![\"How](\"https:\/\/www.kovair.com\/blog\/wp-content\/uploads\/sites\/2\/2019\/07\/blog-graphics-212.jpg\")
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Software applications, particularly those that are online, make up one of your weakest security links. Why?<\/p>\n
Customers\u2019 needs for convenience and ubiquitous access combined with the need for speed make it impossible for developers to take a moment and focus on security. Performance is what the majority of customers enjoy; it\u2019s only the few that suffer unfortunate attacks that truly see the true value of a secure system.<\/p>\n
According to a report by Gartner, 75% of cyber attacks occur at the application layer. Another study by the Ponemon Institute found that 32% of security compromises occur when applications are interacting with the back end database.<\/p>\n
Note, however, that this is not a knock on developers – 48% of developers say they lack time to spend on security issues they consider extremely important – but rather a recognition that organizations sourcing for software lack a solid application security strategy.<\/p>\n
An application security strategy is a plan of action crafted by an organization, and it serves as the blueprint that will guide developers to create the most secure application or software possible It takes into account that sensitive corporate data is no longer confined to the bounds of an organization or enterprise. Gone are the days when applications sat on employee desktops or within company walls.<\/p>\n
Today, apps reside on all manner of end-devices, not to mention, the cloud. As such, attack vectors are extensive and probably uncountable. To secure the system, one must, therefore, think outside the box.<\/p>\n
An application security strategy also recognizes that hackers are becoming more sophisticated by the day. Consequently, an organization must develop equally sophisticated systems to deter hackers.<\/p>\n
Firstly, at DevOps speed, guaranteeing application security can prove difficult, especially when you consider that developers cannot perform penetration testing on daily updates.<\/p>\n
A strategy is vital because it would consider this and may allocate time after every 20 or so subsequent daily updates for penetration testing. Alternatively, the strategy can state that before deployment, the application is first released to a group of security experts whose main job is to find weaknesses that need shoring up.<\/p>\n
Secondly, some vulnerabilities such as SQL injection (an attack that allows hackers to execute malicious SQL statements), and Cross-Site Scripting (XSS) attacks – an attack that makes it possible for a hacker to inject malicious scripts into a website – can only be dealt with at the development stage.<\/p>\n
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A strategy lists as much vulnerability as possible that developers should look out for during coding. Moreover, in the course of testing, developers can use the list to confirm that they have dealt with all the weaknesses.<\/p>\n
With that in mind, here is a breakdown of how an application security strategy helps fight cybercrime.<\/p>\n
Developers are not necessarily security experts. As such, they might not be able to catch all the vulnerabilities. Moreover, even the largest app developers out there can be negligent of cyber security flaws.<\/p>\n
An application security strategy allows organizations to embed enough security experts in the development team as a way of ensuring the entire development process is security-centric.<\/p>\n
An AppSec strategy outlines all the best practices that will help ensure the applications an enterprise is using are as secure as they can be.<\/p>\n
Best practices include \u2013<\/p>\n
Firstly, coding the app with a hacker\u2019s mindset. Essentially, that means thinking the way a hacker would when trying to breach the application and securing the application against these imagined breaches.<\/p>\n
Keep in mind that according to a 2018 survey of black hackers, most insisted they could easily infiltrate a system and extract data within a day.<\/p>\n
Secondly, focusing on application layer security. The application layer is the 7th<\/sup> layer of the OSI model, and because it is closest to end-user, it provides an incredibly large threat surface. It is the layer where the SQLi and XSS attacks mentioned above occur.<\/p>\n Thirdly, dealing with login security flaws and reducing the risk inherent in messaging services or apps.<\/p>\n The cloud is everywhere, and according to statistics, 81% of all enterprises already have a multi-cloud strategy in the works. The chances are high that in the next decade or so, a majority of the enterprises will be operating from the cloud.<\/p>\n However, the cloud brings with it unique security concerns. For instance, a cloud account can be hacked via phishing. Also, a malicious person can download sensitive data uploaded to the cloud to an employee\u2019s device.<\/p>\n An AppSec strategy researches all the concerns unique to the organization\u2019s custom application that will run in the cloud and enumerates possible ways developers can deal with the concerns.<\/p>\n For the health of your enterprise and to ensure that you do not suffer heavy costs due to data breaches; an application security strategy is a necessity.<\/p>\n 3. A Strategy Enumerates Application Security Practices for the Cloud<\/strong><\/h3>\n
Final Word<\/h3>\n
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