What is Resilience Arena?

Resilience Arena is a crisis simulation, scoring and assurance platform from Resilience Guard. It places leadership and crisis teams inside a realistic, escalating scenario, scores every decision against recognised resilience and security standards, and turns the result into structured, audit-ready evidence, all within a single governed environment.

How is it different from crisis training or a learning system?

Training and learning systems record that people attended and completed content. Resilience Arena measures how leaders actually decide under pressure, scores those decisions against standards, and produces a defensible record of capability that improves over time. It exercises judgement rather than logging attendance.

How is it different from a governance, risk and compliance platform?

Governance and compliance platforms hold registers, controls and policies, but they do not put a crisis in front of the people who would have to manage one. Resilience Arena adds the exercising and the scored, evidenced outcome that those platforms lack, and it can sit alongside an existing governance toolchain rather than replacing it.

Is a Resilience Arena score a compliance certification?

No. Scores are indicative maturity and exposure estimates derived from exercise performance. They support an organisation's evidence base and regulatory readiness, but they are not certifications or legal advice, and the acceptance of any output as evidence remains at the discretion of the relevant authority or auditor.

Which standards and regulations does it support?

Exercises and scores are mapped to ISO 22301, ISO 27001, the NIS2 Directive, the Digital Operational Resilience Act (DORA) and a governance maturity benchmark, so that ordinary use supports readiness across the regimes that matter to regulated and critical organisations.

Where is our data held, and is it confidential?

Resilience Arena offers European data residency, with a Swiss-residency option, or a fully on-premise installation inside your own boundary. Access is role-based, every material action is recorded in an immutable audit log, and each client environment is strictly isolated from every other. Confidentiality is treated as a first principle, consistent with Resilience Guard's practice.

Can we use our own scenarios and keep ownership of our content?

Yes. The scenario and playbook library is client-owned and editable on demand, so exercises reflect your real risk landscape, sector and language of operation. Your content remains yours.

Who needs a licence, and is it suitable for the board?

Resilience Arena is licensed by named user for the senior cohort that matters in a crisis: the resilience and crisis team, the executive committee and board, and the cross-functional crisis roles. A simplified board mode lets executives take part and read clear results without training, while read-only auditor access is provided for assurance functions.

Can it run on our own infrastructure?

Yes. The platform is available as a hosted service operated by Resilience Guard, or as an on-premise installation on infrastructure you control, for organisations whose policy or regulator requires it.

How do we get started?

Most organisations begin with a confidential walkthrough tailored to their context, followed by a scoped pilot with a real group that establishes a baseline and produces board-ready evidence within a short timeframe. Resilience Guard's advisory team responds within 24 hours.

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Chemicals and Mining Case Study | Resilience Guard

Home › Insights › Case studies › Manufacturing

Case study · Manufacturing

Process safety continuity and high consequence resilience for a multinational industrial operator

Controlled continuity of hazardous operations: process safety, crisis escalation and recovery governance for chemicals and heavy industry.

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Practitioner led since 2014 Led by John Zeppos, Founder and Group Managing Director DRI Accredited training provider Three BCI Global Awards 16+ EU Horizon research projects Trusted to train 3 of the Big Four

SectorChemicals and heavy industry

FootprintProduction and extraction across Europe and beyond

FrameworksISO 22301, NIS2 context

FocusProcess safety continuity

Business context: heavy industry resilience is safety critical resilience

In heavy industry, disruption cannot be managed through rapid restart alone; recovery must follow controlled safety sequencing:

Process safety exposure during uncontrolled operational interruption.
Complex OT environments and industrial control system dependency.
Environmental escalation risk under disruption events.
Regulatory scrutiny linked to high consequence industrial operations.
Supply chain dependency for essential chemical and industrial materials, under rising NIS2 era expectations.

How can hazardous industrial operations maintain controlled continuity and crisis readiness under high impact disruption, ensuring safety, compliance and operational stability?

The situation

The operator maintained complex industrial sites with varying maturity, and continuity planning was not fully integrated with process safety governance:

Inconsistent recovery objectives between facilities.
Limited integration between continuity governance and process safety controls.
OT disruption exposure not formally embedded into industrial resilience strategy.
No unified crisis escalation model for environmental and safety events.
Supplier and infrastructure dependency risk affecting hazardous operations.

How the engagement was built

The engagement architecture: governance above, sector-specific pillars, an ISO 22301 evidence base beneath.

01Process safety continuity integration

Continuity governance built into process safety controls, so disruption response protects controlled stability first and production second.

02Controlled restart and recovery governance

Recovery sequencing designed around safe shutdown and controlled restart of hazardous processes, owned by engineering and continuity together.

03OT resilience for industrial control environments

Cyber disruption of control systems treated as a primary safety scenario, with integrated recovery across engineering and crisis leadership.

04Crisis escalation for high consequence events

One escalation model for safety, environmental, regulatory and stakeholder dimensions, exercised with site and group leadership.

What programmes of this maturity deliver

Consistent with the firm's experience across the sector, high maturity programmes of this kind typically achieve:

Typical ranges across comparable high maturity programmes, not a single client claim.

Stronger crisis escalation clarity under safety critical disruption.
Improved regulatory and stakeholder confidence.
Enhanced resilience maturity across hazardous industrial sites.

Frequently asked questions: Heavy industry resilience

How does ISO 22301 apply to hazardous industrial operations?

It ensures safety critical processes, controlled recovery sequencing and continuity governance are measurable, auditable and aligned with regulator expectations.

Why is OT resilience essential in chemicals and mining?

Industrial operations depend on control systems for safety and stability. OT disruption can immediately escalate into hazardous conditions, requiring integrated recovery governance across engineering and crisis leadership.

How is environmental escalation handled in continuity planning?

Through a unified crisis escalation model that treats environmental, safety, regulatory and stakeholder dimensions as one event, with clear authority and rehearsed communications.

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