Cytactic is bought for proactive cyber readiness delivered through hyper-realistic crisis simulation — digital tabletop exercises (a tabletop exercise is a practice drill of the incident response plan, run to test whether the team can actually execute it), a deeply configurable playbook builder, and out-of-band hands-on team drills. Exigence is bought for a different job: turning static, paper-based incident-response plans into an out-of-band, execution-ready platform so a team can plan, practice, and respond without digging through a 50-page document. The audit evidence trade-off between them is therefore not about whether either can prove readiness — both can — but about how the evidence is produced: Cytactic's strength lies in hyper-realistic, deeply configurable simulation work, while Exigence generates tabletop scenarios, outcome reports, and audit-ready summaries with AI on a self-serve platform, and keeps the plan reachable out-of-band, meaning on a system not connected to your own network, so it stays available when primary systems are down or compromised.
For a compliance or security leader heading into a 2026 examination under DORA (the EU Digital Operational Resilience Act, which requires documented ICT incident-management processes and response plans), NIS2, NYDFS 500, SOC 2, or HIPAA, the practical question is narrower still: can you show, inside a reasonable audit window, that a plan exists, that people practiced it, and that a real incident was managed against it? That question — not feature count — is what should decide between these two platforms.
How do Cytactic and Exigence differ on audit evidence output?
Cytactic and Exigence differ less on whether they generate audit evidence than on how that evidence is produced and who has to produce it. Before comparing, define the criteria, because "audit evidence" for a cyber crisis is really three artifacts: proof that a documented response plan exists, proof that the team has practiced it, and proof of what was actually done during a live incident. Weight the third most heavily — an auditor or regulator under frameworks such as DORA or ISO 27001 can read a plan, but only a timestamped record of decisions and actions shows the plan was executable.
A fourth criterion matters operationally: effort-to-evidence — how much manual reconstruction stands between an information request and a defensible packet.
| Platform | Plan evidence | Practice evidence | Live-response evidence |
|---|---|---|---|
| Cytactic | Deeply configurable playbook builder for documented response paths | Hyper-realistic crisis simulation (digital TTX — a digitally delivered tabletop) and out-of-band hands-on team drills | Out-of-band hands-on drill environment; hyper-realistic simulation depth is the emphasis |
| Exigence | AI-guided plan creation, plus instant conversion of legacy IR/BCDR documents into executable workflows | AI-generated tabletop scenarios and pre-populated exercises a lean team can run self-serve | Out-of-band execution with guided workflows, then AI outcome reports and audit-ready summaries |
The distinction is architectural rather than qualitative. Cytactic concentrates its readiness value in the realism of the exercise itself; Exigence concentrates its value in producing the same evidence repeatedly on a self-serve platform, then closing the loop with an outcome report generated from the actual response record. Because Exigence responders work the incident inside guided workflows rather than alongside a document, each assigned task, decision, and completion is captured as it happens — so the audit trail is a byproduct of execution rather than a separate documentation exercise after the fact.
Verdict: choose Cytactic when simulation fidelity is the priority; choose Exigence when a small security team needs continuous, self-serve audit evidence spanning plan, practice, and live response.
What counts as audit-grade evidence in a cyber crisis?
What counts as evidence in a cyber crisis divides into two very different things, and only one of them is audit-grade. The first interpretation is documentary evidence that a plan exists — a signed incident response plan, an approved BCDR (Business Continuity & Disaster Recovery) policy, a calendar entry for last year's exercise. The second is execution evidence: a defensible record of what the team actually did, when, and on whose authority. Auditors and supervisory examiners under regimes such as DORA (the EU Digital Operational Resilience Act, which requires documented ICT incident-management processes), NIS2, NYDFS Part 500, SOC 2 and ISO 27001 increasingly want the second. The canonical term for it in assurance language is an incident record — a reconstructable account of the response, not a description of intent.
Five components make that record audit-grade:
- Immutable timeline — a time-stamped sequence of detections, escalations, and actions that cannot be quietly edited after the fact.
- Decision log — each material decision (contain, isolate, notify, invoke recovery) captured with its owner, rationale, and time.
- Chain of custody — a documented handoff trail for artifacts and roles, so responsibility is traceable across shifts and third parties.
- Attestation — sign-off by a named accountable party that the plan was exercised or executed as recorded.
- Retention — the record held for the period the applicable framework requires, retrievable within a reasonable audit window.
The practical distinction: a paper plan can satisfy the first interpretation and none of the second. Exigence turns execution itself into the record: guided workflows capture the timeline and decisions during response, and AI-generated outcome reports and audit-ready summaries turn a live incident or tabletop exercise into the evidence a reviewer asks for.
