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Ghost Logins in Zapier: The Hidden Risk in Automation Platforms

Tal Shapira
Updated
September 26, 2024
September 26, 2024
5 mins

The Risk of Ghost Logins

Many organizations rely on automation tools like Zapier to simplify their workflow and increase efficiency. These platforms allow for seamless integration across applications, helping users automate repetitive tasks, such as uploading invoices from email to cloud storage like Dropbox. While these capabilities provide immense value, they also introduce unique security risks that are often overlooked.

It’s a common misconception that regular password updates and secure authentication methods, such as multi-factor authentication are enough to safeguard online tools and services. With platforms like Zapier, security threats can extend beyond traditional login credentials, presenting a drastically different and more dangerous picture.

Ghost logins occur when a hacker is able to maintain unauthorized access to a system without detection. In the case of Zapier, even if a user changes their password or updates their credentials, hackers who have already exploited a connection between applications can still persist within the system. This is because many automation workflows rely on OAuth tokens and API permissions, which do not necessarily get revoked when passwords are reset.

Automation workflow illustrating password authentication

Let’s say a hacker gains unauthorized access to your Dropbox account. If they detect that Dropbox is connected through Zapier to other apps, they could link their own Zapier account to your Dropbox. By doing this, they can siphon off data, monitor your activities, and manipulate the flow of information without needing traditional login credentials. This persistent form of access remains active despite password changes, making it extremely difficult to detect and eliminate.

How Hackers Exploit Automation

In a Zapier automation scenario, a hacker who gains access to one application, such as Dropbox, can create or link workflows (Zaps) that sync with their own tools. For example, every time a file is uploaded to Dropbox, the hacker’s Zapier account can silently receive copies of those files. This allows malicious actors to remain hidden within your system, effectively bypassing standard security measures like password resets.

Workflow illustrating how a hacker can gain access to a Zapier instance

How Reco Protects Against Ghost Logins

While the threat of ghost logins is real, solutions exist to mitigate this risk. At Reco, we monitor access to all SaaS applications linked to your organization’s systems. By continuously tracking user permissions, app connections, and abnormal activities, Reco ensures that administrators are notified of any suspicious behaviors, such as:

- Addition of new admin users

- Excessive permissions granted to existing users

- Unauthorized logins from unfamiliar locations or devices

- Access by former employees whose credentials should no longer be valid

Reco's full lifecycle approach to SaaS security helps organizations maintain full visibility into every SaaS app, identity, and action allowing them to take proactive measures against potential security threats.

Conclusion

It’s crucial for organizations to understand that password changes and MFA are not a cure-all for cybersecurity. In an era where automation tools like Zapier are increasingly common, security strategies must evolve to account for the complexities of API-based integrations and OAuth tokens.

The takeaway? Don’t rely solely on traditional authentication methods. A full lifecycle SaaS security solution like Reco is essential for detecting and preventing threats like ghost logins, ensuring that your organization’s critical data remains secure.

ABOUT THE AUTHOR

Dr. Tal Shapira

Tal is the Cofounder & CTO of Reco. Tal has a Ph.D. from the school of Electrical Engineering at Tel Aviv University, where his research focused on deep learning, computer networks, and cybersecurity. Tal is a graduate of the Talpiot Excellence Program, and a former head of a cybersecurity R&D group within the Israeli Prime Minister's Office. In addition to serving as the CTO, Tal is a member of the AI Controls Security Working Group with the Cloud Security Alliance.

Technical Review by:
Gal Nakash
Technical Review by:
Dr. Tal Shapira

Tal is the Cofounder & CTO of Reco. Tal has a Ph.D. from the school of Electrical Engineering at Tel Aviv University, where his research focused on deep learning, computer networks, and cybersecurity. Tal is a graduate of the Talpiot Excellence Program, and a former head of a cybersecurity R&D group within the Israeli Prime Minister's Office. In addition to serving as the CTO, Tal is a member of the AI Controls Security Working Group with the Cloud Security Alliance.

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