Cybersecurity has become one of the crucial features of the e-commerce industry. Without maintaining proper security practices, online merchants put themselves and their customers at high risk for payment fraud. Smaller companies have a higher risk of security scams due to inadequate internet security from cybercrimes.

Contents 1. Major Threats to an e-commerce company 2. Phishing attacks 3. Credit card fraud 4. Cross-Site Scripting 5. Distributed Denial of Service or DDoS Attacks 5. Bad Bots Aiming at E-commerce Industry 6. Solution: Extensive Security Testing

According to recent reports, one in five small business retailers falls prey to credit card fraud every year.

Not just hacking, but accepting fraudulent payment has also become a huge risk for all e-commerce companies. These security issues not only cause financial consequences but also hamper a brand’s reputation. Especially at the time of the big sales like Black Friday and Cyber Monday, these fraudulent activities increase as the number of customers on the website increases. Last year’s Black Fridaysale records speak for themselves.

According to Adobe Analytics, U.S. retailers earned a record $7.9 billion on November 24, 2017, an increase of nearly 18% from 2016.

This activity pushed Amazon founder Jeff Bezos’s net worth past $100 billion the day after 2017 Thanksgiving.

Major Threats to an e-commerce company

E-commerce security risks can be caused accidentally, intentionally or can be caused by a human error. The most predominant cybersecurity threats include phishing attacks, credit card fraud, DDoS Attacks, unprotected online services, etc. The user data such as login credentials, credit card numbers, etc. are some sensitive information that is protected by a customer. However, when it comes to e-commerce websites, we do not think and put our card number, CVV, and other information demanded by the e-commerce companies to make our transaction successful without being aware of its security.

Here are the main types of security threats to an e-commerce company.

1. Phishing attacks

Phishing attacks target user data like login credentials and credit card numbers. These attacks use social engineering methods where an attacker poses as a trusted entity and deceives a victim into opening an email or a text message.

2. Credit card fraud

There are several areas within an e-commerce website that aids as a point of interruption for a hacker to take payment and user information. An attacker by using malware extracts credit card information and sells the data. After this, the fraud is committed to mining the highest value possible through ATM withdrawals, e-commerce transactions, etc.

3. Cross-Site Scripting

This form of cyber attacks gives attackers access to the user’s information that is stored in the user’s computer. In this attack, the attacker inserts a JavaScript snippet on a vulnerable web page, and to a browser, it looks like a normal script and is executed in a normal manner. These attacks leave the website vulnerable to phishing attempts or malware installation.

4. SQL Injection

Website security SQL injection can shake any website using an SQL database, which includes various well-known e-commerce platforms like Magento. In this type of attack, a hacker inserts malicious SQL statements in a payload which looks like an authentic SQL inquiry. The attacker creates an administrative account for himself, erase database entries, or view private information if they manage to access the database.

5. Distributed Denial of Service or DDoS Attacks

High-profile e-commerce sites are susceptible to DDoS attacks, and smaller e-commerce sites may also be vulnerable if their DNS provider is targeted. This attack aims to take down the site by disturbing servers with requests. This attack overloads the servers, slowing them down considerably and taking the site temporarily offline, averting legitimate users from accessing the site or completing orders.

6. Bad Bots Aiming at E-commerce Industry

Bots are prevailing all over the Internet, and they can be both good and bad. Good bots are generally used by search engines to index and crawl the websites for search results. Whereas, bad bots gather information from websites such as card details, login details, etc. or take over real accounts by guesstimating the passwords.

According to a recent industry report, 97% of sites are hit with some sort of bad bots. For e-commerce sites, bad bots account for an average of 15.6% of a website’s traffic, with good bots accounting for 9.3% of traffic.

It’s a huge risk to e-commerce websites and applications.

