News!: Opus Technologies Launches FinGeniusAI Solutions – An Open Innovation Platform for Building Future-Ready Solutions.. Know More
News!: Opus Technologies Launches FinGeniusAI Solutions – An Open Innovation Platform for Building Future-Ready Solutions.. Know More


Constant Vigilance Through Collaboration

August 30, 2022


Continuous vigilance in app development is non-negotiable

The major issue with security integration in the development process is that the security rules get outdated too soon, and the risk of exposure runs high. The solution is continuous vigilance of the system, which is best achieved with collaboration and team effort.

In the modern workplace, businesses are always under threat from cyberattacks. Companies that don’t keep up with the latest security standards put their data at risk of being compromised by attackers. But how do you spot issues before they happen? With automated security rules, you can detect abnormal behavior in your infrastructure as soon as it occurs and take action before it is too late. Well-orchestrated, cross-functional team collaboration is to be in control of the development process and infrastructure at large.

Let’s take a deep dive into the need for constant vigilance in the digital ecosystem and the steps to achieve this.

Internal Collaboration through Security and DevOps

When it comes to the first step in keeping your company secure, you need to have the right tools and know-how in place. The right tools will help you gather and analyze data as it’s happening, get a bird’s eye view of your applications and systems, and provide insight into where breaches may occur. These are all critical capabilities when trying to fend off cyber threats.

As information security teams and software developers collaborate to improve applications’ speed, quality, and security—automation can help them achieve their goals. Admins can automate security best practices and streamline the application development process. For admins, automation can make it easier to test for vulnerabilities in code before development is finished. This helps ensure that new apps aren’t introducing unknown security risks into your environment. As a result of these tests and regular penetration testing, you can continue building secure systems into the future without manually checking each component as you go along.

Re-evaluate the Guidance given to Development Teams

Once the security team understands how an application was developed, they can reverse engineer the architecture for better protection. This process involves figuring out how an app works and what it does so that you can create a plan to protect it. It is vital to know where your data is going and coming from. As part of this process, you should look at every step of your workflow, from end-users interacting with screens on their devices through processing and storage at each stage of information use. By analyzing each step, you can identify potential points where sensitive information might leak or be stolen by hackers trying to breach your systems (whether accidentally or intentionally).

The developers already do a lot of grunt work, which often weighs on them and causes a sense of cyber fatigue. To avoid this fatigue affecting the security and gripping the product, security needs to be integrated into every development step. This allows bugs in the code to be identified in their infancy, making them easier to fix. Also, a collaboration between security and development teams keeps the work holistically up to speed, and the deployments do not get delayed. The DevSecOps approach, therefore, ensures high-quality products are being developed at lightning speeds.

Real-time Deployment of New Rules

Developers benefit from automated testing because they don’t have to wait on manual reviews from other team members before they can get back to coding. Attackers are good spies and know that the shields are lower during the festive season, so they wait to attack at these opportune times. But in the age of automation, we shouldn’t rely on manual vigilance. They’ll also be able to find bugs faster than ever because there won’t be any lag between when something goes wrong (like an error message or crash) and when someone finds out about it. It reduces stress as a function of MTTR (mean time to recovery) by preventing situations of uncertainty about product safety, such as zero-day exploits. Microsoft recently identified an Austrian company exploiting vulnerabilities in Adobe and Windows. When these technology giants of the world are struggling to defend their organizations against security breaches, it’s time for all the other players in the industry to fasten their belts.

The primary issue with security integration in the development process is that the security rules get outdated too soon, and the risk of exposure runs high. As the CI/CD pipelines have escalated the deployment of new code, the hackers have also scaled their attacking potential by advancing numerous daily threats. To counter their efforts, the development and security teams need to identify the intent and pattern of the user interactions to identify red flags. The rules must be based on the testing data to keep up with the latest patterns of malicious activity. The Indicators of Compromise (IoC) cannot be seen as standard signatures for the security tools to operate beyond the monitoring mode. The payments landscape is too sensitive to wait and watch because the crime will occur, and there will only be a possibility of taking retrospective actions. To ensure customers’ trust, organizations are required to combat fraud in real-time.

Balancing Speed and Security with API and App Strategies

Gain visibility across thousands of applications and servers to assess risk and take action against threats before they become devastating breaches. With the constant evolution of the threat landscape, it’s essential to understand your environment comprehensively.

  • Monitoring tools like New Relic, AppDynamics, and Splunk can help you view data from multiple sources, such as monitoring logs, APIs, and servers.
  • Netwrix Auditor for SQL Server and New Relic Alerts brings together critical information into an easy-to-read dashboard that allows you to assess risk quickly across thousands of applications and servers in seconds.

You can automate security best practices with the help of automated security rules. With these rules, you can streamline your app development process and gain visibility across thousands of apps in your infrastructure. You’ll also be able to assess risk and take action against threats as they arise, ensuring that your apps stay safe while constantly being developed and deployed.

A proactive and collaborative approach

Security compliance is constantly changing and evolving to keep up with new threats. Effective collaboration across the DevOps teams allows you to stay ahead of the curve and ensure your apps are safe, even when attackers change their tactics.

To secure the privacy of your customers when they pay through your app, you need to be vigilant through enhanced collaboration. Talk to our experts to know how to secure your payment systems.

OPUS Organization First letter in white color

Team Opus

We’re giving you a fresh dose of insights, perspectives and the latest trends from the world of payments.

Join our mailing list to be the first to know about industry news, Opus updates & upcoming events

    Please read our Privacy Notice to know how we protect personal data