Application Security

11/13/2017
07:20 PM
Connect Directly
Twitter
LinkedIn
RSS
E-Mail
50%
50%

Frequent Software Releases, Updates May Injure App Security

The more frequently you release apps, the more security vulnerabilities you are likely to introduce in the code, a new study confirms.

The frequency with which you release and update software has more of an impact on application security than factors like code size and whether you are developing your apps in-house or offshore, according to new research.

CAST Research Labs recently analyzed a total of 1,388 applications developed using either Java EE or .Net. The company ran some 67 million rule-checks against a combined 278 million lines of code and unearthed 1.3 million weaknesses in them.

The exercise showed once again—like many have been saying for years—that while agile practices can accelerate application delivery and make it easier for developers to adapt to changing requirements, they can also heighten security risks. 

Specifically, CAST Research found that Java EE applications released more than six times per year tended to have a significantly higher density of known security weakness (Common Weakness Enumeration—CWE) compared to code released less than six times per year.

CAST's analysis showed that CWE density in Java EE applications remained fairly consistent regardless of the development methodology itself. In other words, Java-EE Applications developed using an agile/iterative model had roughly the same vulnerability densities as applications developed using a hybrid waterfall and agile method or a pure waterfall approach. What really made a difference to security was the frequency of updates and releases.

Interestingly, the results were statistically different with .Net applications. With .Net, applications that were developed using a traditional waterfall approach had a much higher CWE density compared to applications developed with agile, hybrid and even no methods at all.

"In Java we found that financial services and telecom had the highest densities, and that applications released to production more than six times per year were particularly vulnerable," says Bill Curtis, SVP and Chief Scientist at CAST Research Labs.

Meanwhile, others factors like application size and where the development work is done had less of an impact on vulnerability density.

Generally, the larger the code set, the more opportunities developers have to make coding errors such as SQL injection and cross-site scripting issues. So larger applications generally tend to have more security vulnerabilities in absolute terms than smaller apps. But vulnerability density—or the number of errors per one thousand lines of code—remains the same regardless of application size, CAST's analysis showed. The same was also the case for the source of the code.

"Interestingly, we did not find that whether an application was developed onshore or offshore, or whether it was developed in-house versus outsourced made a difference in CWE density."

CAST's study showed .Net applications on average having a higher CWE density than Java-EE applications. Most of the Java-EE apps across industries that CAST examined averaged five errors, or less, per one thousand lines of code.

In contrast, CWE density scores were much higher in .Net applications, especially in certain industries such as energy, insurance, and IT consulting. Many .Net applications that CAST analyzed had vulnerability densities in the 20- to 30-per-thousand lines of code range.

"We did not expect to see differences between Java and .NET in the pattern of factors related to CWE density, but they emerged," Curtis says.

Appsec has become a hot topic. The adoption of agile and continuous release cycles has put pressure on organizations to integrate security testing and proceses earlier and throughout the software development lifecycle. The trend is driving new DevSecOps approaches focused on unifying development, security, and operations teams into one common goal. Studies such as those by CAST highlight the need for such efforts.

"IT organizations must accept responsibility for providing training in secure architectural and coding practices to those deficient in these skills," Curtis says. 

In addition, organizations need to ensure they are using sound static, dynamic, and penetration testing techniques through the development cycle and that all vulnerabilities are patched as soon as possible. Dependencies and interactions with other applications or third-party software should be investigated for potential security weaknesses.

"Executive management owns the responsibility for ensuring cybersecure capabilities and enforcing cybersecure practices," he says.

Related Content:

 

Join Dark Reading LIVE for two days of practical cyber defense discussions. Learn from the industry’s most knowledgeable IT security experts. Check out the INsecurity agenda here.

Jai Vijayan is a seasoned technology reporter with over 20 years of experience in IT trade journalism. He was most recently a Senior Editor at Computerworld, where he covered information security and data privacy issues for the publication. Over the course of his 20-year ... View Full Bio

Comment  | 
Print  | 
More Insights
Comments
Newest First  |  Oldest First  |  Threaded View
SchemaCzar
50%
50%
SchemaCzar,
User Rank: Strategist
11/16/2017 | 11:38:55 AM
Java EE and .NET? What about mobile?
This is important information, but the title does not make clear that it does not apply to all development/deployment platforms. 
WSJ Report: Facebook Breach the Work of Spammers, Not Nation-State Actors
Curtis Franklin Jr., Senior Editor at Dark Reading,  10/19/2018
Good Times in Security Come When You Least Expect Them
Joshua Goldfarb, Co-founder & Chief Product Officer, IDRRA ,  10/23/2018
Getting Up to Speed with "Always-On SSL"
Tim Callan, Senior Fellow, Comodo CA,  10/18/2018
Register for Dark Reading Newsletters
White Papers
Video
Cartoon
Current Issue
Flash Poll
The Risk Management Struggle
The Risk Management Struggle
The majority of organizations are struggling to implement a risk-based approach to security even though risk reduction has become the primary metric for measuring the effectiveness of enterprise security strategies. Read the report and get more details today!
Twitter Feed
Dark Reading - Bug Report
Bug Report
Enterprise Vulnerabilities
From DHS/US-CERT's National Vulnerability Database
CVE-2018-10839
PUBLISHED: 2018-10-16
Qemu emulator <= 3.0.0 built with the NE2000 NIC emulation support is vulnerable to an integer overflow, which could lead to buffer overflow issue. It could occur when receiving packets over the network. A user inside guest could use this flaw to crash the Qemu process resulting in DoS.
CVE-2018-13399
PUBLISHED: 2018-10-16
The Microsoft Windows Installer for Atlassian Fisheye and Crucible before version 4.6.1 allows local attackers to escalate privileges because of weak permissions on the installation directory.
CVE-2018-18381
PUBLISHED: 2018-10-16
Z-BlogPHP 1.5.2.1935 (Zero) has a stored XSS Vulnerability in zb_system/function/c_system_admin.php via the Content-Type header during the uploading of image attachments.
CVE-2018-18382
PUBLISHED: 2018-10-16
Advanced HRM 1.6 allows Remote Code Execution via PHP code in a .php file to the user/update-user-avatar URI, which can be accessed through an "Update Profile" "Change Picture" (aka user/edit-profile) action.
CVE-2018-18374
PUBLISHED: 2018-10-16
XSS exists in the MetInfo 6.1.2 admin/index.php page via the anyid parameter.