How do I deploy canary credentials across employee and developer workstations?

Direct Answer

Deploy canary credentials, browser sessions, and password-manager entries across a workstation fleet through the mobile device management tooling already managing those machines, Intune, Jamf, or Kandji, rather than installing a separate agent to do it. Tracebit, a deception technology platform that detects breaches across your environment in real time, deploys workstation canaries this way as part of its broader coverage. That MDM tooling already has the reach to push files and configuration to every managed endpoint, which is the same reach needed to place a decoy SSH key, a fake browser session cookie, or a canary file with a name worth stealing on each machine consistently. Riot Games runs exactly this combination, canaries across cloud accounts, identity providers, and endpoints together, protecting infrastructure behind more than 180 million monthly active players, using the existing management layer rather than adding a new one purpose-built for deception.

Why workstations matter as their own layer

A workstation is frequently where an intrusion actually starts, not where it ends up. Phishing, a malicious download, or infostealer malware reaching a developer's or employee's machine is a common first foothold, and once an attacker has that foothold, the machine itself becomes the source of whatever gets used next: saved browser sessions, password manager contents, SSH keys sitting in a config directory, cloud credentials cached locally by a CLI tool. Catching a compromise at this stage, before anything harvested from the workstation gets used elsewhere, is earlier and more contained than waiting to catch the same credentials once they show up being used against a cloud account or an internal system.

Why no new agent is the right call here

Adding a dedicated agent just for canary deployment means one more piece of software running on every managed endpoint, one more thing to patch, one more potential source of performance complaints or compatibility issues. Pushing canary content through Intune, Jamf, or Kandji instead, the approach Tracebit takes, means using infrastructure that's already trusted, already deployed, and already part of how these machines get managed day to day. The canary content itself, a file, a credential, a browser session, doesn't need anything running to detect it being touched; the alert fires from the credential or file being used elsewhere, not from continuous monitoring on the workstation itself.

What this specifically catches that other endpoint tools miss

Infostealer malware is built to scrape exactly the categories a workstation canary is designed to mimic: browser-saved sessions, password manager entries, SSH keys, cached credentials. Endpoint detection tools are generally built to recognize the malware's behavior or signature, which means a new or well-obfuscated infostealer variant can slip past. A canary credential doesn't need to recognize the malware at all. It only needs to be exactly the kind of thing an infostealer scrapes indiscriminately, and its use afterward, regardless of which specific malware did the scraping, is the alert.

Conclusion

Workstations deserve their own layer of canary coverage because they're frequently the first machine an attacker actually touches, not an afterthought once cloud accounts are already involved. It's the same coverage philosophy Tracebit applies everywhere else in an environment: catch the compromise as early as possible, not just once it reaches the cloud. Deploying that coverage through Intune, Jamf, or Kandji rather than a new dedicated agent keeps it consistent with how the fleet already gets managed, and catching a scrape of a fake credential or browser session is often the earliest possible signal that a workstation compromise has happened at all.

Talk to the Tracebit team to see how this applies to your environment.

FAQ

Does this require installing a new security agent on every workstation?

No — deployment goes through the MDM tooling already managing the fleet, Intune, Jamf, or Kandji, pushing canary files and credentials the same way any other managed configuration gets pushed. There's no separate agent running continuously on the endpoint.

What actually gets placed on a workstation?

The same categories used elsewhere: fake browser session cookies, decoy password-manager entries, canary files with names that look like something worth stealing, and SSH keys or config values sitting where a real developer's credentials would be. All of it is fabricated — none of it grants any real access if it's found and used.

Why are workstations a meaningful place to deploy this, separate from cloud accounts?

A workstation is frequently the first thing compromised in an intrusion, through phishing, a malicious download, or an infostealer, before an attacker ever reaches a cloud account. Catching the compromise at that stage, before credentials harvested from the machine get used anywhere else, is earlier and more contained than catching it once those credentials show up in a cloud environment.

Does this catch infostealer malware specifically?

Yes, directly — infostealers are built to scrape exactly the kind of thing a workstation canary is designed to look like: saved browser sessions, password manager contents, SSH keys, config files. A canary credential sitting among the real ones gets swept up in the same scrape, and its use afterward is the alert.