Technical Preview · Design Partner Program

Turn suspicious infrastructure reconnaissance into clear security signals.

Deploy 23 lab-qualified, product-specific decoys across virtualization, backup, identity, and hardware controllers on a single Linux host. Unexpected interactions generate structured events with immediate decoy context for your SOC.

SYNTHETIC LAB DATA
VMware VMware vCenter 8 Decoy Interaction Action Required
Source Host
192.0.2.54
Target Decoy
203.0.113.18:443
Endpoint
SOAP MOB Query
Observed: Network Reconnaissance (Endpoint touch) Just now
Veeam Backup & Replication Probe Logged
Source Host
198.51.100.27
Target Decoy
203.0.113.24:9392
Endpoint
Service Port Poll
Observed: Backup Target Enumeration 4m ago
Standard Telemetry Forwarding: JSONL Stream · Syslog RFC 5424 · CEF
23 Implemented Profiles in runtime catalog
23/23 Qualified: Passed multi-instance runtime validation
Single Linux Host: Kernel network namespaces & dedicated synthetic IPs
Default-Deny: Strictly contained outbound egress

Spot unexpected infrastructure reconnaissance

Lateral discovery routinely probes management ports and storage endpoints. DecoyStack gives defenders early, high-confidence notification by placing high-value decoys in the attacker path.

Surface unauthorized probing

Legitimate administrative workflows have no business connecting to unmapped decoys. Every touch is an explicit anomaly worth investigating.

Protect critical surfaces

Simulate virtualization management nodes, backup targets, and hardware BMCs that adversaries search for during ransomware staging.

Preserve existing pipelines

Export structured events with rich source context directly into Splunk, Elastic, Sentinel, or QRadar through native JSONL, Syslog, or CEF.

High-context signal against telemetry fatigue

Network sensors produce millions of flow records. DecoyStack anchors incident response with an immediate, high-fidelity starting point.

DecoyStack Signal vs Traditional Noise Architecture

Decoys for high-value targets

Deploy 23 lab-qualified decoy profiles across 5 primary infrastructure families matching the enterprise assets attackers seek during lateral movement.

VMware

Virtualization

Hypervisor management planes and control surfaces.

VMware ESXi 7 / 8 / 9 VMware vCenter 7 / 8 / 9 Proxmox VE 8 / 9

Backup Storage

Endpoints enumerated prior to ransomware execution.

Veeam VBR 12.3 Veeam VBR 13.1 TCP 9392 / 9401 Service
Windows Server

Identity & Directory

Observe domain reconnaissance without risking domain assets.

Windows Server DC 2016-2025 LDAP / DC Locator

Hardware BMC

Physical out-of-band server management controllers.

Dell iDRAC 9 / 10 HPE iLO 5 / 6 / 7 Lenovo XClarity 2 / 3

Network Security

Reconnaissance aimed at firewall management APIs.

Palo Alto PAN-OS 12.1.9 HTTPS / XML API

Multiple decoys. One Linux host.

Run isolated synthetic identities on a single Linux appliance without the operational overhead of maintaining individual operating systems.

DecoyStack 3-Step Deployment Workflow Architecture

01 Select profiles

Choose from 23 implemented profiles matching assets running in your production network.

02 Deploy appliance

Launch isolated identities with dedicated synthetic IPs and kernel network namespaces.

03 Forward to SIEM

Stream structured alerts in JSONL, Syslog RFC 5424, or CEF directly into your SOC pipeline.

Containment engineered at the kernel level

Decoys intentionally attract reconnaissance. DecoyStack implements restrictive network policies designed to contain potential pivot paths within the local instance.

Default-deny egress

Outbound packets are dropped at the kernel firewall boundary, ensuring the decoy cannot initiate outbound reconnaissance or lateral hops.

Explicit IP binding

Listeners bind exclusively to designated synthetic IP addresses. No wildcard listeners (0.0.0.0) are ever opened on host interfaces.

Unprivileged execution

Each profile daemon runs with unprivileged user accounts within segregated network namespaces, preserving multi-tenant host safety.

Design Partner Program

Collaborate on early enterprise evaluation

We are working with SOC teams, security architects, MSSPs, and infrastructure engineers to validate decoy placement, detection topologies, and SIEM integrations.

  • • Test decoy effectiveness against your adversary emulation scenarios
  • • Verify telemetry streaming against your existing ingestion pipeline
  • • Evaluate controlled pilot access as release packaging progresses

Technical Preview Notice: Discussions focus on architecture and early validation. No commercial purchase commitment is required.

Discuss a Design Partnership

Tell us about your infrastructure. We will follow up with technical details.