Investigation Playbook Execution

Overview#

When a new analyst joins a financial crime team, the fastest path to productivity is not a training course. It is a well-designed playbook: a step-by-step workflow that encodes the team's methodology, tells the analyst what to collect at each stage, and gates progression on quality checks that a senior investigator would apply anyway. The Playbook Execution module brings that consistency to every investigation, not just the ones handled by experienced staff.

Beyond onboarding, the module automates the repetitive, time-consuming mechanics of investigation workflows: data collection tasks, enrichment sequences, notification triggers, and documentation requirements. Compliance teams running high volumes of AML, sanctions, KYC, and fraud investigations use it to maintain quality and regulatory alignment without supervisors manually checking each case step.

Key Features#

Automated Playbook Execution: A state machine orchestration engine manages complex execution paths with dependency resolution, conditional logic, parallel execution, and checkpoint recovery for investigation workflows.
Investigation Template Library: Pre-configured workflow templates for financial crime, cryptocurrency investigation, internal investigation, compliance, and advanced analysis case types provide standardised, optimised methodologies.
Automated Investigation Tasks: Pre-built automation modules for data collection, enrichment, analysis, documentation, and communication tasks reduce manual workload while maintaining investigation quality.
Milestone Tracking: Quality gates with supervisor approval requirements, visual progress indicators, and automatic escalation ensure investigation milestones meet standards before progression.
Conditional Branching Logic: Dynamic workflow adaptation routes investigations based on risk level, data availability, jurisdiction, findings, resource capacity, and priority for context-appropriate processing.
Evidence Collection Framework: Automated evidence capture with source attribution, timestamp recording, chain of custody tracking, and cryptographic signatures ensures documentation completeness.
Real-Time Progress Tracking: Dashboards provide visibility into investigation status, resource utilization, bottleneck identification, and completion timeline predictions across all active playbooks.
Continuous Improvement: Machine learning analysis of completed investigations identifies optimisation opportunities, and post-investigation retrospectives capture lessons learned for template refinement.
Regulatory Compliance Integration: Playbooks embed regulatory requirements for BSA, FATF, FinCEN, EU AMLD, OFAC, GDPR, and other frameworks, ensuring compliance throughout the investigation process.

Use Cases#

AML Investigation Automation: Anti-money laundering investigations follow standardised playbooks with automated data collection, entity enrichment, transaction pattern analysis, and SAR preparation workflows.
Cryptocurrency Fraud Investigation: Specialized playbooks automate blockchain analysis, address clustering, transaction tracing, and cross-chain correlation for cryptocurrency-specific case types.
Sanctions and Compliance Investigations: KYC remediation, enhanced due diligence, PEP relationship analysis, and watchlist alert investigations execute through compliance-specific templates with regulatory field requirements.
Investigation Resource Optimisation: Automated task execution and real-time workload tracking enable managers to optimise analyst capacity across concurrent investigations.
New Analyst Onboarding: Standardised playbooks guide new investigators through proven methodologies, significantly reducing time to productivity for newly hired team members.
Quality Assurance and Audit: Built-in quality checkpoints, peer review gates, and comprehensive audit trails ensure investigation work product meets regulatory and organisational standards.

Integration#

The Investigation Playbook Execution module integrates with the platform's case management, blockchain analysis, alert management, OSINT intelligence, and reporting systems. Playbooks auto-launch from transaction monitoring alerts, and evidence collected during execution automatically attaches to investigation cases. Milestone completions update case status in real-time, and investigation reports are generated and filed through the reporting module upon playbook completion.

Open Standards#

OASIS CACAO v2.0: Playbooks are authored, imported, and exported in the CACAO v2.0 JSON format, enabling interoperability with any CACAO-compliant security orchestration tool.
OASIS OpenC2 v1.1: Action steps within CACAO playbooks are dispatched to actuator endpoints using the OpenC2 v1.1 command language, allowing automated cyber-defence responses such as contain, deny, and investigate.
W3C SCXML / BPMN 2.0 (OMG): The playbook execution engine's workflow state machine conforms to W3C SCXML semantics and the BPMN 2.0 process model, providing a standards-based representation of conditional branching, parallel steps, and lifecycle transitions.
GLEIF LEI (ISO 17442): Legal Entity Identifier lookups via the GLEIF golden-copy registry are built into data-collection task steps, enabling standardised identification of corporate entities during KYC and AML investigations.
RFC 3161 (Trusted Timestamping): Cryptographic RFC 3161 timestamp tokens are applied to evidence exports, anchoring chain-of-custody records to a trusted time source for court-ready and regulatory submissions.
OASIS STIX 2.1: Completed investigation cases can be exported in STIX 2.1 format, supporting threat-intelligence sharing and downstream ingestion by SIEM or TAXII-connected platforms.
FATF Recommendations / EU Anti-Money Laundering Directives (4th and 5th AMLD): Playbook beneficial-ownership thresholds, red-flag indicators, and AML/CFT quality gates directly encode FATF Recommendations and EU AMLD requirements, ensuring regulatory alignment at each workflow step.
ISO 3166-1: Country codes in alpha-2 and alpha-3 form are used throughout jurisdiction-based conditional-branching logic and GLEIF registry queries to route investigations to the correct regulatory framework.

Last Reviewed: 2026-02-05 Last Updated: 2026-04-14