Solution: Security Testing

Using the right security testing methods, e-commerce companies can minimize the threat of fraud and instill trust within their customer base. By performing stringent security tests on an e-commerce website/application, companies can significantly reduce the number of errors and create a shield for your website before it is launched in the market. Hence, before your company becomes prey to the attackers and before it gets too late, make sure you evaluate your current testing program and consider executing end-to-end security testing.

TestingXperts has wide industry experience and has been handling a number of e-commerce clients for their security testing and other software testing and QA requirements.Connect with us to know how we can help your brand in creating a better and securer website/application.

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Security vulnerabilities are a reality faced by the digital world at a rapid speed. Given this reality, penetration testing (also known as Pen-Testing) has become a critical method for protecting systems and applications from security vulnerabilities.

Pen-test assesses the security posture and discovers possible defects that could allow malicious individuals/organizations to compromise the security’s main pillars, i.e. Confidentiality, Integrity, and Availability.

Contents 1. Penetration Testing Role 2. What are the types of penetration testing? 3. Why Penetration Testing as a Service (PTaaS)? 4. Major Benefits of Penetration testing Services? 5. What are the tools for Pen testing? 6. Why Outsource PTaaS? 7. What factors should be considered while opting services from PTaaS provider? 8. Why Choose TestingXperts?

Penetration Testing Role

The goal of this exercise is to uncover vulnerabilities in a target system so the team of developers can take action to correct them. Talking about pen-testers, they act as real attackers, attempting to compromise the system to learn the effectiveness of the performed DDoS and cyber attacks.

What are the types of penetration testing?

Penetration Testing on Wireless Networks:

In this type of testing, all wireless devices that are used by an enterprise such as laptops, notebooks, smartphones, etc. are tested. This type of testing helps in finding vulnerabilities of admin credentials, wireless protocols, and wireless access points.

Physical Penetration Testing:

This type of penetration testing is practiced in order to stop the unauthorized control or access on the physical components such as sensors, cameras, motion detectors, etc.

Application Penetration Testing:

This testing practice discovers the security threats and weak points in a web application. It is the process that simulates the app from attacks by monitoring the systems and firewalls.

Social Engineering Test:

This testing practice will help an enterprise to find the threat actors who are trying to lure the employees with the methods of manipulation or influence for achieving control over system and enterprise’s sensitive data.

Network Penetration Testing:

In this testing method, the vulnerabilities and weaknesses in network infrastructure are identified. This method performs a thorough examination on several software packages such as MySQL, File transfer protocol, SQL server, Secure Shell (SSH), etc.

Denial of Service (DoS) testing:

This method of testing is performed in both ways, i.e. using automated tools and manual methods. And, the different types of Dos tests are classified as flooding attacks and software exploits. The DoS formats can occur in various formats such as half-open SYN attack, resource overload, flood attacks, etc.

Pen-tester is likely to make use of the standard hacking tools to check for vulnerabilities. However, various challenges are involved with the traditional pen testing model, which is the reason, companies are moving towards the new Pen Testing as a Service model comprising of data, technology, and talent to eliminate the security challenges for modern applications. This methodology applies a SaaS security platform to pen testing to boost workflow efficiencies.

Why Penetration Testing as a Service (PTaaS)?

A company’s security stance is continuously changing in-line with the growing risks. A traditional penetration testing services is a point in time evaluation. However, PTaaS involves a continuous cycle of testing and remediation. It suggests that to combat the changing security stance of the company, there must be an on-going program of testing and management. The PTaaS methodology recognizes, tests and validates the entire platform stack. From the operating system to the SSL certificate, PTaaS is about creating a system of automatic checks and monitoring to protect the smallest features of the software eco-system.

Major Benefits of Penetration testing Services?

– Continuous Security Management: PTaaS encompasses continuous security management through all-encompassing managed services

– Frequent Vulnerability Scanning: Unlike the traditional penetration testing, in PTaaS, you can receive access to regular vulnerability scanning report

– Automatic Track Changes: PTaaS comprises of an automatic track changes feature that would ensure traceability of improvements in the application security.

What are the tools for Pen testing?

