Cyber Defense
Regulated environments where trust, compliance, and operational resilience are non-negotiable.
This interactive experience is the shipped product itself — the same application code customers run in production, mounted read-only in your browser over a real sample journey. Not a video, not a mockup: because the demo and the product are one codebase, it can never drift from the real thing.
Inside this journey
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Pre-Sales
Align stakeholders, regulatory acceptance criteria, and technical constraints before evaluation.
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Risk & Requirements Discovery
Map current detection posture, critical assets, regulatory obligations, integration constraints, and measurable success signals.
Discovery Questions
Starting Point, so we do not waste your time
- Tell me about your current detection posture, including where you have visible gaps and where you are confident
- How often does your team run tabletop exercises or simulated phishing for high-value users
- Which telemetry sources does your program ingest today for trading workstations, payment systems, and cloud workloads
- When was the last time an alert escalated to the CTO or CISO level and required an executive briefing
- Describe who signs the quarterly security briefing the board receives and what metric they insist on seeing
- Who is the day-to-day operational owner of your SIEM integration and who would be the primary contact for connector access
- Would lack of access to a core telemetry feed block a hands-on evaluation for you
Where detection fails first and why that matters
- When a phishing email reaches a senior trader, what breaks downstream first and why
- Walk me through the last time a threat bypassed controls, from first signal to containment and lessons learned
- Estimate the direct business impacts you track for those incidents, ranked by severity
- Which controls or integrations failed to surface the activity in that incident
- How often do alerts from those controls require cross-team escalation to resolve
The incident that woke the board
- If a senior trader's inbox was used to seed lateral movement tomorrow, who on your team can pause payment processing within the regulatory window
- Tell me about the most recent near miss that escalated to compliance or legal, what the timeline looked like and which evidence mattered most
- What specific incident metrics and narratives do you include in the quarterly board briefing today
- Estimate how many hours your incident response team would need to reach containment in a payment-related compromise
- Who must approve the NYDFS attestation or equivalent filing before you change monitoring or report externally
Constraints and realities that stop pilots cold
- Name any single integration, data feed, or environment that, if unavailable, would stop a pilot from running
- List the telemetry endpoints you can realistically expose within four weeks for a hands-on evaluation
- Identify which internal team owns API credentials and is authorized to provide access during an evaluation
- Do you have a dedicated engineer available during business hours to support agent rollout and connector configuration
- Approximately how many legacy endpoints will require special tuning or cannot accept the agent model
- Are there contract, legal, or regulatory approvals that typically add more than 30 days to a deployment
The other options you're weighing
- List the vendors, incumbents, and internal options you are actively comparing for detection and response
- What would need to be true about your current incumbent for you to stay with them rather than change
- Has anyone inside proposed building the detection capability internally instead of contracting an external provider
- Name the internal performance or cost metrics that would have to improve to justify staying with the incumbent
- If an internal build is on the table, what timeline has been proposed to reach parity with your acceptance criteria
Acceptance criteria that will close the deal
- Identify the single metric that would make the CISO sign pilot success without additional proof
- Specify your target false positive rate for alerts that will be routed to your SOC
- State the named acceptance owners and the specific data each owner will require to validate pilot outcomes
- Assuming the evaluation meets the targets, which internal approvals remain before procurement can execute the contract
- Within how many weeks do you need measurable improvement to satisfy your board reporting cycle
Deployment realities and immediate risk triggers
- Where will visibility gaps during rollout cause the most regulatory or operational risk
- Walk me through your planned agent rollout sequencing for high-value workstations, servers, and payment gateways
- Describe legacy operating systems or payment systems that are likely to block agent installation or degrade performance
- Provide the role or team that will own day-to-day tuning and first-line SOC triage during the tuning window
- Explain the metrics you will use to measure performance impact on legacy endpoints during rollout
- In practice, what incident would cause you to halt the deployment immediately
Next decisions, timelines, and kill criteria
- Assuming the pilot proves the detection gaps are closed, what remaining obstacle would still stop you from signing within seven days
- Outline the procurement timeline and key milestones you need to clear to finalize a contract
- State the role that will be the single point of contact for demo data access and operational questions
- Share any legal or commercial redlines that would be deal killers for your team
- Give your target decision window after evaluation completes, in days
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Stakeholder & Acceptance Alignment
Convene the buyer's CISO, CTO, compliance, procurement, and the independent assessment representatives to agree acceptance criteria, scoring metrics, and evaluation data sets.
