October 19th, 2024

Microsoft creates fake Azure tenants to pull phishers into honeypots

Microsoft is using fake Azure tenants as honeypots to gather intelligence on phishing actors, disrupting operations and enhancing security by monitoring tactics used by cybercriminals over extended periods.

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Microsoft creates fake Azure tenants to pull phishers into honeypots

Microsoft has developed a strategy to combat phishing by creating fake Azure tenants that act as honeypots to attract cybercriminals. This initiative, led by Ross Bevington, a principal security software engineer at Microsoft, aims to gather intelligence on phishing operations and disrupt malicious activities. The honeypots are designed to mimic real Microsoft environments, complete with custom domain names and user accounts, making them appealing targets for attackers. By actively engaging with known phishing sites and providing these fake credentials, Microsoft can monitor the actions of attackers who log in, collecting valuable data on their tactics, techniques, and procedures. This approach allows Microsoft to waste attackers' time and gather intelligence that can be used to enhance security measures across the industry. The deception technology has proven effective, with attackers often spending up to 30 days unaware that they are interacting with a fake environment. Microsoft monitors around 25,000 phishing sites daily, using this data to attribute attacks to specific threat groups, including financially motivated and state-sponsored actors. This innovative use of honeypots represents a significant shift in how organizations can proactively defend against phishing threats.

- Microsoft is using fake Azure tenants as honeypots to gather intelligence on phishing actors.

- The strategy involves actively engaging with phishing sites to lure attackers into fake environments.

- Collected data helps identify tactics used by cybercriminals and disrupt their operations.

- Attackers can spend up to 30 days interacting with the fake environment before realizing the deception.

- This approach allows for better attribution of attacks to specific threat groups.

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