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Runtime application self-protection has become crucial for all organizations. Making sure that app security policies are adapted to the mobile channels is a significant concern. Any mobile applications (native ones, hybrids, or web apps) need to be tested regularly to ensure that no data leakage occurs.
AppSec Labs defines application protection as follows
"The combination of "security by design" principles with proactive measures throughout the software development lifecycle (SDLC) aimed at minimizing the exposure to vulnerabilities and other weaknesses which could lead to compromises."
Several areas can be covered under this umbrella-like memory corruption, SQL injection, broken session management, etc. Thus ensuring that there is no exploitable vulnerability in any part of your application's codebase is of utmost importance.
Static analysis is the first step in web application protection. This process looks at the application's source code and looks for any security vulnerabilities. Static analysis tools are very good at finding coding errors that can lead to security teams breaches. Standard static analysis tools are Checkmarx, WhiteHat Security, Fortify Software, and Veracode.
Dynamic analysis is the next step in application protection and involves testing the application in a live environment. This helps to find vulnerabilities that may not be found during static analysis. Dynamic analysis tools use various fuzzing, probing, and scanning to identify these vulnerabilities. Popular dynamic analysis tools are Burp Suite, AppScan Standard Edition, and WebInspect.
Penetration testing is the final step in application protection and determines the extent of a security breach. Penetration testers try to exploit the vulnerabilities found in the application to see if they can access confidential data. A professional firm should do penetration testing as it requires specific knowledge and skills. Some popular penetration testing tools are Kali Linux, Nmap, and Metasploit.
Thus, ensuring that your mobile applications are well protected is essential for any organization. By using the right combination of static analysis, dynamic analysis, and penetration testing tools, you can ensure that your applications are safe from all possible threats.
Are you looking for a new security solution
Geolance is the world leader in application protection. We provide continuous testing of your mobile apps to ensure that they are secure and compliant with your company's policies. Our platform allows you to monitor all applications, both native or web-based, on any device at any time. It also provides real-time alerts when there is an anomaly so that you can take immediate action if necessary. Our unique approach, we help organizations protect their data while ensuring compliance with internal policies and external regulations such as GDPR (General Data Protection Regulation).
You don't have time to worry about whether your mobile app is safe or not – but we do! That's why we offer 24/7 monitoring of every single one of your apps across iOS and Android platforms so that you can focus on what matters most – growing your business. And because it takes just minutes to set up, there's no reason not to try us out today!
Application protection services from Veracode
Using application protection from Veracode ensures that your mobile applications are free from security vulnerabilities. The leading cloud-based testing service offers a broad range of testing services for native, hybrid, and web apps. In addition to the tools mentioned earlier, Veracode also provides appsec services like API Security Testing, Code Review Services, or Penetration Testing.
Cybersecurity solutions for application protection
If you are looking for a complete cybersecurity solution for application protection, Fortinet has the answer. The Fortinet Security Fabric provides comprehensive security for your organization and offers features like intrusion prevention, malware protection, web filtering, and more.
Thus, ensuring that your applications are well protected is essential for any organization. By using the right combination of static analysis, dynamic analysis, and penetration testing tools, you can ensure that your applications are safe from all possible threats.
Why is this happening
Mobile application security is so important because of the vast amount of data that is now being transmitted and stored on mobile devices. With the increasing use of mobile devices for business purposes, it is essential to ensure that your data is safe and secure.
In addition, with the advent of 5G technology, the amount of data transmitted over wireless networks will increase exponentially. This means that organizations need to take extra precautions to ensure that their data is not compromised.
Thus, it is clear that mobile application security is more important than ever before and should be a top priority for any organization. By using the right combination of static analysis, dynamic analysis, and penetration testing tools, you can ensure that your mobile applications are safe from all possible threats.
5G technology will exponentially increase the amount of data transmitted over wireless networks. Hence, organizations need to take extra precautions to ensure that their data is not compromised. This is why mobile application security is more important than ever before and should be a top priority for any organization. By using the right combination of static analysis, dynamic analysis, and penetration testing tools, you can ensure that your mobile applications are safe from all possible threats.