OWASP:

The Open Web Application is a non-profit organization that is running several projects to improve the security of software. A few of the flagship tools of this tool are ZAP, OWASP Web Testing Environment Project, OWASP Dependency-Check, etc.

W3af:

This tool is popularly used to audit framework and protect the app from the web application attacks. Generally, this tool has three types of plugins namely, audit, discovery, and attack. It has a good number of features to prevent vulnerabilities such as cookie handling, DNS cache, proxy support, etc.

Acunetix:

This tool is known for providing complete automation penetration testing services. The security scanner scans applications available on JavaScript, single-page applications, HTML5, etc. With this tool, a tester can audit complicated web applications, clear the compliance issues, and manage the reports on web and network vulnerabilities.

BurpSuite:

The software of this tool known as a commercial product can work for web application scanning, crawling content, intercepting proxy, functionality, and many more. The main advantage of this tool is that it can be used in any environment like Windows, Linux, Mac OS, etc.

Wireshark:

This is an open-source tool known as a network protocol analyser. It is capable to run on various platforms such as on Linux, Windows, Mac, Linux, etc. The efficient features of this tool include displaying filters, live capturing, VoIP analysis, offline analysis, etc.

Metasploit:

This is an open-source penetration testing tool that enables a tester to access a number of features such as to verify vulnerabilities, to manage security, and more.

Aircrack-ng:

This is a complete suite of tools that effectively focuses on vulnerabilities that can affect Wi-Fi security. All the tools that are available are command line interface and have a need of heavy scripting.

SQLMap:

This is an open-source tool, widely used for identifying the issues related to SQL injection in an application. It supports a number of platforms such as Windows, Linux, Mac, etc.

Why Outsource PTaaS?

Outsourcing Pen Testing as a Service is a common practice for businesses across various industries. One major benefit of outsourcing pen-testing is to stay updated with the latest tools and cyber trends in the market. Outsourcing the Penetration Testing as a Service efforts can provide innovative and tailored methodologies that can create better quality and coverage. Almost all organizations perform these evaluations to validate their security stance across their IT domain and accomplish different supervisory requirements, mandating an independent security audit.

What factors should be considered while opting services from PTaaS provider?

– The provider should be able to correlate data and aggregate with multiple resources

– Should have testers who are able to perform multi-level tasks on the project

– Testers should have the ability to combine the workspace findings for reporting

– Need to build the confidence, put efforts to improve the growth and reduce the conditions of failures

– Should have the ability to generate reports in multiple file formats

– The teams must be able to customize report templates for every specific testing type

– Need to have the ability to track the trends from period to period

– Must be able to integrate reporting along with enterprise ticketing, risk, governance, and compliance

Why Choose TestingXperts?

Enabling a long-term partnership is something that a PTaaS approach brings into play. TestingXperts’ global pool of skilled testers and researchers with a diverse set of skills across the technology stack helps in providing the best services to eliminate the security testing challenges. Our PTaaS model combines data, technology, and talent to eliminate security challenges for modern web/ mobile applications and APIs.

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The advent of DevOps has made the concept of “shift-left” familiar to the software development and testing industry. However, the effectiveness of the shift left concept is not just limited to QA. Security teams can also benefit greatly from shifting security operations to the left.

Contents 1. What is shift left? 2. The Benefit of Shifting Left 3. Why Shift-Left in Security? 4. How to Effectively Shift Security to the Left? 5. Conclusion

What is shift left?

Before penetrating into the details of shift-left security, let’s discover the shift-left concept and identify its importance.

Shift-left is a simple term for a complex task. Simply put, shifting left is positioning a process that is performed later in the development cycle to a point early in the delivery lifecycle. The main objective of the shift left concept is to start building more effective and easier-to-manage processes while also saving more time too.