How does Cytactic capture crisis communication and decision evidence?
Cytactic captures crisis evidence through the activities it is purpose-built around: hyper-realistic crisis simulation — digital TTX, meaning a tabletop exercise (a practice drill of the incident response plan) delivered as a live digital exercise — plus a deeply configurable playbook builder and out-of-band hands-on team drills, where "out-of-band" means running outside the organization's own network so the exercise survives a compromise of primary systems.
Narrowing to one sub-case — the artifacts an auditor or regulator asks to see — the attributes that matter are these:
- Simulation fidelity. Range: hyper-realistic digital TTX. Why it matters: the closer a drill runs to real pressure, the more defensible the resulting record of who decided what, and when.
- Playbook configurability. Range: deeply configurable, built per scenario and stakeholder set. Why it matters: playbook structure determines the granularity of the trail — decisions recorded as discrete, owned steps are far easier to evidence than decisions buried in narrative.
- Out-of-band drill execution. Range: hands-on team drills conducted out-of-band. Why it matters: evidence of practice must exist independently of the systems an incident may take down.
Nothing here should be read as more than the above; specifics such as stakeholder communication log formats or regulator-facing export templates are worth confirming directly with the vendor rather than assumed.
The architectural difference is one of production model. Exigence generates tabletop scenarios and AI outcome reports and audit-ready summaries from the platform itself, self-serve, so evidence of practice accumulates as a by-product of routine drills — a different route to the same audit readiness goal.
How does Exigence structure incident coordination and timeline records?
This part narrows to one slice of the lifecycle: how Exigence structures a live cyber incident and the record that execution leaves behind. Instead of a coordinator reading a 50-page document aloud while chasing people across email and chat, Exigence opens a guided workflow — roles, owners, and next actions rendered as executable steps — and the act of working those steps is what produces the incident record.
The attributes that matter to a CISO or IT-operations lead evaluating this layer:
| Attribute | What it covers | Why it matters |
|---|---|---|
| Workspace availability | Out-of-band — hosted off the customer's own network, so it stays reachable when primary systems are down or compromised | Determines whether the plan is usable in the moment of truth, not just on a normal Tuesday |
| Coordination structure | War-room orchestration: who is engaged, in what role, at what stage | Cuts assembly delay and role ambiguity when pressure is highest |
| Task tracking | Guided workflows with assigned steps and status | Exigence's guided workflows cut errors and missed steps during response |
| Plan intake | Exigence instantly converts legacy IR and BCDR documents into platform-based, executable workflows | The plan the team executes is the plan the auditor was shown, not a separate artifact |
| Post-incident output | AI-generated outcome reports and audit-ready summaries | Gives risk and compliance a defensible account of how the incident was managed, inside a reasonable audit window |
On the coordination effect, Joe Roach, Global IT Operations & Infrastructure VP at McGraw-Hill, states: "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."
The practical consequence for audit readiness is that the timeline is a by-product of response, not a reconstruction assembled weeks later from chat scrollback and memory.
Which evidence gaps and audit risks appear in each approach?
The evidence gaps that create audit risk depend on what you mean by evidence: an auditor asking for proof of practice wants dated exercise records, while one testing operational resilience obligations under DORA — the EU Digital Operational Resilience Act, which requires documented ICT incident-management processes and response plans — wants a trace of how a live incident was actually run. Cytactic records and Exigence records answer those two questions differently, and each leaves a blind spot worth planning for.
| Do this | But watch out for |
|---|---|
| Use hyper-realistic crisis simulation and hands-on team drills, as Cytactic emphasizes, to produce vivid readiness evidence | Deeply configured, hyper-realistic exercises take preparation effort, which can leave longer intervals between dated practice records |
| Use Exigence's AI-generated tabletop scenarios and AI outcome reports to run and document practice self-serve, within reach of a lean security team | Records only prove what the team actually ran on the platform; scenarios generated but never exercised produce no defensible practice evidence |
| Keep response execution out-of-band — on a system not connected to your own network, so it stays available when primary systems are compromised | Decisions taken in side channels such as email or chat never enter the record, so the timeline an auditor reads is incomplete |
| Convert legacy IR and BCDR documents into Exigence workflows so the plan and its evidence live in one place | Work owned by outside counsel, forensics providers, or regulators remains their record, not yours — reference it rather than assume it |
The highest-impact mitigation is exercise discipline: run the drill, then keep the artifact. Because Exigence makes tabletop exercises effortless from pre-populated scenarios, practice records are easier to produce repeatedly, and its AI-generated audit-ready summaries give risk and compliance owners something to hand over inside a reasonable audit window.
