Tag: web applications

  • 5 Key Performance Metrics to Track in 2023

    5 Key Performance Metrics to Track in 2023

    It’s never a bad time to adopt healthy new habits for the mind and body, and for developers, it’s always a good time to consider new best practices at work. As 2023 rolls on, I’ve been thinking about some key performance metrics that help to ensure critical applications and websites perform optimally throughout the year—especially during unpredictable spikes.

    To see why this is important, just look at the problems Ticketmaster had in November 2022 when Taylor Swift’s concert tickets went on sale. Fans of the pop idol (including me!) swamped the Ticketmaster site and brought the system to its knees, resulting in frustrated customers and a wave of bad publicity for the company.

    These usage spikes and the problems they can produce are not uncommon. The holiday sales period, starting with Black Friday and Cyber Monday, is notorious for technical issues that can cost retailers millions due to lost sales and other problems. And it’s not just retail. A few years ago, the Internal Revenue Service (IRS) had to extend its tax deadline after a rush of last-minute filers knocked its systems offline.

    Fortunately, developers can mitigate these problems with the right planning and practices in place. There are key performance metrics that developer teams should monitor, especially in times of peak traffic, to avoid application crashes, long wait times—and burnout for the teams who have to fix these problems when they arise.

    Here are the five performance metrics developers should be tracking in 2023—especially on their busiest days of the year.

    Web Vitals

    The largest contentful paint, or LCP, measures the load speed of a webpage. Having a fast LCP is a clear sign that a customer’s experience is optimal as they toggle between pages. In tandem, the cumulative layout shift, or CLS, scores how a user is experiencing unexpected layout shifts. This plays out on busy shopping days: Typically, these pages have ad and sales notifications that affect a brand’s main page layout, potentially causing shoppers to experience unexpected shifts. This can reduce their ability to shop and becomes a hindrance if a developer cannot quickly access and address the issue.

    Error Count Vs. Error Rate

    Error counts typically increase alongside site traffic as more people flock to a website—that’s a natural occurrence. The error rate is more telling because it reveals if a greater proportion of users are experiencing issues with your application or website. Developers who see an increase in this metric should investigate and take action.

    Mobile Monitoring

    More and more consumers are using their mobile devices to shop and manage all aspects of their lives. For example, mobile accounted for 45% of sales during the holiday shopping period in 2022 from October to December. Mobile performance metrics are critical to understanding what is happening on your users’ devices during these busy times. Vitals like frozen and slow frames or cold and warm starts when an app opens provide visibility into how fast views are loading for your users. As became obvious with the Taylor Swift incident, a slow shopping experience can lead to an outcry and a lot of upset customers.

    Outside of vitals related to mobile performance, it’s important to monitor mobile changes through application release health. Developers can see this in the rate of crash-free sessions and crash-free users as traffic to an application increases—which helps to identify abnormalities in the overall health of the app.

    Slow Database and HTTP Ops

    During sustained traffic spikes, database queries and HTTP requests that take too long to execute harm the user experience. Hitting a slow checkout process, or seeing the dreaded spinning beach ball after adding a product to the cart, confuses shoppers. They don’t know if they should refresh the page, and often they will abandon a purchase completely.

    What’s more, if a developer is working on a backend framework, slow database and HTTP ops could also be a sign of an N+1 query problem. At that point, an application is making database queries in a loop and causing performance issues for the purchaser.

    User Misery

    This is a homegrown metric we use at Sentry; tracking user misery helps developers understand a customer’s experience with an application. It is a ratio of unique users who have experienced load times at 4x a configured threshold in a Sentry project and thus serves as a proxy for customer frustration. With this user misery score, our developers can see which transactions have the highest negative impact on users and prioritize fixing them.

    Providing a smooth end-user experience is table stakes for businesses throughout the year, but especially during high-pressure, culturally-driven spending moments. In any of these scenarios, developers behind the scenes often work long and odd hours to address performance issues and ensure the most seamless experience. You can’t prepare for everything that can possibly go wrong, but you can be equipped with the right tools and metrics to quickly identify and remediate any problems that occur.

