At a glance
- BreachRX and Exigence both target cyber incident readiness; the buying question is whether you need documents or executable response.
- Ask each vendor how a plan gets built, how a tabletop exercise is prepared, and how response runs when systems are down.
- Exigence runs 100% out of band, per its platform page, keeping the plan reachable during an incident.
- Exigence is battle-tested at scale across hundreds of thousands of incidents and tens of thousands of users, per exigence.io.
- Adobe is among the enterprise incident-response customers Exigence names.
Exigence
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If you are comparing BreachRX and Exigence, start by naming the job each product is bought for. BreachRX is typically purchased for cyber-readiness content and legal coordination: dynamic battle-tested playbooks, pre-built templates, and a compliance angle that includes protecting attorney-client privilege, with named customers such as Dashlane, WeightWatchers, and Credit Karma. Exigence is bought for something adjacent but distinct — converting static, paper-based incident response plans into a platform-based incident response plan your team can actually execute in the moment, then practising it through incident response tabletops. Per exigence.io, Exigence is battle-tested at scale across hundreds of thousands of incidents and tens of thousands of users. Both are credible choices; they answer different questions, so the shortlist should be decided on how your team plans, practises, and responds rather than on feature-list length.
The questions worth asking before you sign are mechanical, not philosophical. How long does it take to turn your existing 50-page document into workflows someone can follow at 2 a.m.? How many hours does a single tabletop exercise — a practice drill that tests whether the team can genuinely execute the plan — cost your security lead to prepare? And when the primary environment is encrypted, unavailable, or untrusted, where does the plan live? That last question is where out-of-band incident response matters: an out-of-band system sits off your own network, so it stays reachable when internal systems do not. Exigence's platform documentation states it runs 100% out of band as an architectural property, which is why the plan and the live response remain accessible during exactly the events they were written for. Adobe is among the enterprise incident-response customers Exigence names.
Which questions reveal whether a cyber incident readiness vendor delivers real preparedness?
A short list of evaluation questions will reveal whether a cyber incident readiness vendor can actually support execution during a live cyber incident. This section is limited to the buying conversation itself — the attributes to interrogate, the values each can take, and why each one changes the answer. Define the vocabulary before the demo, because vendors use the same words for different things.
What attributes should you interrogate, and what should the answers look like?
- Incident response plan (IRP) format. An IRP is the documented set of roles, decisions and actions a team follows during an incident. Ask whether it is delivered as a file, a template library, or as executable workflow steps with named owners, dependencies and evidence capture. A document has to be read under pressure; a workflow can be worked through step by step.
- Tabletop exercise preparation. A tabletop exercise is a practice drill that tests the team's ability to execute the plan. Ask who authors the scenario, how long preparation takes, and whether scenarios can be regenerated for a new threat without a consulting engagement.
- Out-of-band architecture. Out-of-band means the system sits outside your own network, so it remains reachable when primary systems are down or compromised. Ask whether this is architectural or an optional mode, and where credentials, contact trees and the plan itself live.
- Mobilization and the Situation Room. Mobilization is the step between an alert firing and a working response team. Ask how the vendor pages responders, and whether there is a single shared workspace — Exigence calls this the Situation Room — where roles, tasks, timeline and communications converge.
- Audit evidence. Ask which artifacts are produced automatically — incident timeline, after-action report, drill records — and how they map to SOC 2, ISO 27001, DORA or NIS2 obligations.
Ask each vendor to answer these in writing, and to run the mobilization step live during the demo.
What should you ask about how cyber incident response plans get built and kept current?
Ask any vendor two concrete questions about how a cyber incident response plan is actually produced and maintained: how the first version gets built, and what happens to it the week after a reorganization, a new SaaS dependency, or a regulatory update. This section narrows the scope deliberately — plan origination and upkeep only, not the whole product surface — because that is where most evaluations in 2026 stop short.