The Benefit of Shifting Left

The traditional waterfall methodology taught us not to start the next step of the development cycle until the previous steps were accomplished; the real testing of the software was initiated after the development was completed. However, with the new shift left approach, testing is initiated with the development process itself. The traditional waterfall methodology could cause problems for an organization as the discovery of any major bugs at a later stage can activate the need for major code refactoring.

By addressing issues at the point of origin, shifting left clearly has a better ROI. In contrast to the traditional development method, there is a dedicated team for quality. The main objective of this mode of operation is to respond to issues, not necessarily preventing them.

Why Shift-Left in Security?

The benefits described are not just limited to the testing process but can also boost the security of an application. Shifting security left in the real world is like creating a fire escape strategy. In the software security world, it is a threat modeling plan before the coding begins, educating and training developers on securing the coding practices.

If the application is continuously assessed for security issues from the outset of development, it is extremely unlikely that a major security concern would arise toward the delivery pipeline. It is more likely that only trivial security distresses would exist as the application development process comes to closure. This is a direct outcome of placing discernibility into the application’s quality by constantly validating that security standards are being employed properly.

The objective is to move the application quality and security concerns closer to the developer, i.e. to the “left” of the delivery chain in order to avoid any potential issues and resolve them sooner, ideally before the code is finalized. Technology undoubtedly makes shift-left easier. However, it can only help in fighting half the battle.

How to Effectively Shift Security to the Left?

With the help of the shift-left security testing approach, software is developed with security as a design principle and software-defined platforms as enablers. This helps in implementing cutting-edge testing methods and eventually performing the end-to-end investigations. More importantly, it creates longer-lived and more secure software. Here are our 4 tips to effectively shift security to the left.

Conclusion

The benefits of shift-left security are remarkable. As application development grows, it is easier to see why so many DevOps teams are shifting processes such as security and testing to the left in the delivery pipeline. Shift-left security pays for itself by averting security issues or helping developers to identify them early on.

Shifting security to the left comes with time-saving benefits such as early detection of bugs and security issues while making the development lifecycle safer and faster. It helps DevOps organization in releasing high-quality, secure applications quickly to the market.

Get in touch with TestingXperts’ Test Advisors to know how we can boost the security of your applications and offer faster time-to-market.

The post Shift-Left Security: Assuring Security Early in the Delivery Pipeline first appeared on TestingXperts.

Software quality has become indispensable, and test coverage is one of the key indicators to measure software quality. Test coverage is an essential part of software maintenance and assists testers in creating tests that cover areas that are missing or not reachable easily.

Contents 1. Test Coverage and Code Coverage 2. How to attain more Test Coverage in less time 3. Test Coverage Metrics and Best Practices 4. Best Practices of Test Coverage 5. Conclusion

Test Coverage and Code Coverage

Test coverage is often confused with Code Coverage. Although both metrics are used to evaluate the quality of application code, code coverage is a term to describe what percentage of the application code is exercised when a user is interacting with the application. Test Coverage, on the other hand, is testing every business requirement at least once and is clearly a QA team activity.

How to attain more Test Coverage in less time

Testers are always running on a tight schedule and have to focus on ensuring maximum coverage within the stipulated time primarily. In order to achieve this, there are few methods described below:

• Using Automation Tools: One of the modern testing methods any company or any testing group can adopt is the usage of the right Automation Tool. Nowadays, there are plenty of tools in the market, making a testers life easy. One must identify the right testing tool for the application.

Test Coverage Metrics and Best Practices

• Code coverage = (Number of lines of code exercised by the test suites)/(total number of lines of code)*100

• Requirement coverage = [(Total number of requirements) – (Total number of missed requirements)]/(Total number of requirements)*100

Best Practices of Test Coverage

• Segregate the business requirements/modules as per their criticality, frequency of use and most complex workflows.

• Develop a requirement traceability matrix for the modules/requirements.

• Utilize the test coverage as a measure for “untested paths” instead of “false sense of security.

• Develop automated suites using frameworks integrated with code coverage utilities.

• Measure the code coverage for each release and plan to improve it with every subsequent release.