  • How to Overcome Web Test Automation Challenges

    How to Overcome Web Test Automation Challenges

    Web test automation is transforming software development for the better. Automation empowers test teams to easily prepare test data, execute complex test cases across multiple platforms rapidly and accurately, and catch defects early on in the development cycle. Modern-day test automation solutions benefit organizations in multiple ways;  when used correctly, such solutions can boost a test team’s productivity, enhance software quality and accelerate time to market.

    Automation Is Transforming Web Testing

    Today, mobile and web-based applications are important revenue streams for organizations. Various business-critical activities revolve around web apps, so flawless functionality and superior user experience are critical. However, testing often takes a backseat to speed and quality suffers. The limited timeframes in agile development coupled with cost factors make it challenging for organizations to sufficiently identify all the underlying issues and ensure optimum release quality.

    Such concerns can be adequately addressed by implementing web test automation. Automating web testing ensures better test coverage, improves detection of all major underlying discrepancies and allows faster test execution. Test automation is critical to achieving high-quality web applications; however, testers face many challenges performing automated web testing.

    Challenges of Web Test Automation

    Web test automation enables testers to test the functionality of web applications thoroughly and quickly, ensuring there are no deviations in the results from the expected user experience and interactions. However, even this beneficial process involves certain challenges for testers, such as:

    • Handling frequent UI changes: Many components of a web application’s UI are prone to frequent changes to logic, or due to new integrations or the addition of new features or functionalities. As a result, maintenance of UI testing scripts becomes a challenge for testing teams.
    • Multiple error handling: Error handling can be a cumbersome process with web test automation, especially when test teams must tackle large projects with complex scenarios and large data volume.
    • Image comparisons: Accurate detection of pixel variations in shape, size, color and formats are an important part of the web testing process. Test automation can help make handling image comparisons more efficient.
    • Long test script execution time: Typically, web test automation is a time-intensive affair. It requires significant test script execution time, depending upon the number of test cases involved. However, in the fast-paced technology landscape and agile development environment, testers get limited time to ascertain the quality of releases.
    • Complexities in testing various UI elements: As technology evolves, so do the possibilities for enhancing web apps with new capabilities. Modern web apps have complex features such as embedded frames, flowcharts, diagrams, maps and more. As a result, functional and non-functional web testing becomes more challenging.
    • ROI of web testing automation: As mentioned earlier, any application’s UI undergoes constant changes, and the test scripts have to be adjusted accordingly. This primarily increases the time spent on the creation and maintenance of test automation scripts. As a result, it becomes difficult to calculate ROI while continuously performing web tests.

    How to Overcome Challenges

    Mentioned below are some measures that can be implemented to make web test automation efficient, impactful and cost effective.

    • Choose a codeless solution: To maximize benefits, it is essential to choose the right web test automation solution. It is necessary to consider codeless (scriptless) test automation solutions, as these tools ease the process of script maintenance, allowing the testers to save both time and money. Codeless solutions simplify web test automation and improve ROI.
    • Choose common UI elements to uncomplicate UI testing: Organizations should strive to uncomplicate web testing, as much as possible. Developers can help by using common UI elements, so testers more easily understand them and can strategize efficiently and test vigorously.
    • Leverage an object repository: The creation of a shared repository enables organizations to reduce the costs and efforts involved with test maintenance. To ensure the success of UI test cases, it is preferable to reduce the UI test cases during the early testing stages and then slowly increase the count as testing moves forward.
    • Adopt organizational-level best practices for automated testing: For web test automation to be truly successful and deliver sustainable results, it must become a fundamental part of the testing process. Organizations that successfully integrate web test automation have well-established best practices and governance mechanisms. They follow organizational-level best code review processes to ensure the best test automation outcomes.

