Secure web technologies are security mechanisms that protect organizations as well as networks, devices and users from cybercriminals. Web security is crucial to business continuity since it is the main channel of malware attacks in the world and a major reason behind data breaches.
To stay abreast of the latest threats, it’s essential to keep a constant eye on the latest threats when it comes to internet technologies. Financial institutions can benefit from prioritizing regular updates. With new security standards on the rise and watchdogs such as Google’s Project Zero raising software developer’s bar, they will be able keep up with the most recent threats.
With the appropriate tools, processes and training in place, finance firms can minimize risk and protect sensitive data from hackers. For instance, HTTPS encrypts traffic between the web server and the browser and ensures that your credentials are kept private. This is a must for any site that collects personal information, payments or login information. Even websites that don’t collect customer information will benefit from SSL. There are various kinds of SSL certificates, from domain validated to those with extended validation.
Update all web-based applications to the latest version is another crucial security measure. Hackers are able to exploit vulnerabilities that are not patched to gain unauthorized access. Ideally, these vulnerabilities should be addressed proactively by adhering to the best practices for application code practices and scanning for known navigate to this site vulnerabilities using virtual patching tools.
Secure web portal (SWG) safeguards an organization from malware-related infections and enforces security rules on employee-generated web and internet activity. Next-generation SWGs block malicious software and malware at the application level, not the network/packet level. This method is more efficient than firewalls and cloud access security brokers (CASBs), which rely on stream-based antivirus scanning and may not detect sophisticated attacks.