• Utilize the metrics like ‘Defect density’, ‘feature wise defect distribution’ and ‘Defect removal efficiency’ as a guide to ensure improved coverage for subsequent releases.

Conclusion

The post Ensure Software Quality by Achieving Maximum Test Coverage first appeared on TestingXperts.

A pen test is generally performed to find vulnerabilities and fix them before an attacker does. Sometimes, the IT department is aware of the reported vulnerabilities but still needs an external expert to officially report them so that the management is sure of the vulnerabilities and can fix them properly. Having a second set of eyes to corroborate all the vulnerabilities is always a good security practice.

Let’s find out the reasons why performing pen-testing is important.

The post 5 Reasons why investing in penetration testing is important- Infographic first appeared on TestingXperts.

The rapidly approaching GDPR deadline, i.e., May 25, 2018, is clearly on the horizon. GDPR is not just limited to the European Union. Even if you are not a European-based business, you will be affected if you have customers in the EU.

Contents 1. GDPR Compliance 2. Steps to make your Testing GDPR compliant 3. How can TestingXperts help?

GDPR affects all businesses within and outside of the EU who hold personal data for individuals within the EU. From IT operations to marketing, anyone dealing with personal data needs to recognise how GDPR affects their data workflows. GDPR applies to all the data that is gathered from the ecosystem, whether it is provided by customers or gathered by automated systems. This also includes personal data stored and used in big data analytics platforms.

GDPR Compliance

In many organisations, development teams deal with data from real production environments and usually, this data originates from customer databases. However, testing with real data often causes problems regarding information security and confidentiality. GDPR necessitates explicit attention to this practice. Every data that includes personal data is subject to GDPR compliance. It is illicit to have personal data anywhere where it is not-obligatory.

Therefore, Test Data Management(TDM) is an area that definitely needs attention from GDPR perspective. From bringing efficiency to data processing and testing the quality of deliverables, TDM is susceptible to vulnerabilities around organisational and regulatory standards. Therefore, various measures (e.g. masking) should be employed to ensure that the personal data is encrypted.

Test data may become a block in your preparations for GDPR. In order to address the challenges associated with testing and make the testing GDPR compliant, it is important to follow the below steps.

Steps to make your Testing GDPR compliant

1. Document the use of personal data in test environments.

Documenting the personal data should be the first step in your GDPR compliance process. This includes listing down the data in backups and the subsequent replicas that the testers have created for themselves. This step might expose uncomfortable surprises, like huge amounts of personal data in test database tables.

2. Develop a smooth test data management process

A lean and adaptable process is needed to stay in control for a smooth test data management process. Properly analysing and tracking the document from where the real data is coming, and where it is going is important. According to the new regulation, it is important to ensure that no personal data is open to business users, software testers, test managers, and other team members during software development, maintenance and test phases.

3. Employ a combination of masked data or synthetic data for testing

Though using synthetic data is a desirable option, but it is not always promising. Hence, it might be prudent to use a combination of carefully masked data along with synthetic data.

4. A proper review of privacy policies

Privacy policies must be articulated accurately. There should be a specific reason for collecting, sharing, storing, and using the personal data among third-party processors. Consequently, it is also important that you are reviewing the third party policies as well to make sure they comply too.

How can TestingXperts help?

Adherence to the regulation will require a comprehensive test data management approach. TestingXperts will help you build cross-functional teams for you to carry out various GDPR assessment and implementation activities with Tx’s GDPR framework. Tx has a step-by-step phased approach to GDPR compliance to provide a comprehensive solution.

The post Is your Test Data GDPR Compliant? 4 Steps to Make your Testing GDPR Compliant first appeared on TestingXperts.

Internet of Things (IoT) is taking over the world both in the idea as well as practice by transforming the way industries are working together. IoT has initiated the quicker advancement of ideas that affect our everyday activities. It has also helped in accelerating the technical world’s proficiency to make digital ecosystems of the future an existing reality.

