Ihre mobile App wurde gerade gehackt. Was hätten Sie tun können, um das zu verhindern?

To elaborate on what others have written, mobile apps typically face a much larger attack surface than web apps, and the threats are much more varied and complex. There are thousands of unique attack vectors mobile apps face every day, including reverse engineering, data harvesting, privilege escalations like rooting/jailbreaking, network-based attacks such as MitM attacks, fake certificates, session hijacking, malware, trojans, rootkits, as well as powerful dynamic instrumentation frameworks that can be used to inject malicious code or change mobile app's behavior during runtime - just to name a few. To make matters worse, mobile apps typically run outside of datacenters and firewalls, leaving them more vulnerable to these threats.

Tight security controls are essential to preventing mobile app hacks. First, follow safe coding procedures, do frequent code reviews, and keep up with the most recent security flaws. To safeguard sensitive data, use encryption during data transfer and storage. Install suitable authentication methods, such as multi-factor authentication and strong password regulations. To fix known vulnerabilities, regularly update the app and its dependencies. Try to find and fix any vulnerabilities by doing penetration testing. Prevent injection threats by implementing server-side validation. Token authentication and appropriate authorization restrictions are used to provide secure APIs.

I disagree a bit with the approach offered because it places much of the burden of mobile app security on the consumer, who is the least qualified party. Bottom line, the way the industry does mobile app security today is broken. Security vendors throw SDKs and other labor intensive approaches at developers, but these approaches don't work in today's highly automated and rapid-paced release process. Everything developers do in mobile is automated, and SDKs are anything but automated. SDKs, by definition, requires manual code changes, and if code needs to change, the security solution will NEVER fit into the short timeframe (1-2 weeks tops) that mobile developers have for the release. Mobile app security must be automated to be effective.

Follow best practices to improve the security of mobile apps: make secure coding a priority by routinely auditing the code for vulnerabilities; encrypt sensitive data while it's in transit and at rest; use robust authentication methods like multi-factor authentication; and keep the app and its dependencies up to date with the most recent security patches. To prevent injection attacks, use server-side validation, secure APIs with appropriate access restrictions and authentication tokens, and regularly conduct penetration tests. Encourage user awareness by educating them about security procedures and creating a fast-reaction strategy to deal with possible intrusions. This comprehensive strategy guarantees a strong defence.

To protect against sophisticated mobile app threats, a comprehensive, adaptable multi-layered defense is essential. This can only be achieved through automated implementation of security features, minimizing the work and resources needed from dev teams. Conflicting enforcement schemes should be avoided—apps can’t have multiple products trying to defend against the same attack, that'll break the app. In addition, the industry needs to move beyond “crash to defend”. Most attacks don't require the app to close, and brands need more control to keep users engaged. Transparency and information are crucial in every defense strategy, making user experience the focal point to disrupt manipulation, such as in social engineering and vishing scams.

Use vital tools like Mobile Device Management (MDM) solutions for secure device management, Static Analysis Tools for code reviews, and Dynamic Analysis Tools to find runtime vulnerabilities to strengthen the security of your mobile app. Use encryption programs such as OpenSSL to transfer and store data securely. Use solutions like Auth0 or Firebase Authentication to implement robust authentication, and use Snyk to update dependencies automatically. Use CI/CD technologies like Jenkins to automate secure coding techniques and network security tools for secure communication. Finally, use monitoring technologies to detect and respond to threats in real-time so that you can be proactive in preventing such breaches.

Use helpful tools to improve the security of your mobile app. Keep yourself informed by adhering to safety best practices from reliable sources, such as the NIST recommendations and the Mobile Security Project by OWASP. Use online learning environments such as Pluralsight and Coursera to enhance your skills in ethical hacking and secure coding on an ongoing basis. Use security-focused Reddit communities and community sites like Stack Overflow to get ideas and problem-solving help. Follow security sites like Krebs on Security and The Hacker News for the most recent information on new dangers. Use threat intelligence feeds, such as IBM X-Force's, to keep up with the constantly changing landscape of attack methods.

Immediately take action to minimise harm and strengthen security following a mobile app breach. Separate compromised systems to contain the intrusion and quickly alert users to possible hazards. To find weaknesses and enhance security measures, do a comprehensive post-incident investigation. Adhere to data breach disclosure rules and cooperate with law enforcement if required. Respond quickly to exploited vulnerabilities by applying updates and fixes to find abnormalities and improve your monitoring and intrusion detection system. Revaluate, fortify, and inform users about password resets for authentication systems. Obtain a thorough evaluation from a cybersecurity company and implement their suggestions.