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AI FINANCIAL CYBER-RESILIENCE

Know what happens when your financial systems fail.

Crisod maps your financial infrastructure and uses AI-powered attack simulations to expose vulnerabilities, dependencies and operational consequences before a real incident does.

INFRASTRUCTURE MODEL — ILLUSTRATIVEOPERATIONAL
EMPLOYEEVENDORDATABASEERPBANK APIPAYMENT PROCESSORTREASURYBANK
IMPACT PROPAGATION
  1. PAYMENT SYSTEM
  2. TREASURY
  3. PAYROLL
  4. SUPPLIER PAYMENTS

One compromised component can affect an entire financial chain. Simulated scenario, not a live system state.

SCENARIO SIMULATION

Watch a compromise move through the system.

Select a scenario to see how access, permissions and financial workflows connect — and where the consequences land.

SIMULATION — AUTHORIZED MODEL ENVIRONMENTSIMULATING
ACCESS
Privileged credential compromised
SYSTEM
ERP
PERMISSION
Payment approval rights
FINANCIAL ACTION
Unauthorized transfer initiated
BUSINESS IMPACT
Funds movement outside policy

Illustrative simulation of a modeled environment. Crisod does not perform unauthorized testing against production systems.

THE PROBLEM

Security teams know what they protect. They don't always know what breaks.

A financial organization may have strong security controls around individual systems. But the real risk often lives in the relationships between those systems. Crisod maps those relationships.

A COMPROMISE OF ANY ONE OF THESE
EmployeeAPIVendorBank connectionERPPayment system

Consequences elsewhere in the financial chain — often in systems that were never flagged as high-risk, because the risk was never in the system itself. It was in the dependency.

THE FINANCIAL DEPENDENCY GRAPH

Your financial infrastructure is a system of dependencies.

A single identity flows through systems, permissions and financial workflows — each one dependent on the one before it.

EMPLOYEE
IDENTITY PROVIDER
ERP
PAYROLL
INVOICING
PROCUREMENT
RECONCILIATION
TREASURY SYSTEM
BANK API
BANK ACCOUNT
SUPPLIER

Illustrative dependency model. Actual structure varies by organization and is built from your own infrastructure.

THE DIGITAL TWIN

Build a digital twin of your financial infrastructure.

Crisod creates a continuously updated representation of your systems, accounts, APIs, permissions, dependencies and critical financial processes — a working model of what happens when something changes or fails.

SYSTEM MODEL — ILLUSTRATIVEMODELED
  • SYSTEMSERP, treasury, banking, payment platforms
  • ACCOUNTSBank accounts, ledgers, processing entities
  • APISIntegration points and service credentials
  • PERMISSIONSRoles, approval rights, access scope
  • DEPENDENCIESSystem-to-system and process relationships
  • FINANCIAL WORKFLOWSPayments, payroll, procurement, reconciliation
ATTACK SIMULATION

Don't wait for the incident.

Crisod models how a compromise could move through your financial infrastructure — inside an authorized simulation environment, not against production systems.

SCENARIO

Compromised finance administrator

SIMULATION COMPLETE
ACCESS PATH
Identity
ERP
Payment system
Bank API
POTENTIAL IMPACT
  • Payment authorization
  • Beneficiary management
  • Treasury access

Crisod does not compromise real systems. Simulations run against a modeled representation of your infrastructure that you authorize and control.

SCENARIO LIBRARY

A library of financial attack scenarios.

Each scenario models a different way a compromise could enter — and move through — your financial infrastructure.

What happens if a high-permission financial employee is compromised?

Illustrative: access could extend to payment approval, vendor management and treasury systems tied to that role.

What happens if a critical payment integration becomes unavailable?

Illustrative: downstream payment runs, payroll cycles and supplier disbursements may stall until a fallback path is available.

What financial workflows become exposed?

Illustrative: procurement, invoicing and reconciliation workflows configured within the ERP may be exposed.

What happens if a trusted third-party system is breached?

Illustrative: any workflow that trusts the vendor's access — file transfers, integrations, shared credentials — inherits that exposure.

What can an attacker access with stolen credentials?

Illustrative: scope depends on the credential's permissions — from a single system to a chain of connected financial tools.

What happens if a critical banking connection becomes unavailable?

Illustrative: outbound payments, balance visibility and reconciliation may be interrupted until connectivity is restored.