Contents 1. IoT Testing 2. Unique features and requirements of IoT Systems 3. Challenges Impeding IoT Testing 4. 5 Major Types of IoT Testing 5. TestingXperts’ IoT Testing Solution

IoT Testing

It has become a reality that the world is ready to consider and leverage for better results. Its acceptance can be accredited to many of its core features such as:

• Increase of various protocols

• Proficient Machine to Machine communication

• Overall smart working and living

• Unification of several embedded devices

Unique features and requirements of IoT systems

Compared to other applications, IoT applications are categorized by several unique factors, such as:

• Combination of sensors, gateways, hardware, connectors, and application software in a single system

• Real-time stream analytics and intricate event processing

• Support for data velocity, volume, variety, and veracity

• Conception of large-scale data

Challenges Impeding IoT Testing

• Security and data privacy: Impending security vulnerabilities across various layers of IoT system

• Real-time complexities: IoT applications can have various, real-time scenarios and its use cases are complex

• Dynamic environment: With millions of sensors and devices in combination with intelligent software, IoT has a dynamic environment, unlike application testing that is performed in a defined environment.

• Expertise to automate: Due to numerous scenarios and dependency on sensors and devices, automation has become a challenging process

• Scalability of the system: Building a test environment to measure functionality along with scalability and consistency is challenging

5 Major Types of IoT Testing

With the advancement in technology, a whole new level of complexity has been introduced for testing IoT devices. To abridge the complexities involved in IoT testing process, testers can allude to these 5 IoT testing types:

1. Security Testing

2. Performance Testing

3. Compatibility Testing

4. User-Experience Testing

5. Exploratory Testing

TestingXperts’ IoT Testing Solution

The post IoT Testing: A Connected Approach for Applications first appeared on TestingXperts.

Cybersecurity and Data Protection have become the most talked about issues of recent times. Protecting internal and private data is a concern for every country and organization. Every country or region is coming up with its own Data Protection Act to protect their data from cyber-attacks and other probing vulnerabilities. Likewise, On April 14, 2016, the European Union parliament approved the General Data Protection Regulation, commonly known as GDPR. The law will be enforced from May 25, 2018. GDPR will be directly applicable in each EU Member State.

Contents 1. How Can your Organization Adapt to the GDPR Compliance? 2. Is your Organization’s GDPR Testing Strategy in Place? 3. Tx Security Testing Strategy

After May 2018, organizations processing personal data will be held more responsible for their data collection and its use. Though many organizations have implemented processes steady with GDPR, this new Regulation will affect most organizations on various levels. Failing to meet the terms with the GDPR can lead to a fine of up to 4% of the global turnover or €20,000,000, whichever is higher. Hence, companies have become more cautious to adapt to this changing data protection law and are hiring expensive consultants to secure their data by the deadline.

How Can your Organization Adapt to the GDPR Compliance?

Adherence to the regulation will require a comprehensive security approach, with assistance from legal and IT departments. Implementing security within the DNA of the organization is the best approach an organization should consider to overcome every desecration and incident. The overall system must be designed, keeping security as the ultimate goal. The data of the organization should be designed by considering security protocols and GDPR compliance process.

There should be a security team enabling the compliance process across the organization. Eventually, bringing in security aspects within the structural design of enterprises while they are being built will disentangle complex data protection and security issues. Employing a security testing team to manage the organization’s data and assure data protection according to the security standards should be the ultimate focus for the organizations.

Is your Organization’s GDPR Testing Strategy in Place?

According to a recent industry survey, only 33% of organizations are confident that every piece of customer data could be identified promptly across all systems and applications. 66% of organizations are not completely confident they could erase customer data “without delay,” as required by the right to be forgotten.

Now, how will the organizations become GDPR compliant? To abide by the new compliance regulation, it is important to abide by the comprehensive security testing methods. Bringing in security aspects within the planning stage of enterprises can solve complex security and data protection issues.

