Honeytoken Types and Smart Token Coverage
42 token types across 6 core categories.
Place believable digital lures across real workflow surfaces. When a token is opened, executed, resolved, or used, you get a high-confidence trigger that a sensitive path was touched. This gives SOC teams rapid, low-ambiguity breach evidence.
Honeytoken Types by Category
Comprehensive honeytoken coverage across all major formats
Documents
Office documents and file-based tokens
CSV File
.csvGet instant notifications when your CSV document is opened.
Web query within the spreadsheet application
Excel Spreadsheet
.xlsxGet instant notifications when your Excel document is opened.
Opening the document / External resource load
PDF Document
.pdfGet instant notifications when your PDF document is opened.
Opening the document
PowerPoint Presentation
.pptxGet instant notifications when your PowerPoint presentation is accessed.
Viewing the presentation / External resource load
SVG Image
.svgGet notified when your SVG file is viewed in a browser or viewer.
Rendering the image
Word Document
.docxGet instant notifications when your Word document is opened.
Opening the document / External resource load
Executables
Binary executables and packaged tokens
Linux Binary
.binGet instant notifications when your Linux binary file is executed.
Execution of the binary
macOS Binary
.appGet instant notifications when your macOS binary file is executed.
Execution of the binary
Windows Executable
.exeGet instant notifications when your Windows executable file is run.
Execution of the binary
Cloud Platforms
Cloud provider credentials and service tokens
AWS Access Key
.txtGenerate decoy AWS access keys and monitor suspicious access attempts.
Credential lure accessed/used by an attacker workflow
Azure Service Principal
.jsonGenerate decoy Azure app credentials and monitor suspicious usage paths.
Credential lure accessed/used by an attacker workflow
Cloudflare Token
.txtGenerate decoy Cloudflare API tokens and monitor unauthorized access attempts.
Credential lure accessed/used by an attacker workflow
Databricks PAT
.txtGenerate decoy Databricks Personal Access Tokens and monitor unauthorized API usage.
Credential lure accessed/used by an attacker workflow
GCloud ADC
.jsonGenerate decoy GCloud Application Default Credentials and monitor suspicious access.
Credential lure accessed/used by an attacker workflow
GCP Service Account
.jsonGenerate decoy GCP service account keys and track unauthorized cloud access attempts.
Credential lure accessed/used by an attacker workflow
Snowflake Profile
.jsonGenerate decoy Snowflake connection profiles and track unauthorized data warehouse access.
Credential lure accessed/used by an attacker workflow
Vercel Token
.txtGenerate decoy Vercel deployment tokens and track unauthorized project access attempts.
Credential lure accessed/used by an attacker workflow
Developer Tools
Development, CI/CD, and infrastructure tokens
Claude Code
.jsonGenerate Claude Code config that alerts when Claude Code CLI is executed.
HTTP access to embedded gateway/telemetry endpoints
Docker Registry Credentials
.jsonGenerate decoy Docker registry credentials and track unauthorized image access attempts.
Credential lure accessed/used by an attacker workflow
GitHub Token
.txtGenerate decoy GitHub personal access tokens and monitor suspicious repository access.
Credential lure accessed/used by an attacker workflow
GitLab CI Token
.txtGenerate decoy GitLab CI/CD tokens and track unauthorized pipeline execution attempts.
Credential lure accessed/used by an attacker workflow
Kubeconfig
.yamlGenerate decoy Kubernetes config files and monitor unauthorized cluster access attempts.
Credential lure accessed/used by an attacker workflow
OpenAI Codex
.tomlGenerate Codex config that alerts when Codex CLI is executed.
HTTP access to embedded API endpoint
Package Registry Token
.txtGenerate decoy package registry tokens and track unauthorized package access or publishing.
Credential lure accessed/used by an attacker workflow
Terraform CLI Config
.jsonGenerate decoy Terraform CLI config and monitor unauthorized infrastructure access attempts.
Credential lure accessed/used by an attacker workflow
API Keys & Services
Third-party API keys and service credentials
CrowdStrike API Credential
.envGenerate decoy CrowdStrike-style API credentials and monitor access.
Credential lure accessed/used by an attacker workflow
SaaS Integration Token
.txtGenerate decoy SaaS integration tokens and track unauthorized API access attempts.
Credential lure accessed/used by an attacker workflow
SMTP Credentials
.envGenerate decoy SMTP credentials and monitor unauthorized email server access attempts.
Credential lure accessed/used by an attacker workflow
Stripe Keys
.txtGenerate decoy Stripe API keys and monitor unauthorized payment processing attempts.
Credential lure accessed/used by an attacker workflow
Supabase Keys
.txtGenerate decoy Supabase API keys and track unauthorized backend access attempts.
Credential lure accessed/used by an attacker workflow
Twilio Credentials
.envGenerate decoy Twilio API credentials and track unauthorized messaging service access.
