Your best mobile apps might turn into the worst ones if you neglect the security domain during the development of your app because the vulnerabilities that creep in make the apps more prone to attacks. Cybersecurity Ventures predicts that if cybercrime were an independent country, it would become the world's third-largest economy by 2025.
The vastness of the online realm offers endless possibilities for advancement in any industry. With just a few clicks, one can engage in commerce, establish a virtual hub for their services, leverage cloud technology, advertise on a massive scale, and so much more. However, we must also be cautious of its darker side - the looming risk of cyber attacks. Cyber attackers are always lurking, waiting for an opportunity to strike. Don't wait for them to pounce and cause you massive losses!
The Association of Southeast Asian Nations (ASEAN) region, including countries such as Singapore, Malaysia, Thailand, and Indonesia, is the fastest-growing digital market in the world. Mobile applications have become increasingly integrated into daily life in terms of financial transactions, eCommerce, healthcare avenues, and service deliveries. That being said, Southeast Asian countries are witnessing a high surge in cybersecurity attacks on mobile applications.
Mexico is a budding market for mobile apps. The total revenue generated by mobile apps is expected to surpass $2100 million by 2027 from just $1500 million in 2022. So, if you're an app developer and thinking of launching a secure mobile app in Mexico, you're making the right decision. However, it's not as easy as you may think. Navigating Mexican data privacy regulations can be challenging, but it's critical to ensure that personal information stays secure and is not misused.
Over 4 million mobile apps (Android and iOS combined) are available to download. A majority of those apps store and process confidential user information such as contact number, email, age, gender, banking details, etc. No wonder mobile apps are one of the most lucrative and sought-after targets for hackers, and app fraud volumes are expected to double by 2026.
Mobile apps have made our lives a lot easier. From ordering food, watching movies, booking a cab, and sending money, one can do everything via mobile apps. However, while mobile apps are a great utility, they've become an easy target for scammers, hackers, and cyber attackers, especially in countries like the UK. Taking charge of the situation, the UK government has created strict guidelines for enhancing the security of mobile apps.
Cross-site request forgery (CSRF) attacks are a form of cyberattack from malicious websites, emails, blogs, instant messages, or applications. This type of attack tricks the user's web browser into executing an unwanted action on a secure website. Browsers typically attach session cookies when making a request to a website. Thus, it becomes difficult for the site to differentiate between legitimate requests that are authorized and forged requests that have been authenticated.
India has recently announced plans to introduce new security testing for smartphones to improve the security of its citizens' personal information and prevent cyber threats from compromising sensitive data. The move comes in response to concerns about the increasing reliance on smartphones in India, which has made the country vulnerable to cyber-attacks and data breaches.
Penetration testing is, perhaps, the most effective method to make your web and mobile app more resilient to attacks. No wonder penetration testing is expected to become a $4.5 billion industry by 2025. While penetration testing is powerful, finding the right Pentester can be tiring. And if you end up hiring the wrong individual/company, you might risk your app's security even further. However, we got you covered.
Address Resolution Protocol (ARP) acts as a vital bridge between the world of IP addresses and MAC addresses, allowing devices on local area networks to seek out each other's physical address based solely on their IP. ARP (Address Resolution Protocol) can also be defined as a communication protocol used to map a network layer address (such as an IP address) to a link layer address (such as a MAC address).