    Web test automation is a critical testing process that allows testers to verify and validate the functionality of a web app’s UI and backend features. Successful adoption of web test automation enables QA teams to significantly reduce regression testing efforts and time. However, it’s critical to mitigate certain challenges associated with web test automation to truly benefit from such an implementation. Effectively handling these challenges helps teams to deliver a robust and user-friendly web app that delivers superior UI and UX.

  • Vercel Optimizes Apps Based on React Framework

    Vercel Optimizes Apps Based on React Framework

    Vercel, during its online Next.JS Conf event, announced an update to its open source reactive programming framework that adds support for automatic image optimization along with access to continuous Web Vitals analytics.

    Company CEO Guillermo Rauch said Next.js 10 also adds support for internationalized routing and automatic language detection and quick-start e-commerce capabilities.

    Pioneered by Facebook, reactive programming frameworks are gaining traction as the need to build more interactive applications to drive digital business transformation and other initiatives becomes more critical. Vercel makes it easier to build those applications via a managed serverless cloud environment.

    Image optimization becomes a problem for websites because over time successful waves of application updates conspire to slow performance. Next.js 10 gives developers a replacement for legacy HTML and browser image stacks, which support only one image size and type. Developers can automatically replace legacy HTML image tags with image components based on React that load in a progressive fashion, said Rauch.

    E-commerce applications are especially “ripe for revolution,” he said—as organizations increase their dependency on online interactions in the wake of the COVID-19 pandemic, they are discovering their existing applications are not only slow but also not especially engaging. The more satisfied customers are with an application experience, the more likely they will return to that website, Rauch noted.

    Vercel’s open source Next.js Commerce platform using Node.js 10 adds automation along with a data layer and reusable data primitives developed by BigCommerce to modernize e-commerce applications. Vercel is also in the process of testing a video platform built in Node.js that will be made available as an open source platform.

    Finally, a Next.js Analytics module provides continuous feedback to help developers better understand how their site or application performs. Page rankings on the Google search engine site are now being influenced much more by Google Web Vitals scores, Rauch said, and the analytics module is designed to identify First Input Delay and Cumulative Layout Shift issues that adversely impact the performance of React-based applications.

    Ultimately, the goal is to deliver a new generation of web and mobile applications. Organizations employing Node.js include Apple, Twitch, TikTok, Lululemon, Target, Lyft and Hulu. Companies such as Airbnb, Hashicorp, Washington Post and TripAdvisor also deploy their front-ends on the Vercel cloud platform.

    It may take a while before every company has modernized their web and mobile application portfolios, but at this juncture, it’s now a matter of when rather than if. Organizations that depend on legacy HTML approaches to building and deploying these applications will find that over time, the use of their applications—and, by extension, websites—will decline. At a time when organizations are more dependent than ever on web and mobile applications to remain relevant to customers, interactive applications may soon be nothing less than a matter of survival.

  • JAMstack Boards the Enterprise

    JAMstack Boards the Enterprise

    Set course for development via JavaScript, APIs and Markup. Engage.

    In recent years, the JAMstack web development trend has garnered interest among front-end web designers. A 2020 study by Netlify found 1 in 3 sites serving a million users use JAMstack.

    JAMstack has been viewed as a development style for blogs and startups, but lately, some proponents believe it’s time for enterprise adoption. So, what benefits could JAMstack and serverless offer enterprise architecture? I recently talked with Ryan Coleman, vice president of engineering and product at Stackery, to find out.

    Defining JAMstack

    First off, what is JAMstack? JAM stands for JavaScript, APIs and Markup. It’s is a new(ish) style for building websites and applications based on modern tools and serverless web architectures. We’ve seen its adoption grow exponentially within the last five years or so.

    As defined at jamstack.org, JAMstack enables fast and secure sites that pre-render files directly from a CDN. This avoids tight-coupling between the client and the server, also known as headless. Applied in the right context, it can bring performance, security, scalability and developer experience benefits.

