The Five Most Common Misrepresentations in Cyber Submissions

The word "misrepresentation" carries an accusation. In cyber submissions, almost none of these are intentional. The insured is doing their best with a long form. The broker is moving fast across multiple markets. The application asks a yes or no question that the underlying reality does not actually answer cleanly. The result is a gap between what was claimed and what is true.

The job at clearance is to surface those gaps before the policy is bound, not after a loss. These are the five we see most often.

A clean application paired with a SOC 2 that contradicts it is a more useful underwriting signal than a clean application alone.

1. MFA on email vs MFA on privileged access

The application asks: does the insured enforce multi-factor authentication. The honest answer at most companies is "yes, on email." The control that actually matters for ransomware is MFA on privileged accounts, on remote access, and on critical systems.

What to look for in the evidence: SOC 2 control descriptions explicitly scoping MFA to admin or privileged access. Pen test findings about service accounts without MFA. Application supplementals that list MFA exceptions for specific systems.

2. EDR "deployed" vs EDR fully covered

The application asks: is endpoint detection and response deployed across the environment. The insured answers yes, because EDR is in place on most laptops. What is often missing: servers, contractor devices, BYOD endpoints, and the manufacturing or OT environment if the insured runs one.

Where the gap shows up: the SOC 2 inventory lists in-scope endpoints more narrowly than the application implies. The pen test report identifies endpoints that responded to scanning without EDR signals. The vendor management section lists a managed service provider that runs its own toolchain.

3. Backups that exist vs backups that are tested and immutable

Almost every cyber application asks about backups. Almost every applicant answers yes. The questions that actually predict ransomware recovery: are the backups immutable, are they stored off-network, are they tested with periodic restoration drills, and are the keys held outside the production identity provider.

What to look for: SOC 2 controls describing backup integrity and restoration testing. Incident response plans that name the recovery time objective. Pen test sections that probe backup access from a compromised admin account.

4. Vendor management as a checkbox vs as a process

Cyber applications ask whether the insured has a third party risk management program. The standard answer is yes. The standard reality is a spreadsheet of vendors and an annual SOC 2 collection that nobody reviews.

The gap shows up in three places: the SOC 2 will describe how subservice organizations are monitored, and most descriptions are thin. The application supplemental, if there is one for vendor risk, often contradicts the main form. The breach history will sometimes show a prior vendor incident that was disclosed under loss runs but not connected to the vendor management answer.

5. Incident response plans on paper vs incident response plans rehearsed

The application asks for a yes or no on an incident response plan. Most insureds have one. Far fewer have rehearsed it in the past twelve months. The difference matters because the loss severity on a ransomware claim is closely tied to how fast the insured can isolate, triage, and decide.

Where to verify: the SOC 2 incident response section often describes tabletop frequency. The application supplemental may have a free-form question about the most recent exercise. The broker narrative sometimes mentions a tabletop the team is "planning" to run, which is different from one already conducted.

How to surface these without slowing the desk

Each of the five gaps above is detectable at clearance, before the quote is issued. Each requires reading the security artifacts in the submission against the application, line by line. That is the work a senior underwriter does naturally and a junior underwriter has to be coached through.

Hugo automates the line-by-line cross reference. The memo lists every gap it finds, cites the application page, the SOC 2 control or the pen test finding that contradicts it, and proposes a supplemental question for the broker. The underwriter reviews the gaps, decides which ones change the risk, and either prices for them, asks clarifying questions, or declines.

None of this catches a determined misrepresentation. What it does catch is the routine drift between what the application claims and what the rest of the submission proves, which is where most cyber losses actually come from.