Credential lure accessed/used by an attacker workflow
Vault Token
.txtGenerate decoy HashiCorp Vault tokens and monitor unauthorized secrets access attempts.
Credential lure accessed/used by an attacker workflow
Web & Browser
Web content, browser extensions, and connection strings
Chrome Extension
.crxGenerate realistic Chrome extension artifacts and track install/runtime fetch telemetry.
Chrome extension package fetch / runtime telemetry
Cloned Site
.htmlHost a decoy website page and alert when visited.
Page load
CSS Cloned Site
.cssTrack requests to decoy CSS resources linked from cloned pages.
CSS fetch
Database Connection String
.envGenerate decoy database connection strings and track unauthorized connection attempts.
Credential lure accessed/used by an attacker workflow
Firefox Extension
.xpiGenerate realistic Firefox extension artifacts and track install/runtime fetch telemetry.
Firefox extension package fetch / runtime telemetry
Progressive Web App
.webmanifestHost a PWA lure with tracked app, manifest, and service-worker fetches.
App open / manifest fetch / service worker fetch
QR Code
.pngGet instant notifications when your QR code is scanned.
Scanning the code
QR Code (Redirect)
.pngGenerate QR codes that redirect and get notified on each scan.
Scanning the code and visiting the target URL
Redis Connection String
.envGenerate decoy Redis connection strings and monitor unauthorized cache access attempts.
Credential lure accessed/used by an attacker workflow
URL
.urlTrack URL visits and receive instant notifications.
Visiting the URL
Who Uses Honeytokens Most
SOC teams requiring high-confidence trigger events
Insider-risk and data exfiltration monitoring programs
Security engineering teams validating access pathways
Incident responders who need rapid confirmation of suspicious activity
What This Solves
Uncertain breach indicators
Honeytoken triggers provide clear confirmation when suspicious access to decoy assets occurs.
Blind spots in sensitive data paths
Tokens can be placed in realistic locations where theft, misuse, or reconnaissance is likely.
Slow escalation decisions
Clear access events help teams escalate quickly and investigate with confidence.
Detection Benefits
High-signal breach detection
Detect meaningful interaction on decoy assets with less triage uncertainty.
Wide lure format coverage
Use token types aligned to how users, systems, and attackers actually interact with data.
Fast response initiation
Route trigger events directly into SOC and incident response workflows.
Honeytoken Capabilities
Documents token coverage
Place decoy content in office workflows and file-sharing pathways to detect unauthorized access.
Executables token coverage
Detect suspicious execution attempts involving decoy binaries and packaged payload lures.
Cloud Platforms token coverage
Monitor decoy cloud credentials across AWS, Azure, GCP, and platform-specific access attempts.
Developer Tools token coverage
Track unauthorized usage of developer tools, CI/CD tokens, and infrastructure access credentials.
API Keys & Services token coverage
Detect abuse of payment, messaging, security, and business-critical SaaS API credentials.
Web & Browser token coverage
Monitor web content, browser extensions, database connections, and URL-based lure interactions.
Per-use-case token customization
Adapt naming, context, and placement to increase believability and operational relevance.
Alert routing across channels
Deliver trigger events to collaboration and security workflows with actionable context.
Programmatic lifecycle support
Create and manage token campaigns through repeatable workflows, webhooks, and API paths.
How It Works (High-Level)
1. Select token type by risk scenario
Choose token formats aligned to likely theft, misuse, or reconnaissance pathways.
2. Place tokens in realistic context
Deploy decoys where an attacker or unauthorized actor would expect to find useful assets.
3. Detect interaction events
Capture access/trigger telemetry the moment tokens are touched or executed.
4. Triage and contain quickly
Use high-confidence trigger evidence to drive rapid response decisions.
Deployment Options (High-Level)
Targeted token campaigns
Focus on specific data classes, teams, or environments with the highest exposure risk.
Enterprise-wide baseline coverage
Distribute token coverage broadly for systemic early-warning capability.
Scenario-driven program expansion
Add new token categories as threat models evolve and response maturity increases.
How Teams Use This
Credential exposure watch
Place credential-style tokens in controlled locations and route triggers directly to SOC for high-priority triage.
Document access validation
Embed honeytokens in high-value document workflows to detect unauthorized opening, sharing, or movement attempts.
Insider-risk monitoring
Use deceptive assets in monitored business paths to flag suspicious internal interaction with sensitive-looking data.
Case escalation pipeline
Forward trigger events to SIEM, chat, and ticketing channels so incidents are created with clear starting context.
- Token placement should be intentional and aligned with approved governance and monitoring policy.
- High-confidence triggers improve decision speed but should still be assessed within full incident context.
- Program owners should define retention, handling, and escalation standards for token-derived telemetry.
Try Smart HoneyTokens In Deception Lab
Launch the Smart HoneyTokens builder to generate realistic decoys quickly, test trigger behavior, and operationalize high-confidence alerts.