    Admittedly, there is some variation on implementation of this style—PayPal’s Jamund Ferguson simply calls them static apps—but, “the thing that they all have in common is that they don’t depend on a web server,” noted jamstack.org. Jekyll, Hugo, Nuxt, Next and Gatsby are among many JAMstack frameworks and static site generators, and many adopters are listed here.

    JAMstack Benefits

    No longer are IT teams operating a web farm. Rather, they are shifting the process of interacting with live web servers left. According to Coleman, JAMstack is more aligned with these modern practices across the board. Therefore, he sees many potential benefits for its use within enterprise environments.

    Serverless

    With JAMstack, web pages are built during the build process attached to a CDN pipeline. “Instead of running a server farm, you are externalizing it,” notes Coleman. “It’s the CDN’s problem.”

    JAMstack plays nicely with a serverless mentality. “JAMstack helps rethink what production footprint actually looks like,” Coleman said. By reducing your active server footprint, serverless implementations decrease infrastructure costs.

    Security

    With the proliferation of web vulnerabilities, companies are seeking new ways to limit their exposure and avoid catastrophic breaches. JAMstack can help enterprises keep pace, offering a “much tighter place to apply security controls,” he said.

    It allows teams to think of their security infrastructure in smaller pieces, which affords better control and scalability for things such as authorization. “Serverless architecture helps enable enterprise-grade SAML-based Auth tied into your stack,” Coleman noted.

    Democratization Effect

    Coleman also sees opportunities for small teams to disrupt the dominant players by utilizing it. “Companies need to move quickly, achieve enterprise-grade architecture and secure products with less investment on the onset,” he said. These abilities could, for example, enable a FinTech startup to compete on the same playing field as an established bank.

    “How do you create an architecture that is living, and how do you make sure it is as secure and clean as possible?” he asked. “How do you get a whole team together where actually doesn’t have to use 1,000 lines of YAML, and how do we continue to maintain?”

    Since JAMstack adopts APIs, companies could rapidly stitch together high-performing applications. Furthermore, by pairing low-code tooling and JAMstack, teams could drag-and-drop snippets of AWS-managed services to construct web applications very quickly.

    Bi-Directional Interactivity

    JAMstack has a reputation for creating compelling user-facing apps. Yet, Coleman acknowledged a common misconception: JAMstack is static and, therefore, not for enterprise.

    However, JAMstack can be more than a static app; the structure can support secure interactive capabilities. By taking CDNs and buckets and utilizing API connections to rich features such as AWS managed services, it can essentially reach the same enterprise-grade capabilities as other development styles, he said.

    JAMstack: No Longer Only for Blogs

    “Serverless + JAMstack is where web app architectures are going,” Coleman wrote in a recent blog post. Though many view it as a static app, there is growing potential for using this development approach to enable applications with dynamic interactivity. “With AWS in the backend, you can create an interactive enterprise-grade app.”

    Another benefit of JAMstack is the decoupled nature between client and server. This abstraction layer makes for building web applications across multi-cloud arrangements. And as web APIs become more accessible through low-code, the entry barrier to connecting to a MySQL or Postgres database—or handling identity management, for instance—is lowering.

    Once only viewed as good for blogs, JAMstack is gaining more credibility within enterprise architecture as APIs and serverless become more commonplace, offering the potential to increase performance, increase rapid web application delivery and solve other concerns within enterprise situations.

    Coleman described JAMstack as enabling developers to “build that web application the way you want.” How, then, do you want to build?

  • Vercel Makes Front End Applications Faster

    Vercel Makes Front End Applications Faster

    Vercel this week extended its effort to redefine how front-end applications are developed to reduce dependencies on backend systems.

    The company has created Next.js, which makes it possible to build web applications using a framework based on the React library for creating user interfaces that enable both static generation (SSG) and server-side rendering (SSR). The latest version a Vercel Edge platform based on Next.js has been re-architected to provide faster routing and better caching.

