Black Friday sales and Cyber Monday deals shoppers will be furious. By this late date, you’ve likely spent months implementing and planning your marketing strategy for Black Friday and Cyber Monday. Presently it’s a great opportunity to ensure your online store is completely optimized for the assault of activity.

So, here are the ways for Great Black Friday and Cyber Monday Web Performance:

Try not to leave site performance tests for just a week before going into production or when your site has just endured issues. Fixing this sort of issues requires some investment – a ton of time! Try not to design your tests just as a page speed check, however, plan them out with enough time, contemplating that you should settle any issues you may discover.

Choose whether you should increase your infrastructure briefly to get ready for times such as these when the normal client load is a lot bigger than it typically is throughout the year. The cloud can make this simpler to do, particularly for smaller organizations. It’s pivotal to be prepared and make certain that your scaling setup is ideal, considering Black Friday sales performance and expenses.

It is preferable to test Black Friday performance on your preferred infrastructure or the one you have in production, whichever is the best minute to run them. Simply recall that these tests frequently attempt to discover the limit of the system and we would prefer not to discover them at the same moment when a client is in the middle of a transaction. We normally run these tests at late hours and exploit having the team of performance testers in an alternate time zone. A four-or five-hour difference is normally all that could possibly be needed.

Since Black Friday online shops and Cyber Monday sales start in few weeks, you presumably don’t have time to test all the functionalities of your system, so you’ll need to pick the functionality or functionalities that you think will be most visited, such as links to articles or the product checkout. If you don’t know which of your pages are most visited, you can utilize Google Analytics online shopping statistics or access logs.

Set up alerts and monitors utilizing a modern tool like New Relic or an easier open-source one like Nagios to remain updated on the health of your infrastructure.

Monitor all parts of your infrastructure, any of which may turn into a bottleneck and in addition to the database. Top SQL transactions should also be under control.

Try to run loads that are reasonable for your business. Website optimization testing excessively small of a load won’t abandon you very much prepared for the actual Black Friday load while executing an extremely ambitious scenario may abandon you unnecessarily worrying oversizing your infrastructure and avoiding a crash when actually, it isn’t even likely that you should be that prepared.

Suggested Tools:

There are numerous tools and strategies for execution, automation, and analysis. In this way, we could really go into detail for many hours and pages discussing them all.

For the automation stage, we use JMeter, a broadly known open-source tool. In the case that you don’t definitely realize how to utilize it, I profoundly prescribe Testorigen. In addition, JMeter is easy to learn, simple to utilize, multiplatform and above all, free.

Finally, for performance monitoring, we prescribe New Relic, a tool with a very little configuration that gives performance indicators all through your system in a reasonable and unified way. What’s extraordinary is that it is effectively integratable with BlazeMeter.

After executing these tips, there will be no more reasons for your site not to sparkle on Black Friday. At the point when the day comes, you won’t need to lounge around anxiously viewing your server and holding on to be there if you need to restart it, yet you can even appreciate Black Friday stores yourself and go out and purchase what you need!

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Best Practices to Create Successful Test Report

Best Practices to Create Successful Test Report. software test reportBefore we proceed with recommendations about how to create a successful software test report, first look at what exactly test report in software testing refers to? Being a tester doesn’t mean you have to always create and send a software testing project report. Yet, to be a decent tester and following two or three years of experience, you are relied upon to write an effective test report; a report that can make or break your day or potentially your development groups.

The software test report is expected to reflect testing results formally, which offers a chance to estimate software test results rapidly. It is a report that records information got from an evaluation experiment in a sorted out way, portrays the environmental or operating conditions, and demonstrates the comparison of test results with test objectives.

The software testing report for project is the essential work deliverable from the testing stage. It spreads the data from the test execution stage that is required for project managers, and additionally the partners, to settle on further choices. Inconsistencies and the last deterioration of the abnormalities are recorded in this report to guarantee the readers know the quality status of the product under test.

How should the software test report be? Which variables should be considered while composing the test report? Which tips can make a report more successful?

These given below best practices will be a guideline for QA testers to distinguish the essential data that should be incorporated into the software test report. At an absolute minimum, the test report should contain the objective, summary of testing activity, test summary identifier, objective, synopsis of testing action, testing activities, variances, and last but not least, the essential part of data – defects.

  • Know the audience:

Knowing who will get and depend on the software QA test report and what sort of choices will be made dependent on it, is vital.

The QA lead needs detailed data about what was tested and what was found since the executives might want to see the overall testing coverage and progress. Some data stays regular for a wide range of test reports but again, unique layouts are utilized for a different audience.

  • Provide details but not too much:

Various elements play an impact in the composition of a test report. As above stated, the details to be given in the quality assurance testing report rely on the audience and their relevant interest.

While giving details ensure you don’t give an excessive number of details and the ones you incorporate should be on-point and effortlessly understandable.

  • Always give a reference of assignments done today and what is planned for tomorrow:

A test report should dependably comprise of two fundamental things: Tasks done and tasks to be finished.

Toward the start of a software test report, when you give tasks done, the reader of the test report will have a reasonable thought regarding what the report will be about.

Additionally, the future tasks referenced will help the upper-level administration to understand the task pipeline and will allow them to change task prioritization if required.

  • Always share road blocks:

The testing report should dependably specify the road blocks if any.