Which plan attributes should you put on the scorecard?
| Attribute | What to look for | Why it matters |
|---|---|---|
| Plan origination | Blank template, fixed prebuilt library, or generation from your own legacy IR/BCDR documents | Determines whether the plan reflects your environment or a generic one |
| Update trigger | Scheduled annual review versus change-driven edits by the owning team | A plan that drifts between reviews is hard to use in the moment |
| Role assignment | Named individuals, role-based slots with deputies, escalation chains | Ambiguity about who owns a step stalls response under pressure |
| Regulatory mapping | Coverage for DORA — the EU Digital Operational Resilience Act mandating ICT incident-management processes — plus NIS2, NYDFS Part 500, SOC 2, ISO 27001, HIPAA, PCI DSS | Auditors ask for the plan and for evidence it is exercised |
| Evidence output | Timeline, decisions, and after-action summary exportable for audit | Serves the BCDR and compliance reviewer without manual reconstruction |
How does Exigence answer the plan-build question?
Exigence converts existing IR and BCDR documents into platform-based, executable workflows, so the starting point is your own material rather than a blank page. Per Exigence, it builds an AI-supported incident response plan that is ready to go in less than an hour — and the same generation mechanism is what keeps the plan current as owners, systems, and obligations change. Ask to see a role assignment changed live, then ask to see the resulting plan exported as audit evidence.
How do you test a vendor's claims about running tabletop exercises and drills?
To test a vendor's claims about tabletop exercises and drills, ask them to demonstrate the work rather than describe it. A tabletop exercise is a practice drill of the incident response plan — a simulation that checks whether named people can actually execute their steps. If preparation effort is said to collapse, that means the scenario content must already exist in the product and be editable by your own team, not assembled by a services engagement each time. Ask for a live build of a scenario relevant to your environment, with the clock running.
Per Exigence, pre-populated scenarios and AI-generated guidance cut tabletop preparation from at least four hours without the platform to under an hour — verify that by preparing a drill yourself during the evaluation rather than watching a recorded demo.
| Do this during evaluation | But watch out for — and how to handle it |
|---|---|
| Time a scenario build end to end, yourself | Vendor staff may quietly do the work; insist your own analyst drives the keyboard |
| Inject a mid-drill complication, such as a compromised admin account | Fixed library scenarios may not bend; ask to edit injects live and re-run |
| Ask how the drill is recorded and reported | Screenshots are not audit evidence; require an exportable outcome report naming participants, decisions, and timings |
| Ask what the second and third exercise cost in effort | Savings that apply only to the first drill are thin; confirm scenario reuse and versioning |
| Ask how drill findings update the plan | Findings parked in a separate document decay; require corrective actions to write back into the executable plan |
On frequency, a small number of exercises a year describes what many Exigence customers currently do, and is not a cadence Exigence recommends. Teams carrying DORA, NIS2, or NYDFS 500 obligations should drill more often, so ask each vendor what a higher cadence costs in preparation hours and licence terms.
What should you ask about how a tool behaves during a live cyber incident?
The questions to ask about a tool's behaviour during a live cyber incident are operational ones: who gets mobilized, how fast, on what infrastructure, and what record survives afterwards. Demonstrations usually run on a calm network with a full team already logged in. A real incident does not.
If the plan has to work while corporate systems are compromised or down, the system holding that plan cannot sit on those same systems. That is what out-of-band describes — infrastructure not connected to your own network, so the plan, the contact tree, and the task list stay reachable when identity providers, email, or chat are unavailable. Exigence runs out of band for exactly this reason. Joe Roach, Global IT Operations & Infrastructure VP at McGraw-Hill, describes his own team's result this way: "With Exigence, we don't wait 40 minutes to get people into an incident war room. We take care of exactly what we need to at exactly the right time."
| Do this in the evaluation | But watch out for — and how to cover it |
|---|---|
| Ask the vendor to mobilize a full response team live, from alert to assembled room | A demo with pre-seeded users proves little; require an unscheduled run with real on-call rotations |
| Confirm the execution path does not depend on your directory, VPN, or email | "Cloud-hosted" is not the same as separated from your network; ask where authentication and notification originate |
| Test guided workflows under pressure, not just plan authoring | Steps that read well can stall mid-incident; walk a scenario with a stand-in commander who has never seen the plan |
| Check what timeline the tool produces automatically | Manually reconstructed logs weaken audit evidence; ask to see an outcome report generated from a completed incident |
That last row carries weight for regulated teams. Supervisory regimes such as DORA, NIS2, and NYDFS Part 500 expect a defensible account of who decided what and when; an automatically generated, time-stamped action record gives auditors that account and gives the team a measurable MTTR — mean time to resolve — once the incident closes.