    Vercel CEO Guillermo Rauch said that capability results in a 10x performance improvement that, among other things, enables applications that employ the React framework for user interfaces to automatically pre-render, code-split and hot-reload, with no configuration required.

    Fresh off raising $21 million in funding, Vercel is committed to making it easier to build highly interactive applications that run in real-time by leveraging Next.js, Rauch said. Vercel claims there are more than 30,000 sites running Next.js in production at organizations such as Airbnb, Hulu, Nike, Ticketmaster and Uber.

    Rauch said most developers are looking to take advantage of frameworks that enable them to treat the underlying IT infrastructure as if it were serverless whenever possible using a familiar JavaScript-type tool.

    At the same time, Vercel is making it possible to run Next.js on a local host, which enables integration with React Refresh from Facebook to enable real-time page change visualization on local hosts. New pages can also be pushed automatically whenever data changes. In addition, developers can replicate all the customized functions from a cloud on a local host.

    Finally, the distributed caching provided via Vercel’s content delivery network (CDN) eliminates the need to rely on legacy CDNs that often require repetitive round trips, he said.

    As frameworks such as Next.js are embraced, DevOps teams will need to adjust to applications capable of providing richer application experiences without relying as much on backend infrastructure. That shift has implications for everything from the amount of network bandwidth consumed to the performance of web applications. Rather than continually focusing on backend infrastructure to optimize application performance, Rauch said the Vercel platform employs caching, routing and a React framework to optimize application performance.

    It’s not clear whether or how much DevOps teams will nudge developers toward frameworks such as Next.js to develop web applications. In theory, the more efficient web applications are the less time and effort that will be needed to monitor applications. In addition, the overall size of the backend IT environment might not need to be as large.

    One way or another, however, the way web applications are developed is evolving. That doesn’t mean JavaScript-based frameworks will eliminate the need for programming languages such as Java. However, the preponderance of applications relying on Java to invoke backend services soon might be reduced substantially.

  • The State of Low-Code Development

    The State of Low-Code Development

    As enterprises continue to play catch-up when it comes to meeting their internal demand for new software services and applications, more enterprises—but still, only a minority—are turning to low-code development platforms to try to fill the gap.

    Low-code development platform provider OutSystems released its sixth annual “State of Application Development Report.” The report is based on surveys conducted in March of 3,300 IT professionals.

    The report found that a sizable minority (41%) of respondents are already using low-code platforms, while another 10% stated they were about to start using a low-code development platform. For comparison, in the 2018 report, 34% of respondents said they were using low-code development platforms and 9% said they were about to start using these platforms. Clearly, interest in these platforms is rising, if not modestly.

    Low-code development platforms strive to make software development more accessible. They do so by removing traditional coding interfaces with graphical user interfaces. And they typically target development toward a specific functionality, whether that be web applications, business process automation, IoT and, quite often, databases. The low-code development platform market is expected to grow to $27.2 billion by 2022 from $4.3 billion in 2017, an annual growth rate of 44%.

    The demand for software has never been higher. According to the OutSystems report, 64% of IT professionals said they have an application development backlog. For 19% of respondents, that backlog is deeper than 10 apps. While 50% said their backlogs have remained the same, 39% report that their app backlogs have improved over the past year.

    The time to deliver web apps and mobile apps is mixed. The 2018 OutSystems report found that 54% of respondents took four months or less to deliver a web application. This year, 61% said it takes them four months or less to deliver a web application. Mobile app development has changed a little: 55% on average said they deliver apps in four months or less.

    According to OutSystems, enterprises using low-code development platforms are 12% more likely to report that their backlogs have improved year over year.

    Those findings echo similar surveys. For instance, a survey released earlier this month from low-code provider Appian found that nearly 80% of its respondents believe that using low-code can free developer time to work on higher-level projects. That survey also found 86% of IT developers agree that emerging technology is increasing the pressure on the IT organization.