The road blocks enable other colleagues to chime in and encourage you. Road blocks allow you to return and give references with respect to why you were not ready to finish the software quality assurance task.

  • Proofread it:

Never be in a rush to send the report. Anything composed should be proofread at any rate once.

While proofreading you may understand:

You could have composed that section as bullet points to make it easier to get it and read

  • You forget to check for spellings.
  • You needed to pass on something unique or in an alternate way.
  • You needed to add some more points as well.
  • You had excluded all the required individuals in the email list.
  • Hence, a proofread is useful in settling numerous issues in one go. So don’t miss it.
  • Practice to improve it:

Continuously attempt to improve the test report for your audience. Search online for better layouts, request views from the audience, read others’ report and search for good points that you can incorporate into your testing report.

A concise and to the point test report will be useful to your audience.

So, while composing an automated software testing report, recognize the perusers, their requirements and continue refreshing until the point when you achieve a useful arrangement.

Additionally, keep up a reasonable report size by giving reference documents as software test plans and utilize an addendum for lengthy data like bug report in software testing.

Overall, composing the test report is critical to ensure readers can make right correct conclusions based on it. The output of this report will form your readers’ impression of you. The better your report, the better your reputation as a tester.

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Top Common Browser Security Threats with its Solution

Top Common Browser Security Threats with its Solution. online web browserThe online web browser is inarguably the most well-known portal for users to access the internet for some random exhibit of shopper or business purposes. Creative advances have permitted numerous conventional “thick client” applications to be replaced by the internet browser, improving its usability and omnipresence.

User-friendly features, like recording web browser history, saving credentials and improving visitor engagement through the use of cookies have all helped the online web browser turned into a “one-stop shopping” experience.

People discover surfing the web a wellspring of fun and enjoyment. In the meantime, they don’t give careful consideration to their online security and the dangers they are presenting themselves to. On the other hand, dangers are real, and you should take care of them.

You have a few options with regards to web browsers. Each one has genuine and seen benefits. None of them are totally impenetrable to browser security risks. In fact, there’s nothing more inclined to security vulnerabilities than an online web browser. Consider it. At the point when clients open up an online browser, they open up a continual connection with the internet, and they connect with sites that could conceivably contain malware and different dangers.

One approach to reducing these dangers is to know about the most common browser security threats and to make a move to perceive and remove these dangers.

The following are the list of top common online web browser security risks with its solutions:

Harvesting saved login credentials:

Saved logins matched with bookmarks for the related sites you visit are a deadly combination. Two mouse clicks may be all it takes for a criminal to approach your keeping banking/credit card website. A few sites do utilize two-factor validation, for example, messaging access codes to your mobile phone, however, a considerable lot of them use this on a one-time premise so you can affirm your identity on the system you’re interfacing from. Sadly, that system is then esteemed trusted, so resulting access may go completely unchallenged.


Try not to save credentials in the browser settings. Rather, exploit free password managers, for example, KeePass or Password Safe to store passwords by means of a central master password. These password managers can safely store all your site passwords. A password manager can even access a saved URL and login for you, adding to the comfort and security of your data.

Browser Extensions and Plugins:

Plugins and extensions can be utilized to offer enhanced secure internet browser experience and to add helpful functionality to websites. The dependable ones can be utilized to perform an assortment of functions. Luckily, there are numerous trustworthy publishers who offer these. Unfortunately, few out of every odd source can be trusted.

Some are made with malicious intent. Numerous others are basically terrible quality and make vulnerabilities in the secure browsers in which they are installed. These can give a pathway to hackers to hack information or install ransomware. Organizations can make a move by making a policy that prohibits clients from installing plugins and extensions that don’t have a business reason. They can even make a rundown of permitted plugins and extensions also make a move to block those that are not on the approved list.

Browser Cache:

The browser cache comprises of storing areas of site pages which makes accessing and loading of the sites easier and fast, every time you visit.

Such can likewise recognize which site or portal you have accessed to and what content you have experienced. It additionally saves your location and device discovery, making it an unsafe component as anybody can find you and your gadget.


Mitigate Browser Cache by utilizing Incognito Mode

Web browser protection from such dangers can be accomplished from incognito browsing and by manually clear the cache according to the necessity, particularly, after a sensitive browser search.

Analyzing cookies:

Cookies are another potential assault vector. Like the browsing history, they can uncover where you go and what your record name may be.


Disabling cookies is touted as a potential solution, however, this has been a tricky “fix” for quite a long time since numerous sites rely upon cookies or if nothing else seriously limit your functionality if these are turned off.

Rather, cleansing cookies occasionally can help secure you, however, be set up to enter data over and over as incited by sites.

Obtaining autofill information:

Autofill data can likewise be fatal. Chrome can save your home address data to make it simpler to shop on the online web browser, however, imagine a scenario where your gadget fell into the wrong hands. Presently an attacker knows where you live – and presumably whether you’re home.


Turn off autofill for any private or personal details.

Web programs are absolutely fundamental for basically every business. Accordingly, it’s important that IT security stars and business visionaries figure out how to ensure that they make a move to hinder any possible security openings.

This consolidates purposely exploring and picking internet security options. The security issues recorded here are commonly normal. Seeing these risks and making a move against them is essential.

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