Deception

Honeytoken vs honeypot: pick the control that matches the attack

Honeypots impersonate systems. Honeytokens impersonate secrets. For stolen AWS keys and leaked CI tokens, the lighter control is usually the fake credential.

Both are deception: you want the attacker to touch something that only an unauthorized actor would touch. The difference is what you fake.

Honeypot

A honeypot is a decoy system: a VM, a fake SSH listener, an unused subnet, sometimes a full application. It is useful when you want to watch exploit attempts, scanner behavior, or malware that expects a server. It also costs more to run well: patching, isolation, and making sure production users never land on it.

Honeytoken

A honeytoken is a decoy object: an AWS key, npm token, DNS name, or "confidential" PDF. You leave it in the same places as real secrets. You do not stand up a fake company network. HorasEye is built for this model.

When each wins

  • Credential theft and supply chain: honeytokens. See AWS IAM honeytokens and supply-chain secret detection.
  • Internet-facing exploit research: honeypots, often alongside network sensors.
  • Phishing clones of your login page: a tripwire script on the real site (HorasEye clone detection), which is closer to a honeytoken than a honeypot VM.

Many programs use both. They are complementary, not rivals. HorasEye is a honeytoken and tripwire platform, not a honeypot appliance vendor. Start with honeytokens and cyber tripwires if you want decoy secrets rather than a fake server.

FAQ

Honeytoken vs honeypot

A short distinction so you can choose a decoy secret, a decoy system, or both.

A honeypot is typically a fake host, service, or application meant to be probed. A honeytoken is a fake credential, file, or URL dropped into an environment you already run. Attackers trip honeytokens while hunting real secrets.

Deploy your first decoy

Create an account, pick a honeytoken type, and plant it where attackers hunt for secrets. Most teams do this in about two minutes.

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