Multilayered mobile app protection with multiple layers
As mentioned above, mobile application security is of utmost importance for any organization. By using the right combination of static analysis, dynamic analysis, and penetration testing tools, you can ensure that your applications are secure from all possible threats. Fortinet's FortiGuard Labs uses a multilayered approach to provide maximum protection against today's advanced cyberattacks. The key elements providing this layer of protection are:
1. Security Fabric
2. Threat Intelligence
3. Web Content Analysis
4. Network Visibility & Control
5. Application Visibility & Control
6. Unified Malware Protection
Customers can choose packages with different combinations on these layers depending on their business needs and requirements. For example, customers might choose the following box:
1. Security Fabric - Advanced Threat Protection (ATP) for 0-Day protection and Intrusion Prevention System (IPS) to detect known threats and prevent them from damaging the network 2. Threat Intelligence - Real-time security intelligence with FortiGuard Labs' threat-sensitive information and analysis on emerging threats 3. Web Content Analysis - web filtering and anti-phishing 4. Network Visibility & Control - visibility of all traffic types across all devices, including mobile devices 5. Application Visibility & Control - control of web applications traversing the Fortinet device 6. Unified Malware Protection - Detection of malware targeting Android, iOS, or Windows Mobile devices Fortinet's FortiGate appliances with FortiASIC processors provide high-performance protection for all mobile devices. They can also be centrally managed using Fortinet's single pane of glass - FortiManager for ease of management and improved security.
With the increasing use of mobile devices for business purposes, it is essential to ensure that nothing can be a threat data. By using the right combination of static analysis, dynamic analysis, and penetration testing tools, you can ensure that your applications are secure from all possible threats. For more information on how to protect your organization against today's advanced cyber web attacks with a multilayered approach leveraging multiple layers, including Security Fabric, Threat Intelligence, Web Content Analysis, Network Visibility & Control, Application Visibility & Control, Unified Malware Protection,
Veracode's advantages for application protection
Veracode helps organizations create, manage, and govern mobile applications. It allows enterprises to protect their software supply chain by validating that apps are free from vulnerabilities that leave an opening for attackers. Veracode's scan engine continuously examines all the open-source libraries used to protect apps from detecting if any of them have known vulnerabilities. The result is a list of actionable findings grouped into high-, medium- or low severity categories, giving developers the information needed to make changes before it's too late.
Organizations can also use Veracode to simplify their agile development processes by identifying security bugs right away rather than waiting until later in the cycle, leading to substantial rework during mobile testing and at release time. Another significant benefit is that it helps ensure that apps meet compliance standards such as HIPAA, PCI, and SOX.
This combination of continuous security testing and dynamic analysis enables enterprises to ensure that their mobile applications are secure and compliant with any requirement and standard at all times.
Applications (apps) play a significant role in the success of an organization. Unfortunately, this means they can also be one of the most vulnerable security points for organizations. A recent study by IBM on 848 mobile enterprise apps found that, on average more than ten vulnerabilities exist per-app across seven categories: privacy, authentication/session management, code quality, logic flaws, improper encryption, insecure data storage, and external interface. But this is not just restricted to new apps - even well-established ones still contain an average of two vulnerabilities. This means that attackers only need to find one vulnerability in an app to exploit it, gain access to sensitive company data or information, or even cause harm to the organization's reputation if the app is used for banking purposes.
Organizations need a solution that can help protect their apps at any stage of their life cycle, which is not typical for most vendors who only focus on protecting new code. Specific application security solutions work by scanning source code and adding heavy resource usage to development time and runtime performance. They also often provide limited visibility into the apps' attack surface within end-point devices, with no insight into network activity coming from mobile applications. Veracode takes a different approach by analyzing Android or iOS apps as they are being developed or are already in production. This capability to control apps' attack surfaces at all development lifecycle stages minimizes the need for rework. In addition, it ensures that security risks are identified much earlier than other solutions, resulting in dramatically reduced costs.
The cloud-based platform enables developers to import their source code into a secure environment where Veracode's advanced static analysis engine scans it. The report is then exported back to them, highlighting any vulnerabilities to be immediately addressed during the development process before distributing an app to customers or releasing it on iTunes or Google Play marketplaces. With this approach, enterprises can ensure that their apps don't contain known vulnerabilities, allowing attackers access through exploits such as buffer overflows, cross-site scripting, SQL injection, and other OWASP Top 10 vulnerabilities.
While this approach seems simple enough in theory, the automation of the build process truly differentiates Veracode from its competitors. The automated build brings together popular open-source libraries (normally distributed by third-party organizations) with an organization's custom code for its specific app. Once integrated into the source code, these libraries are obtainable by any security researcher on the internet; therefore, they need to be analyzed for known vulnerabilities routinely. Using static analysis to perform this task means that no network traffic needs to be generated or monitored - making it much less intrusive than a dynamic analysis which would require either instrumenting or capturing network interactions between end-points and servers (potentially violating privacy laws).
This automated build process makes Veracode's cloud-based platform unique, and it's also this that makes the scanning of source code much more difficult for attackers. By automatically incorporating open-source libraries into an organization's app, Veracode can identify any publicly known vulnerabilities in those libraries as they are being scanned. This approach protects the app and the thousands of other applications that may be using the same library with the potential to be exploited.
Organizations can't risk having insecure or non-compliant apps in their environment, mainly when sensitive data is now being processed and stored on mobile devices. Veracode's cloud-based platform helps protect your apps at all stages of the development lifecycle and ensures the security of your data.
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