    One thing is certain, the demand for software isn’t going to let up anytime soon. According to the OutSystems report, the number of applications respondents plan to deliver this year is 60% higher than last year. For those with more than 500 employees, 65% said they had plans to deliver 10 or more apps, 38% plan to build 25 or more apps and 15% said they plan to develop 100 or more apps this year.

    Despite the high demand for enterprise software, only 36% of organizations have larger development teams than they did a year ago. However, that’s likely not due for lack of trying to hire and retain development talent. The OutSystems survey found only 15% of respondents described developer recruitment as easy. “For many organizations, retention of developer talent appears to be an equally grave challenge,” according to the report.

    With conditions like that, it’s only reasonable to expect low-code development platform popularity to continue to rise.

    — George V. Hulme

  • Are Your Web Applications Prepared for the Holidays?

    Are Your Web Applications Prepared for the Holidays?

    Three best practices to secure your website for the coming retail boom 

    The holidays are upon us, which means retailers are racing to launch new promotions, sales and other temporary web pages in time for what is anticipated to be a record-breaking retail season. Amidst their haste to prepare, some businesses forget—or don’t realize—that there are often a number of critical vulnerabilities in their web applications and servers that go completely unnoticed or unaddressed. In fact, recent research has shown that retail has one of the worst records when it comes to applications failing security checks. This is because web applications are often created quickly, without security in mind. Or even worse, they are created, launched and then forgotten. And if there is one thing we know about applications—they age like milk, not wine.

    Our research shows that the average web application contains 11 vulnerabilities, with an average of seven critical vulnerabilities. And every one of those vulnerabilities is a chance for a criminal to breach your company. The last thing a retailer needs right before the holidays is to become yet another victim of cyberattack and negative headline.

    Security for Web Applications

    To sail smoothly through the holidays, here are three basic hygiene principles that can be used to ensure your business’ web apps are thoroughly safeguarded:

    Test Early, Scan Often

    The importance of scanning website applications regularly is critical to ensuring web applications aren’t launched with known vulnerabilities. According to CA Veracode’s State of Software Security Report, 60 percent of web applications are scanned less than four times a year, 36 percent of organizations don’t run any kind of static analysis security testing (SAST) and 48 percent of organizations aren’t running any kind of dynamic analysis security testing (DAST). Part of the problem is that so many web servers have vulnerabilities that have not been patched, with 25 percent of those scanned possessing a high or very high severity vulnerability—meaning they could be easily exploited by attackers to compromise websites and potentially steal or compromise consumer data.

    Best practice for IT departments is to make sure their web servers are not sending out information that could be valuable to an attacker, such as server version information, for example.

    Discovery scans of websites show that organizations have 30 percent to 40 percent more websites than they thought they had. This could include marketing pop-up sites that are left online and forgotten about. These sites often are left online with a redirect instead of being taken down—this is a “messy” practice that can create entry portals for hackers later on.

    Shockingly, applications are only scanned twice a year on average. But scanning more frequently during development allows developers to fix on average 48 percent more vulnerabilities versus conducting scans that only give applications an up-or-down on security policy.

    Prioritize Remediation Based on Risk

    Testing and scanning for vulnerabilities is only half the battle—businesses need to fix the flaws they find. Out of 400,000 application scans that took place over the course of a year, only 18 percent of flaws were closed in less than 30 days, while 49 percent of flaws fixed took more than 90 days to close. Because critical vulnerabilities put your organization at the most risk, companies should fix the most severe vulnerabilities first. Many organizations are wisely doing this already—data shows organizations fix high severity vulnerabilities at twice the overall fix rate.

    To prioritize risk, organizations must account for the severity of the flaw in addition to the business value of the application at risk. In addition, not all high-severity flaws are weighted equally—some organizations may choose to prioritize more high- and medium-level vulnerabilities that have more value, or are in more sensitive applications, over very high severity vulnerabilities in less sensitive applications.