BLAST RADIUS

Understand the blast radius before it becomes real.

A single compromised component doesn't stay contained. Crisod traces how impact spreads outward — through dependencies, operations and the people who rely on them.

BANK API
  1. 01DIRECT IMPACTBank API
  2. 02DEPENDENCIESPayment operations · Treasury
  3. 03SECONDARY IMPACTEmployees · Suppliers
  4. 04CRITICAL OPERATIONSFinancial systems · Reporting
  5. 05RECOVERY REQUIREMENTSCustomer communication · Alternative processing path

Illustrative model. Crisod does not estimate financial loss figures — it maps what depends on what, and what would need to happen next.

AI ANALYSIS

AI finds the paths humans can't see.

Crisod analyzes the infrastructure graph to surface the relationships that matter — the kind that are easy to miss across hundreds of systems, accounts and permissions.

Unexpected dependencyPrivilege concentrationSingle point of failureCritical financial pathwayWeak recovery pathExcessive access
ILLUSTRATIVE FINDINGPRIVILEGE CONCENTRATION

“Three financial workflows depend on the same privileged API credential.”

Payroll
Invoicing
Supplier payments

Example for illustration. Findings are generated from your own infrastructure model.

RESILIENCE MODEL

Resilience isn't a single score.

Crisod doesn't simply ask, “Are you secure?” It asks, “Can you continue operating if something goes wrong?” — across the dimensions that determine whether your financial systems hold.

ACCESS RESILIENCE
PAYMENT RESILIENCE
RECOVERY RESILIENCE
DEPENDENCY RESILIENCE
OPERATIONAL RESILIENCE

Illustrative values shown for example only. Your resilience model is generated from your own infrastructure.

RECOVERY

Detection is only half the equation.

Crisod helps organizations understand what failed, what depends on it, and what it takes to keep operating.

INCIDENT
FINANCIAL IMPACT
CRITICAL DEPENDENCIES
ALTERNATIVE PATHS
RECOVERY
  • What failed
  • What depends on it
  • What should be isolated
  • What can continue
  • What needs manual intervention
  • What needs a fallback

Crisod maps recovery requirements. It does not perform automatic remediation.

CONTINUOUS SIMULATION

Resilience isn't a quarterly exercise.

Financial infrastructure changes constantly. Crisod continuously updates the model and can identify when a change alters resilience.

  1. MONDAYInfrastructure changed.
  2. TUESDAYNew financial API added.
  3. WEDNESDAYEmployee permission changed.
  4. THURSDAYVendor integration changed.
  5. FRIDAYNew dependency introduced.

Model updates reflect changes you provide or connect to Crisod. This does not represent continuous, unauthorized monitoring of external systems.

ONE MODEL, TWO VIEWS

Speak the language of your audience.

The same infrastructure model — read in financial terms by executives, and in technical terms by security teams.

FINANCIAL RESILIENCE
CRITICAL DEPENDENCY
Bank API
POTENTIAL IMPACT
Payment operations
WEAKNESS
Single integration dependency
RECOMMENDED ACTION
Establish alternate processing path

Illustrative example data shown for both views.

INFRASTRUCTURE LAYER

One model across the financial stack.

Crisod sits underneath your financial systems as a modeling layer — not another dashboard to check.

IDENTITY
ERP
BANKING
PAYMENTS
TREASURY
APIS
DATABASES
VENDORS
CLOUD SYSTEMS
CRISOD
FINANCIAL RESILIENCE MODEL
INTEGRATION

See the system without rebuilding it.

Crisod's model is built from the categories of systems already running your financial operations.

Cloud infrastructure
Identity systems
ERP
Banking platforms
Payment processors
Treasury
Financial APIs
Security systems

Categories shown are conceptual. Crisod does not currently claim integrations with specific named providers.

USE CASES

Built for organizations where financial systems can't fail quietly.

Banks

Stress-test financial infrastructure and critical dependencies.

Fintechs

Understand how attacks could affect payments and financial operations.

Payment companies

Model failure scenarios around critical payment infrastructure.

Enterprises

Understand cyber risk across treasury, payroll and financial workflows.

Marketplaces

Map the resilience of payouts, collections and financial infrastructure.

Cybersecurity asks:

Can they get in?

Don’t just defend the system.
Stress-test it.

Crisod helps organizations understand how financial infrastructure behaves under attack, failure and disruption.