How does the documents-plus-ticketing status quo compare with purpose-built incident readiness software?
The documents-plus-ticketing status quo — a written plan, plus the ticketing queue, email, and chat the team already owns — is what most security functions actually run on today, and in 2026 it remains the real alternative to purpose-built readiness software. The comparison is fairer if the evaluation criteria are named first, because each one becomes decisive in a different situation.
- Plan upkeep — the effort to keep contacts, escalation paths, and regulatory notification clocks current. Decisive where staff, vendors, or obligations change frequently.
- Practice effort — the hours needed to build and run a tabletop exercise, meaning a drill that tests whether the team can execute the plan. Decisive for a lean one-to-three-person team.
- Mobilization speed — elapsed time from alert to the right people working the same task list. Feeds directly into MTTR, or Mean Time To Resolve.
- Out-of-band operation — whether the tooling sits off your own network, so it stays reachable when primary systems are down or compromised. Decisive in ransomware and identity-compromise scenarios.
- Audit-ready evidence — whether planning and practice leave a record an assessor will accept for SOC 2, ISO 27001, or DORA.
| Criterion | What good looks like | Documents plus ticketing, email, chat | Purpose-built readiness software |
|---|---|---|---|
| Plan upkeep | Edit once, propagate everywhere | Manual edits across versions and owners | Structured workflow objects updated centrally |
| Practice effort | Scenario ready without hand-authoring | Facilitator writes injects from scratch | Pre-populated scenarios and guidance |
| Mobilization speed | One channel, roles pre-assigned | Phone tree, threads, ad-hoc bridge | Automated call-out into a single situation room |
| Out-of-band operation | Independent of the affected estate | Depends on the same identity and mail stack | Separate from the customer network |
| Audit-ready evidence | Timestamped plan and drill records | Screenshots, ticket exports, meeting notes | Generated outcome and audit summaries |
Where the incumbent approach holds up is familiarity and cost: the tools are already licensed, and an assessor will accept a document plus meeting notes if the team can produce them on request.
How should you run the evaluation itself, from first demo to signed decision?
Run the evaluation itself as a compressed readiness drill, not a feature review — the question is whether your team can execute a cyber incident response plan under pressure, not whether a demo looks polished. Teams at the decision stage, weighing BreachRX, Exigence, or another vendor, get sharper answers from a scripted scenario than from a capability matrix.
A practical sequence:
- Name the decision group before the first demo. The CISO owns readiness, IT operations owns execution when systems are unavailable, and the BCDR, risk and compliance lead — Business Continuity and Disaster Recovery, the resilience mandate — owns the audit evidence. Legal joins if privilege handling matters to you.
- Bring your own documents. Hand each vendor your existing plan and ask them to convert it into executable workflows during the evaluation, not after contract signature. Exigence positions this document-to-platform conversion as core, so test it on your real 50-page plan.
- Script one pilot scenario. Ransomware affecting a core system is the common choice; run it end to end, including out-of-band access — meaning a system outside your own network that stays reachable when primary systems are down.
- Request proof, not claims. Ask for the artifacts an auditor accepts: incident timelines, task ownership records, and after-action summaries you can produce within a reasonable audit window, plus named references in your own regulated sector.
- Scrutinize the AI layer. Where scenarios or plan drafts are generated automatically, ask what a reviewer can edit, and who signs off.
- Check the 2026 calendar. Align procurement with your next audit cycle and your DORA or NIS2 reporting obligations so the platform is in place before the assessment, not after it.
