A CLEAR VIEW INTO REAL ATTACKER ACTIVITY
High-fidelity deception traps exposing real-world behavior across your attack surface.
Built for security engineers, founders, and teams who want attacker intent — not alert noise.
Traps around production surface intent early
Three dedicated honeypot sensors sit around your surface area (DNS, API, SSH). When an attacker interacts with a decoy, the interaction becomes a normalized signal and lands in a unified Signal Panel (SOC/NDR-style rail). These traps observe intent before real systems are touched.
How it plugs in
DNS CNAME decoy
Point a subdomain to Data Mirage. It behaves like a real surface while recording reconnaissance, probing, and payload attempts directed at the decoy.
Why it works: Scanners probe subdomains first — they reveal intent before touching production.
Reverse-proxy route
Add a Chameleon API route to your gateway. It responds like a real API while capturing enumeration, parameter abuse, and misuse patterns.
Why it works: Attackers test API routes before exploitation — we see the recon phase.
SSH decoy endpoint
Expose a SpecterShell SSH endpoint. It behaves like a real shell and records authentication attempts, interactive commands, and post-login behavior.
Why it works: SSH is the #1 brute-force target — automated attacks expose botnet infrastructure.
Watch chaos collapse into structured telemetry.
These are only a few example techniques. Real-world behavior varies by trap and the attacker’s recon workflow.
Dedicated Signal, Globally Distributed
Each customer operates a private deception stream — isolated sensors, isolated data, real attacker behavior.
Each dot represents active sensor presence — not shared traffic, not aggregated feeds.
What you get
What S1Box is not
S1Box is deception-first: it captures attacker intent through interaction, not by enumerating CVEs across your estate.
S1Box exists to surface intent — early and clean.
One plan. No compromises.
Built for teams that need clarity, not configuration.
Designed to observe — not interfere
No agents. Nothing runs inside your infrastructure.
No packet capture. Only interaction with deception traps.
No invasive access. We never touch production systems.
Dedicated streams. Your telemetry is isolated by design.