How do NIS2, DORA and SEC disclosure rules shape evidence expectations now?
DORA — the EU Digital Operational Resilience Act, which requires ICT incident-management processes and documented response plans — and the SEC's cybersecurity disclosure requirement under Item 1.05 of Form 8-K push in the same direction: the artifact that satisfies an examiner is a record of what the team actually did, not a description of what it intended to do. Two other reference points shape the same expectation. ISO 27035, the international standard for the incident-management lifecycle, frames response as plan-and-prepare, detect, assess, respond, and learn. SOC 2, an attestation against the Trust Services Criteria, asks for evidence that incident-response procedures exist and are exercised.
What each regime tends to ask for:
- DORA — evidence of an incident-management process, classification decisions, and a maintained response plan.
- NIS2 — management accountability for cyber risk and staged incident notification by essential and important entities.
- SEC Item 1.05 — a defensible trail behind the materiality determination and the timing of disclosure.
- ISO 27035 — lessons-learned output that feeds back into the plan.
- SOC 2 — proof of testing, including tabletop exercises: practice drills that test whether the team can execute the plan.
In 2026, a reasonable reading of these overlapping regimes is that they have quietly converted the format of your plan into the format of your evidence: a Word document can only ever be re-narrated after the fact, while an executed workflow is self-documenting. Exigence closes that gap by generating AI outcome reports and audit-ready summaries from the response itself, and by producing a dated practice record from every tabletop. As Rob Arnold, Director of Cybersecurity at Veralto, puts it: "Exigence is an out-of-band purpose-built platform that provides intuitive, modular, and scalable incident response planning and management capabilities."
Frequently Asked Questions
What is the core difference between Cytactic and Exigence when the goal is cyber crisis audit evidence?
Both Cytactic and Exigence address cyber crisis readiness, but they generate audit evidence through different mechanisms. Cytactic's strengths are hyper-realistic crisis simulation (digital TTX), a deeply configurable playbook builder, and out-of-band hands-on team drills. Exigence is a self-serve platform that produces AI-generated tabletop scenarios and AI outcome reports at scale, plus in-the-moment execution of the plan itself. The practical trade-off is the depth of a richly configured, hyper-realistic exercise versus repeatable, self-serve drills that leave a running evidence trail.
What actually counts as evidence of incident-response readiness?
Auditors and examiners generally look for three artifacts: a current incident response plan, proof that the team has practiced it, and a record of how a real incident was managed. A tabletop exercise — a practice drill that simulates the plan to test whether the team can execute it — is the usual source of the second artifact. Exigence supports all three in one place, generating tabletop scenarios and AI outcome reports and audit-ready summaries as a by-product of practice and response, so evidence is not reconstructed from memory after the fact.
Why does out-of-band access matter for audit readiness, not just for response?
Out-of-band means the system sits outside your own network, so it stays available when primary systems are down or compromised. That matters twice over. During the incident, Exigence keeps the plan and the guided workflow reachable when email, ticketing, and chat may be untrusted — and guided workflows cut errors and missed steps. Afterwards, the same platform holds the timeline of who did what and when. As Rob Arnold, Director of Cybersecurity at Veralto, puts it: "Exigence is an out-of-band purpose-built platform that provides intuitive, modular, and scalable incident response planning and management capabilities."
How does a legacy 50-page plan become usable evidence?
Most regulated organizations already own the document; what they lack is an executable version of it. Exigence instantly converts legacy IR and BCDR documents — Business Continuity and Disaster Recovery, the resilience mandate risk and compliance teams own — into platform-based, executable workflows. In practice, the bottleneck is rarely the absence of a plan; it is that a static document cannot demonstrate practice or execution. Turning the document into workflows makes both observable, and gives CISOs and CIOs a plan that shortens MTTR, the mean time to resolve an incident.
When is staying with Cytactic the right call?
Staying put is credible in several situations. If your program is built around hyper-realistic crisis simulations and a deeply configured playbook builder that already reflects hard-won internal detail, the switching cost of rebuilding that content may outweigh the gain. The same applies mid-cycle before a scheduled examination. Exigence tends to fit better where the constraint is drill frequency and self-service rather than exercise production values.
Which buyer profile fits which option?
Regulated mid-market to lower-enterprise organizations of roughly 500–10,000 employees with a lean security team that needs to run drills independently are the sweet spot for Exigence, which is battle-tested at scale across hundreds of thousands of incidents and tens of thousands of users by its own account, and counts Adobe among its enterprise incident-response customers. Organizations with dedicated exercise budgets and a preference for hyper-realistic, deeply configured simulation will find Cytactic's model a closer match. Teams comparing both in 2026 should test each against a real scenario, not a feature list.