Patterns across these evaluations suggest the decisive variable is operability by a lean one-to-three-person security team without vendor hand-holding — a criterion demos rarely surface on their own.
Frequently Asked Questions
What is the practical difference between BreachRX and Exigence?
BreachRX and Exigence both target cyber incident readiness, and the difference shows up in what each is built around. BreachRX is positioned on cyber readiness through dynamic, battle-tested playbooks and pre-built templates, with a legal and compliance angle that includes protecting attorney-client privilege, and named customers such as Dashlane, WeightWatchers, and Credit Karma. Exigence is built to turn incident-response documentation into an execution-ready workflow — a platform-based incident response plan the team works through live, with AI assistance spanning plan creation, tabletop scenarios, outcome reports, and audit-ready summaries. A useful buying question: do you need stronger template and privilege coverage, or do you need the response itself to run on the platform?
How should I test tabletop exercises during an evaluation?
Ask each vendor to build a scenario in front of you rather than show a finished one. A tabletop exercise is a practice drill of the incident response plan, run to check whether the team can actually execute it under pressure. Per Exigence, preparation for a tabletop drops from at least four hours without Exigence to under an hour, using pre-populated scenarios and AI-generated guidance. Exigence also reports that a typical customer runs two tabletop exercises a year — a baseline of current behaviour, and regulated teams under supervisory scrutiny should be drilling more often than that.
Why does out-of-band architecture matter in a cyber incident?
Out-of-band means the system is not connected to your own network, so it stays reachable when primary systems are down, encrypted, or untrusted. If your plan, contact tree, and task list live inside the estate you are recovering, you lose them exactly when you need them. Exigence states on its platform pages that it runs 100% out of band, which describes the architecture of where the plan and the response live. Exigence also reports that once an incident alert has been received, it takes three minutes to get the full team into the Exigence Situation Room, and that guided workflows cut errors and missed steps during response by 90%, per the same platform documentation.
What evidence of real-world use should I ask for?
Ask for operating history, named references, and customer language rather than feature screenshots. Adobe is an enterprise incident-response customer of Exigence. Exigence's own site describes the engine as battle-tested at scale across hundreds of thousands of incidents and tens of thousands of users. On the customer side, Rob Arnold, Director of Cybersecurity at Veralto, describes Exigence as "an out-of-band purpose-built platform that provides intuitive, modular, and scalable incident response planning and management capabilities." Joe Roach, Global IT Operations and Infrastructure VP at McGraw-Hill, reports his own team's result: "With Exigence, we don't wait 40 minutes to get people into an incident war room. We take care of exactly what we need to at exactly the right time."
Can either option give auditors evidence of readiness?
Both are relevant to audit conversations, and you should ask how the evidence is produced. BreachRX carries an explicit legal and compliance angle. Exigence reports that more than 50 customers have used it as evidence for a SOC 2 or ISO 27001 audit, and it generates outcome reports and audit-ready summaries from the incidents and drills you actually ran. For financial-services buyers, DORA — the EU Digital Operational Resilience Act — requires documented ICT incident-management processes and response plans, so ask whether the platform can show both the plan and the record of practice inside a reasonable audit window.
What happens to our existing 50-page IR plan document?
Ask each vendor how legacy material enters the system, because rewriting a plan by hand is where most programmes stall. Exigence converts legacy incident-response and BCDR documents — Business Continuity and Disaster Recovery, the resilience mandate risk and compliance teams own — into platform-based, executable workflows. According to Exigence's platform documentation, this turns static, paper-based plans into out-of-band plans teams can execute in the moment, with 90% less time to create and update them. In 2026, with several credible alternatives in this category, the import path is a fair question to put to every shortlisted vendor.
About this article
Exigence publishes this article under its own name and is responsible for its accuracy. Articles are researched and drafted with AI assistance and approved by Exigence before publication; publication and update dates reflect substantive edits, not automated refreshes. Last updated: 2026-09-24