    Empower Developers with Resources to Make Security Part of Their Process

    It’s important that cybersecurity professionals nurture their relationships with the people who are closest to the development process. But this is often deprioritized. According to findings from a survey conducted by CA Veracode and ESG, only 18 percent of development team leaders said security was the most important metric for measuring their team’s performance. And security education and ongoing training is equally neglected, with 68 percent of surveyed developers and IT pros saying their organizations aren’t supplying them with adequate training. This endemic goes all the way back to college—76 percent of respondents reported that they weren’t required to complete any security courses while in school.

    However, developers do care about security, and these stats should serve as a reminder to maintain vigilance in helping developers get the tools and reinforcement they need to fix vulnerabilities efficiently.  In fact, there is a 19 percent improvement in vulnerability fix rates when employers provide developers with on-demand training courses.

    As more cybersecurity threats continue to emerge, having a “clean” app landscape has unmatched long-term benefits and can help ensure customers continue to have trust in your brands.

    About the Author / Joe Pelletier

    Joe Pelletier is the Director of Product Management for Veracode’s Web Application Security and Runtime Protection product lines. He has worked in application security for over six years, originally helping large enterprise clients implement secure development practices and programs. Joe is a hands-on learner and passionate about building great products and teams. Prior to Veracode, Joe worked in the financial services industry and helped develop portfolio management and investment research platforms. He received his degree in Finance from Bryant University. Follow Joe on Twitter.

  • Akamai Gives DevOps Teams More Control

    Akamai Gives DevOps Teams More Control

    When most DevOps teams think about platforms, it’s usually a conversation about some form of software sitting on a server in a data center. But many web and mobile applications employ a content delivery network (CDN) as the platform on which they depend most to run. Akamai Technologies is moving to provide DevOps teams with much greater visibility into and control over what’s occurring across its namesake CDN.

    Ari Weil, senior director of industry marketing at Akamai, says CDNs now play a pivotal role in enabling IT organizations to deploy web and mobile applications in the cloud. To provide DevOps teams with more control over those deployments, Akamai is committing to treat the core CDN as code that can be programmatically invoked in addition to providing real-time visibility into applications running on Akamai and simplyfing the modification of applications in production, says Weil.

    As part of that effort, Weil says, Akamai is expending the range of application programming interfaces (APIs) that it exposes via toolsets spanning frameworks such as Terraform, Varnish and WordPress. The goal is to expand significantly the level of scripting and automation enabled by the Akamai CDN. Akamai is also making available a testing suite that DevOps teams can employ to test and fix applications in real time.

    Akamai is making it possible to deploy custom configurations and code across Akamai’s CDN in minutes, including the ability to remove content in seconds and revert to past configurations whenever necessary.

    Akamai has also released mPulse Lite, a free version of a digital performance management tool that identifies ways to improve application performance and the end user experience, and its IoS mobile application and companion IoS watch app to specifically optimize the performance of iOS applications accessing the Akamai CDN.

    Most DevOps teams are hyperfocused on what occurs inside the data center. But in the age of extended enterprise the level of dependency on caching and security services provided enabled by a CDN has never been greater. The fact that Akamai has also begun a more DevOps initiative is also testament to how far the DevOps movement has been able to extend its influence. Historically, providers of external services have been reluctant to provide any visibility into how their network services operate.

    Weil notes that it’s apparent the developers are also exercising more influence and control over IT. As such, providers of external services are now under more pressure to programmatically expose their services in much the same way as any other cloud service. In fact, many cloud service providers are leveraging their global footprint to make available CDN services that rival Akamai.

    Regardless of the CDN chosen, developers are under more pressure than ever from the business to optimize the end user application experience. Mobile and web applications are core to any digital business transformation initiative. In the face of that pressure, DevOps teams are finding that having more control over the CDN used to deliver those applications is now an absolute necessity.

