C-Suite Briefing · Layer 1 Visibility
The audit category nobody is closing.
A summary for the executive who has to fund the answer. Forward-able to the CISO, the CFO, and the board, without prep.
Why this is the question of 2026
Three pressures converged in the last 18 months. Cyber insurance carriers added Layer 1 inventory questions to their renewal questionnaires, with carriers tying premium adjustments to whether the answer is current and continuous. SOC 2, PCI 4.0, and CMMC framework updates moved away from point-in-time screenshots toward port-level, continuously maintained evidence. And boards started asking, in plain English, whether the asset register matches the network. Security teams discovered the answer was no, and that no existing tool in their stack could change it.
The audit category that has emerged is Layer 1 inventory accuracy. It is not yet labeled in most frameworks the way SOC 2 labels access control or PCI labels network segmentation. The control language is implied across multiple frameworks rather than named in any one of them. That makes it harder to scope, easier to overlook, and more expensive to fail.
The problem, in three sentences
Every modern enterprise runs a network the asset register does not accurately describe. Audit findings, cyber-insurance scoring, and board-level posture questions all turn on the same underlying gap: nobody can answer "what is actually on the network right now?" with the precision the auditor, the carrier, or the regulator now expects. The reconstruction project that used to produce that answer once a quarter is no longer enough.
Why the existing stack does not answer it
NAC sees devices that authenticate. EDR sees devices that run an agent. The asset register sees devices that someone remembered to type in. None of those tools see the device that quietly draws power from a switch port without identifying itself, and that is the exact device the auditor and the insurance carrier are asking about.
AV environments compound the gap. Codecs, processors, control systems, and unmanaged switches sit on the network without authentication, without agents, and without registration. They behave normally to the network they are connected to. They do not behave normally to the auditor reading the inventory. The mismatch is what shows up as a finding, a premium increase, or a board question with no defensible answer.
The impact, in three numbers
What an evidence pack contains
The record CybrIQ produces is not a screenshot or a PDF report. It is a continuously maintained, per-port, per-device dataset. Each device is identified by Device DNA™, a signature derived from five observable markers at Layer 1: link behavior, MAC address pattern, traffic shape, power draw, and physical port topology. The combination is unique enough to distinguish devices the asset register has labeled identically, and stable enough to detect when a device has been swapped or moved.
Each row in the record maps to specific framework controls (for example PCI 4.0 requirement 1.2.7 on inventory of system components, or SOC 2 CC6.1 on logical access). When the auditor asks about a particular device or a particular control, the evidence is already there, with a timestamped history of when it appeared, when it changed, and where it sat on the network.
The engagement, in one paragraph
CybrIQ runs Layer 1 visibility across every conference room and every switch port in scope, fingerprints every device using patented Device DNA™, and produces an audit-defensible record the security team and the auditor can both work from. A 30-minute working session against one of your environments returns a real inventory in seven days. A 30-day pilot returns the inventory, the drift baseline, and the framework-mapped evidence pack. The pilot is no fee; the customer (or integrator partner) supplies and installs the External Scan Engine to spec.
Common executive questions
Will this require an agent on every device? No. Device DNA observes the wire, not the device. Nothing is installed on endpoints, codecs, or switches.
Does it replace what we already have? No. CybrIQ integrates with NAC, EDR, SIEM, ITSM, and identity through APIs. It fills the gap below those tools by producing the inventory they all assume but none of them maintain.
How does this work through an integrator partner? The integrator owns the customer relationship, supplies and installs the External Scan Engine, and earns recurring margin per room or per building. CybrIQ supplies the platform, the analytics, and the framework mappings. The integrator's existing rooms become the recurring revenue base.
What is the data residency posture? All Layer 1 observation data stays in the customer tenant. Only aggregated, anonymized telemetry leaves the tenant, and only with opt-in. Trust posture, SOC 2 alignment, and the data-handling policy are documented at cybriq.io/trust.
What does this cost? Recurring per room (RoomIQ) or per deployment (SpacesIQ), with services priced separately. The 30-day pilot is no fee. The first paid engagement is sized to one environment so the unit economics are visible before scope expands.
Why is now the time? Insurance renewal cycles, audit framework updates, and board-level inventory questions are arriving at the same moment. A 30-day pilot puts real data on the table for the next conversation, not the one after it.