Tx Security Testing Strategy

TestingXperts (Tx), as an innovative and modern software testing company, is guiding organizations through their digital transformation process. With its broad set of software solutions, Tx is helping them to navigate through their compliance journeys successfully. Tx is providing organizations the assistance to help achieve their GDPR compliance and deploy the controls required by the regulation.

Having a robust security testing strategy and system in place enables organizations to act in accordance with any upcoming State or Federal guidelines. Tx, with its modern and innovative security testing framework ‘Tx-Secure’, has guided organizations and provided state-of-the-art security testing techniques to adhere to the changing guidelines.

Tx’s dedicated security testing professionals have developed methodologies, processes, templates, checklists, and guidelines for web applications, software products, networks, and cloud.

The post GDPR Compliance: Are You Ready first appeared on TestingXperts.

Bell Canada shocked the world by experiencing second hack in just eight months. Hacker stole data from up to 100,000 Bell Canada customers, leaving customers under enormous stress. Bell is Canada’s one of the largest and oldest telecom company, with over 22 million customers. This breach happened twice in eight months, prompting an RCMP investigation into the breach at Canada’s largest telecommunications company.

1. Cybersecurity Facts 2. Cybersecurity: The Inevitable Need 3. Solution: TestingXperts’ Security Testing Services

Cybersecurity Facts

BCE Inc. confirmed on Tuesday, i.e., January 23, 2018, that hackers got hold of ‘fewer than 100,000′ customers’ information, including names and email addresses. This followed a hack in May 2017 when 1.9 million email addresses and about 1,700 names and phone numbers were stolen from Bell’s database. –Courtesy: Financial Post

From leaking debit card details to attacking global enterprises and institutional systems, cyber-attacks have become a substantial part of our political and social discourse. Every day there is fresh news of cyber-attack that gets people in distress. The last WannaCry Ransomware virus attacked global enterprises and institutional systems and panicked every mobile application user. This repeated again on Jan 23, 2018 with Bell Canada paying the price.

Cybersecurity: The Inevitable Need

Cybersecurity has become more than just a concern for businesses these days. Gone are the days, when cybersecurity was perceived as a reactionary measure to be taken after the incident had occurred. Nowadays with the growing awareness and knowledge, businesses have realized the importance of securing their data.

Viruses and bugs attacking the digital space are getting stronger; intensifying the need for an extensive security strategy. Companies and individuals today are in dire need to build software/applications that are thoroughly tested for the data security and are, at the same time, competent enough to alert users against any possible cyber-attack.

After all these incidents, it is evident that such attacks will only grow in the days to come. Companies and individuals should realize the need to build software/applications that are thoroughly tested for their security. At the same time, should be competent enough to alert the users against any possible cyber-attack.

Cybersecurity experts and specialists from the industry are saying that such attacks on the internet will continue to propagate and intimidate the core presence of web in the global sphere. So, the question remains – can such cyber-attacks be hindered or totally choked with anti-virus programs, or is there a need for a comprehensive Security Testing Strategy

Solution: TestingXperts’ Security Testing Services

Security testing service exposes weaknesses and threats to the security mechanisms of the applications under the context that maintain functionality and protect data as envisioned. It involves a wide range of testing segments like penetration testing, vulnerability scanning, security auditing, posture assessment, security scanning, risk assessment, and ethical hacking.

Over the past years, TestingXperts has built test accelerators, capabilities, and knowledge repository and is working on more than 150 engagements using the latest industry standards such as OWASP and proprietary testing methodologies. TestingXperts offers a comprehensive security analysis supported by dashboards, wide-ranging reports, along with remedial measures for all issues found. TestingXperts has deep expertise in security testing for mobile applications, web applications, web services, and software products. Connect with us to discuss how TestingXperts can bring more value to your business with enhanced security testing techniques.

The post Oldest Canadian Telecom Company Experienced Another Data Breach. Is your Data Secure? first appeared on TestingXperts.