Meeting Notes
- Stakeholder Alignment Kickoff
- Acceptance Criteria and Scoring Workshop
- Evaluation Data Set Design and Delivery
- Test Harness, SIEM Integration, and Evidence Collection Agreement
- Final Acceptance Sign-off and Next Steps
- Deploy test harness components in the agreed staging environment and run baseline connectivity checks.
- Produce the dataset extracts according to the agreed inventory and run the verification checks.
- Implement anonymization and redaction rules for each data field identified.
- Publish the scenario catalog with expected detection markers and verification steps.
- Define test harness architecture and environment requirements
- A test harness plan with environment specs and a deployment checklist for staging.
- Signed SIEM test case list and expected ingestion artifacts for verification.
- Standardized evidence capture templates and timestamp alignment rules for scoring audits.
- Confirm participants and decision roles
- Publish evidence capture templates and timestamp alignment rules to the shared workspace.
- Configure SIEM test connectors and execute a small ingestion test to validate artifacts.
- Present the compiled acceptance package
- Formal sign-off on the acceptance package or a documented remediation list with deadlines.
- Named owners and dates for any remediation, retest windows, and final decision milestones.
- A handover checklist ready for procurement and deployment once acceptance is achieved.
- Publish the final acceptance package and sign-off record to the shared workspace.
- Log remediation items with deadlines and include them in the project tracker.
- Schedule the retest window and notify stakeholders of the date and scope.
- A documented list of participants with named decision authorities for acceptance and scoring.
- An agreed evaluation timeline with milestone dates for dataset delivery, test windows, and sign-off.
- A draft acceptance criteria matrix and initial dataset inventory assigned for follow-up.
- Publish the draft acceptance criteria matrix to the shared workspace within 24 hours.
- Produce a dataset inventory listing telemetry sources, custody, and known access blockers.
- Circulate the agreed evaluation timeline and milestone calendar.
- Recap high level objectives tied to each metric
- A finalized acceptance criteria matrix with metric definitions and numeric thresholds for each category.
- A documented weighting and pass fail rule set that will be used to compute final scores.
- A list of any metrics that require additional data or instrumentation before scoring can begin.
- Publish the finalized acceptance criteria matrix and scoring rules to the shared workspace.
- Produce a sample scoring worksheet showing how weights and thresholds compute the pass fail outcome.
- List data or instrumentation gaps required to measure any outstanding metrics.
- Validate required telemetry types and retention windows
- A signed dataset inventory with exact extracts, schemas, and retention windows ready for production of test data.
- A scenario catalog mapping each test case to expected detection signals and verification criteria.
- A documented anonymization and access control plan for dataset delivery.
- Validate objectives and constraints
- Agree SIEM connectivity and test cases
- Confirm each criterion as accepted or list gaps
- Define scenario catalog and acceptance signal markers
- Define detection coverage metrics and thresholds
- Finalize evidence capture templates and timestamp rules
- Agree anonymization, redaction, and access controls
- Schedule remediation and retest windows if required
- Define false positive, precision, and alert fidelity metrics
- Agree evaluation timeline and milestones
- Decide scoring automation and report format
- Draft acceptance criteria matrix overview
- Record sign-off and handover actions
- Set delivery method, verification checks, and handoff verification
- Define response effectiveness and MTTR metrics
- Confirm initial dataset inventory and access needs
- Agree weighting, pass fail rules, and remediation gates
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Detection & Response Evaluation
Run a hands-on evaluation against agreed acceptance criteria—detection coverage, false-positive rate, SIEM integration, and response workflows—using representative telemetry and scenarios.
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- current_state
- stakeholders
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- success_criteria
- decision_readiness
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- desired_state
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Solution Scope
Define modules, telemetry sources, phased rollout plan, responsibilities, SLAs, and measurable acceptance criteria tied to regulatory and board reporting needs.
