Mobile applications have today become an integral commodity in the technologically advanced society of today’s world. Smartphone applications in this generation are employed in various sectors including communication, entertainment, banking as well as shopping. However, security issues are also increasing as the use of the mobile application is increasing. Security of mobile applications should be a critical factor of concern amongst firms and developers as they seek to protect the users’ information as confidence issues come under serious attacks due to the existence and enhancement of heinous cybercrimes.
Among the numerous lists cataloguing the principal concerns facing mobile applications, some of them are known as OWASP Mobile Top 10. This list can be of great benefit to developers and security specialists because it defines the areas that require the most attention in terms of mobile app security. In this post, will discuss the list of ten threats shared by OWASP Mobile and how the best and latest mobile app security solution, AppSealing, can protect your apps from these threats.
Contents
- 1 OWASP Mobile, Top 10 Threats: Understanding the List
- 2 The Complete Mobile Security Solution, AppSealing, is now available
- 3 Safety from Inappropriate Platform Use:
- 4 Data Storage Security:
- 5 Making Authenticity Stronger:
- 6 Improving the Cryptosystem:
- 7 Putting Secure Authorization in Place:
- 8 Improving the Caliber of Client Code:
- 9 Conclusion:
OWASP Mobile, Top 10 Threats: Understanding the List
Mobile apps are vulnerable to the most important security issues that are listed by the OWASP-Mobile Top 10. The developers and companies may protect their applications and users’ data by taking preventive measures once they come across these threats.
Inappropriate Use of the Platform: This ranges from abusing it and not even using the security features available. Examples include; misused TouchID, iOS keychain, and intents on Android.
Insecure Data Storage: Some pretty common occurrences, such as loss of the device or mishandling of data can lead to an exposure of the confidential information stored in the device. Some examples of this are writing private data into the log files, or storing data in the unencrypted database.
Data transmitted over insecure networks leaves it open to interception. This is known as insecure communication. Use of poor SSL/TLS implementations or HTTPS in favour of unencrypted HTTP are two examples.
Unauthorised access to user accounts can be caused by inadequate or ineffective authentication procedures. Weak password policies and session management concerns are examples of these kinds of problems.
Inadequate Cryptography: Apps may expose user data if they employ insufficient encryption algorithms or misuse stronger ones. Hardcoding encryption keys or utilising antiquated encryption techniques fall under this category.
Apps that do not appropriately limit user access to important functionality are guilty of Insecure Authorization. Privilege escalation or illegal data access may result from it.
Code Quality of the Client: Vulnerabilities may be introduced by poorly written code, which can be used by hackers. Among other code-level weaknesses, these include buffer overflows and format string vulnerabilities.
Code Tampering: Various security risks may arise when an attacker alters an application’s code to cause it to behave differently. Malicious code injection and functional changes to apps are examples of this.
Reverse engineering: To determine how an application functions inside, its binary code must be examined. This could reveal confidential business logic or methods.
Superfluous functionalities: Unexpected security flaws might be introduced by hidden or undocumented program functionalities. Included in this are backdoors and debug code that is left in production builds.
The Complete Mobile Security Solution, AppSealing, is now available
A potent cloud-based solution for mobile application security, AppSealing shields apps from a variety of vulnerabilities, including those listed in the OWASP-Mobile Top 10. It offers strong protection for mobile applications without requiring source code modifications by securing them with numerous levels of protection.
Safety from Inappropriate Platform Use:
The capabilities of runtime application self-protection (RASP), which is a component of app sealing, may identify and stop platform feature abuse. It keeps track of how the application interacts with the operating system of the device and can prevent fraudulent attempts to gain access or abuse platform-specific security measures.
Data Storage Security:
It provides robust encryption for data at rest to guard against careless data storage. To guarantee that sensitive data is secure even if an attacker manages to access the device, it can automatically encrypt sensitive data that is kept in the app’s shared preferences or local database.
Making Authenticity Stronger:
It prevents tampering with login flows and secures session tokens, so even if it doesn’t integrate authentication techniques directly, it can safeguard current mechanisms. To further strengthen user authentication security, it provides functions like device binding.
Improving the Cryptosystem:
To provide robust cryptographic protection, It employs industry-standard encryption techniques and correctly applies them. To make it considerably more difficult for attackers to breach the app’s cryptographic security, it can also obscure sensitive algorithms and encryption keys.
Putting Secure Authorization in Place:
Through the use of code obfuscation and runtime checks, It greatly increases the difficulty with which attackers can circumvent permission measures and escalate access inside the application. To obtain unauthorized access, it can recognize and stop attempts to alter the app’s behaviour.
Improving the Caliber of Client Code:
Though its extensive defence methods can lessen the effects of many code-level vulnerabilities, It does not directly address code quality issues. It can assist defend against the exploitation of code quality concerns by limiting code tampering and performing runtime checks.
It is crucial to ensure strong security in an era where mobile applications play a vital role in user interactions and corporate processes. A useful framework for comprehending the most important security threats to mobile apps is provided by the OWASP-Mobile Top 10, but resolving these threats calls for intricate and advanced solutions.
The mobile app security method known as AppSealing is strong, adaptable, and simple to use. It gives developers and companies the resources they need to proficiently safeguard their mobile applications by tackling every one of the OWASP Mobile Top 10 risks with several security layers.
Conclusion:
Preventing possible vulnerabilities is essential, as mobile threats persist in their evolution. Because you have a strong security solution in place to safeguard your users, data, and company reputation, you can deploy mobile applications with confidence when you use AppSealing.
Ensuring compliance, fostering trust, and laying a safe basis for creativity are all important goals of investing in mobile app security. By taking advantage of AppSealing’s all-inclusive protection, you can concentrate on what matters: providing your users with valuable, safe mobile apps.