
Did you know that 75% of mobile apps have at least one security flaw, putting your business and users at risk of costly data breaches? Don’t let vulnerabilities in your mobile applications become a hacker’s playground.
At GS2Cybersec, we specialize in Mobile Application Vulnerability Assessment and Penetration Testing (VAPT) to secure your iOS and Android apps against threats like data leaks, malware, and unauthorized access. Based in India, we deliver expert-driven, technology-agnostic solutions to protect your mobile apps, ensure compliance, and build customer trust. Safeguard your business with our tailored VAPT services designed for startups and enterprises alike.
Mobile apps are critical to modern businesses, handling sensitive data like personal details and payment information. However, their widespread use makes them prime targets for cybercriminals. Unpatched vulnerabilities can lead to data breaches, financial losses, reputational damage, and regulatory penalties. Our Mobile Application VAPT services proactively identify and address security weaknesses, keeping your apps secure and your business resilient.
GS2 Cyber Security offers a tailored, end-to-end Mobile Application VAPT service to ensure your apps are secure, compliant, and reliable. Our key offerings include:
We analyze every component of your mobile app, from user interfaces to backend systems, to detect vulnerabilities such as Insecure data storage, Weak authentication mechanisms, Improper session handling, Unencrypted data transmission and Misconfigured APIs. Our detailed reports prioritize risks and provide clear, actionable steps for remediation.
We scan every layer of your mobile app, from user interfaces to backend systems, using AI-powered tools. Our scans detect vulnerabilities such as:
Our detailed reports outline each vulnerability, its severity, and clear steps for remediation, making it easy for your team to act.
Our certified cybersecurity professionals simulate real-world attacks to test your app’s defences. We uncover hidden weaknesses including:
This hands-on approach ensures robust protection against sophisticated threats.
We help your mobile apps meet regulatory requirements like DPDP, GDPR, PCI DSS, and ISO 27001, reducing the risk of fines and enhancing customer confidence.
Security doesn’t stop at testing. We guide you through fixing vulnerabilities with expert advice and verify the effectiveness of implemented patches. Our team is available 24/7 to support your security needs.
Cyber threats evolve rapidly. Our optional continuous monitoring services provide regular scans and updates to keep your apps secure against new vulnerabilities.
Our India-based team of certified professionals delivers industry-leading mobile app security solutions.
We tailor our VAPT services to your app’s architecture, industry, and risk profile.
Our easy-to-understand reports empower your team to address vulnerabilities quickly.
We make advanced cybersecurity accessible for businesses of all sizes, from startups to enterprises.
We identify and fix vulnerabilities before they can be exploited, ensuring your apps stay secure.
We collaborate with you to understand your app’s architecture and business goals for targeted testing.

We assess your app against standards like OWASP Mobile Top 10 to identify vulnerabilities.

We guide you through fixing vulnerabilities and offer continuous monitoring for long-term security.

At GS2Cybersec, we simplify cybersecurity without compromising effectiveness. Our Mobile Application VAPT services integrate seamlessly with your IT infrastructure, delivering robust protection tailored to your needs. With a customer-first approach, we prioritize your satisfaction, offering personalized guidance and 24/7 support. Whether you’re running a small e-commerce app or a complex enterprise platform, GS2Cybersec is your trusted partner for mobile app security.
Don’t let vulnerabilities in your mobile apps jeopardize your business. Partner with GS2Cybersec to secure your iOS and Android applications, ensure compliance, and protect your users.