Scope Configuration
- Deploy endpoint agents across fleet
- Install and calibrate network sensors
- Configure cloud workload connectors
- Connect and ingest SWIFT transaction logs
- Integrate telemetry with existing SIEM
- Integrate ticketing and case management
- Configure alert correlation and MITRE mapping
- Tune alert suppression and false-positive rules
- Activate 24/7 SOC monitoring and alerting
- Execute live threat-hunting campaigns
- Automated containment and endpoint remediation
- Forensic data collection and evidence preservation
- Export raw telemetry and eDiscovery bundles
- Train SOC analysts on platform playbooks
Scope Questions
Deploy endpoint agents across fleet
- How many endpoints require agents, broken down by OS and role (for example Windows trader workstations, Linux settlement servers, macOS admin laptops)?
- Which existing endpoint protection or monitoring software is present on those systems (options: None, Existing EDR present, Custom in-house agent, Unknown)?
- Do any legacy endpoints that support payment processing or trading (for example Windows 7 trading terminals or proprietary payment appliances) require custom packaging or offline installation?
- Who in your operations team will authorize agent deployment on production payment servers during approved maintenance windows?
- Estimate the acceptable agent resource impact on trader workstations (for example CPU <5%, memory <150MB) to avoid disrupting trading applications.
- List any telemetry exclusions or data-handling constraints for endpoint captures (for example redact trader chat logs, exclude PII in SWIFT payloads).
Install and calibrate network sensors
- Which network segments require sensor placement (examples: payment processing VLAN, trader-floor VLAN, DMZ, backup network)?
- How many observation points are needed for session capture on SWIFT gateways and interbank links (select a range)?
- Do you permit TLS decryption for monitoring HTTPS sessions to cloud trading platforms or SWIFT web portals?
- Specify the packet retention window required for forensic investigations involving suspected ransomware or payment fraud (examples: 7 days, 30 days, 90 days).
- Who will provide mirror/span ports or physical taps for sensor installation on payment and interbank links?
- Are there inline performance constraints for sensors on high-throughput payment links (for example added latency <1 ms)?
Configure cloud workload connectors
- Which cloud accounts and workloads must be connected (examples: AWS account IDs for production trading engines, Azure subscription names for settlement services, GCP project IDs)?
- Do connectors need to capture serverless telemetry for payment or trade processing (for example AWS Lambda functions that enrich SWIFT messages)?
- Which IAM roles or service accounts can be provided for read-only log ingestion in your cloud environments?
- Are there regulatory constraints on exporting cloud logs that contain payment metadata under NYDFS or FFIEC guidance?
- Estimate daily log volume from cloud workloads for sizing connector throughput (for example <10GB, 10-100GB, 100-500GB).
- Which cloud-native telemetry types must be ingested (examples: VPC flow logs, CloudTrail, Azure Activity logs) and which relate directly to payment flows?
Connect and ingest SWIFT transaction logs
- Provide the SWIFT interfaces to ingest (for example FIN over MQ endpoints, FileAct directories, or Alliance Access export paths) and their network locations.
- Which SWIFT message types are in scope for detection and monitoring (examples: MT103, MT202, MX payment messages)?
- What acceptance criteria will confirm successful SWIFT log ingestion (for example 100% daily delivery of MX/MT logs, extraction of UETR and BIC fields, and parity with on-prem SWIFT archives)?
- Who owns mapping of SWIFT field names to your event schema and who will approve transformations or field renames?
- Are there anonymization or redaction rules required for SWIFT payloads before they can be exported off your network?
- Specify the retention period for raw SWIFT messages required for compliance and forensic needs (examples: 1 year, 3 years, 7 years).
Integrate telemetry with existing SIEM
- Which SIEM product and version will receive telemetry and which intake methods are supported (for example syslog, API, Kafka, S3)?
- Do you have existing parsers or normalization rules for EDR, NetFlow, and SWIFT logs that must be reused or preserved?
- Describe the acceptance test for end-to-end telemetry integration (for example test event ingestion, field mapping parity, and alert generation within 24 hours).
- Which SIEM retention and indexing limits constrain telemetry exports (for example 90 days hot storage, 1-year cold storage)?
- Provide a contact for the SIEM administrator who can supply API keys, ingestion endpoints, and approve schema changes.
