6. Worm-like exploits. Like the BlueKeep vulnerability that recently caused a stir, worms are exploits that move from one machine to another. it takes to infect a user is to log into a network, trusted or untrusted. In other words, traditional endpoint protection platforms like antivirus and EDR cannot prevent this type of infection. Nor can user security training help, since no action is required from the user to infect them. All they need is to connect their laptop or smartphone to a network that already has an infected device. Because worms spread across a network, in most cases a corporate firewall or VPN cannot contain exploits like BlueKeep. A zero-trust SDP assigns unique, fixed identifiers to users and grants them access only to the resources they need. Thus, an infected device will have very little impact on the network as a whole.
7. Brute Force Attacks: Similar to DDoS, these attacks involve a hacker attempting to gain access to a network or application through repeated login attempts. An SDP solution will chile mobile database detect failed attempts to gain access and flag suspicious locations or times of day, changes in device status, and the lack of active antivirus software on the endpoint. As a result, access will be denied.
8. Legacy Applications: Many legacy applications were not intended to be accessed over the Internet. For example, they lack the basic security that is a given for modern SaaS applications. Restricting access to legacy applications with an SDP solution isolates them from the corporate network and the Internet and adds adaptive controls to reduce risk.