    — Mike Vizard

  • 8 Ways to Focus on Cloud Software Security

    8 Ways to Focus on Cloud Software Security

    Cloud Software Security Examined

    Cloud software security is critically important. Take, for example, health care: Doctors and other healthcare professionals are one of the biggest users of cloud software, yet recent studies demonstrate that more than 15 percent are considered to be operating at a high risk of security breaches, and more than half are operating at a medium risk.

    Security breaches can be devastating to almost any large industry. Companies must take accurate measures to ensure the safety of cloud computing software, as hackers are all too eager to break into a computer system and do what they seem to do best.

    Fortunately, there are a number of ways to increase security of data and apps in the cloud. Increasing cloud software security is almost like an insurance policy that affords valuable protection.

    Taking Steps to Increase Cloud Security

    The first step in building an effective cloud security plan is to conduct a complete internal audit that includes all current cloud providers. All internal security personnel should participate in the auditing process.

    Once the auditing process is complete, companies should take the following measures:

    1. Security personnel must take steps to ensure all company data is correctly encrypted. Having a secure encryption process in place will increase cloud security significantly.
    1. IT and/or security department should create an authentication process, which will help ensure all cloud software, as well as highly confidential internal information and related files, are secure.
    1. All new internal applications should undergo in-house developmental testing. Well-organized developmental testing procedures will guarantee that new applications are secure at the time they are released. This procedure is highly effective and also should increase cloud software security, when done correctly.
    1. Security solutions must be created that accurately scan and store various binary codes. What’s more, security solutions must be created internally. Runtime makes it extremely difficult to detect any security breach or potential vulnerability. Failure to detect or recognize a potential security flaw can prove disastrous for any organization.
    1. Use a web application scanning program for better security and safety. Use a provider that secures and monitors all web applications on a continual basis, as well as multiple scanning on a single platform. Multiple scanning will produce increased accuracy as well as unified results.
    1. Use one platform for all multiple assessment tasks to heighten cloud security. Using one platform will enable security personnel to identify and address an open-source risk quickly.
    1. Utilize streamline compliance centralization tools, which permit access to direct access to applications for compliance. Applications for compliance should include access to PCI controls and CWE. Both PCI and CWE can be used to make sure corporate compliance requirements are being met.
    1. Develop a system of continual compliance., which will monitor the system for any existing vulnerability or security concern. In addition, this unique system will fully access and examine any and all applications before they are released or deployed. Finally, the system of continual compliance will automatically conduct regular searches to identify all web applications that are related to a specific company domain. Any temporary sites also will be searched and properly identified. A continual compliance system is highly effective when properly utilized.

    There are many ways in which cloud software security can be enhanced. It may be a wise decision to consult with a security and compliance specialist. Many large and small organizations are now utilizing the services that security and compliance companies can offer.

    The Importance of Cloud Security Enhancement for Businesses

    In this of age of advanced computer technology it is becoming easier for hackers to access highly sensitive information from just about any organization. It is sad to say, but there are people who have made careers out of computer hacking. Many computer hackers are never brought to justice. Therefore, it is critical that organizations take the necessary steps to protect all computer software as well as sensitive company information that should never be released to the public.

    Having efficient software testing tools is the first step when looking to increase or improve cloud software security. Efficient testing tools will help an organization to better identify any security problem or vulnerability that may be present. If vulnerability is identified, the next step is to fix the problem and prevent additional security breaches in the future.

    Keeping company software and critical files safe must be a No. 1 priority. If critical internal information is compromised, it can cause severe damage that may be irreparable.

    About the Author / Reed Gusmus

    gusmusReed Gusmus the director of Marketing at QASymphony. Gusmus is an award-winning, passionate and innovative B2B marketing leader who excels at prescribing winning strategies for new customer acquisition and revenue-driving solutions for SaaS companies looking to get more from their marketing investment. Connect with him on LinkedIn and Twitter.