- List any compliance tagging or metadata fields required for FFIEC or NYDFS reporting in SIEM events (for example NYDFS_IncidentType, ControlID).
Integrate ticketing and case management
- Which ticketing system will receive alerts and which connector method is supported (API, SMTP, webhook)?
- Specify the priority-to-SLA mapping to apply for incidents that impact payment processing (example mappings P1=1 hour, P2=4 hours).
- Do you require automatic case enrichment with SWIFT UETR, ACH file IDs, or trader user IDs in each ticket?
- Who will own escalations to the incident response team and approve containment actions that might affect settlements?
- Which case fields and workflow states must align with your internal incident response plan and regulator reporting templates?
- Choose alert-to-ticket behavior for P1 payment-impacting alerts: create SOC triage ticket only, auto-assign to on-call responder, or custom.
Configure alert correlation and MITRE mapping
- Which ATT&CK tactics and techniques are highest priority for your environment (examples: Credential Access, Lateral Movement, Impact)?
- Specify preferred correlation windows and thresholds for matching EDR and network events (for example a 15-minute sliding window across endpoints and flows).
- Do you require custom correlation rules to suppress alerts that match known payment-batch patterns (for example scheduled ACH or batch settlement jobs)?
- Who will approve mapping of detection rules to internal control IDs used in FFIEC or NYDFS reporting?
- Provide examples of benign-but-unusual actions that should be whitelisted for trading operations (for example scheduled bulk order uploads from trader workstations).
- Do you have existing detection playbooks that need ATT&CK mappings appended for audit trails?
Tune alert suppression and false-positive rules
- Specify the unacceptable false-positive rate you require for high-severity alerts on payment systems (for example <3% of P1 alerts).
- Which analyst team will perform initial tuning during phased rollout and how many full-time equivalents (FTEs) are allocated?
- Should suppression policies be separate for production payment servers versus corporate endpoints?
- How long should the tuning window be before you consider rules stable in production (example windows: 14 days, 30 days, 60 days)?
- List historical incidents or known alert storms we should use to tune rules (for example past phishing that bypassed filters or prior ransomware near-miss).
- Which metrics will you accept as evidence of tuning success (examples: alert volume reduction for payment-related alerts, precision, and analyst mean time to acknowledge)?
Activate 24/7 SOC monitoring and alerting
- Describe the on-call rotations and handoff procedures required for SOC analysts providing 24/7 coverage of payment and trading systems.
- Which escalation paths should be used for suspected ransomware affecting payment processing (examples: CISO pager, incident response runbook, external counsel)?
- Are there clearance or data-access restrictions that require bilingual analysts or specific clearance levels to view SWIFT payloads?
- Select required overlap hours with your internal team for joint incident escalation and war-room activity (business hours only, 24/7 overlap, or specific windows).
- Which SLA do you expect for time to first analyst contact on P1 alerts that impact payments?
- Provide any regulator notification timing constraints we should build into alerting workflows for NYDFS, OCC, or FDIC notifications.
Execute live threat-hunting campaigns
- Which threat scenarios should hunting campaigns prioritize (examples: FIN-designated phishing campaigns, ransomware lateral movement, SWIFT fraud patterns)?
- How many proactive hunts per quarter focused on payment-processing infrastructure do you want?
- Do you require hunt outputs to produce formal investigation packages suitable for NYDFS examiners or independent assessors?
- Who will receive and approve hunting hypotheses and post-hunt findings for board or regulator reporting?
- Specify the data windows hunts should include (example: 90 days of EDR and NetFlow) to detect slow-moving intrusions.
- Would you like tabletop exercises to validate hunting playbooks against a trader workstation compromise scenario?
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Mutual Commit
Finalize commercial and legal terms, data-access authorizations, SLA commitments, and regulatory attestations required to proceed.
Agreement Modules
- Master Services Agreement (MSA)
- Statement of Work (SOW)
- Subscription Agreement
- Order Form (Pricing & Payment Schedule)
- Service Level Agreement (SLA)
- Data Processing Agreement (DPA)
- Data Access Authorization
- Regulatory Attestation & Compliance Addendum
- Acceptance Criteria Sign-off
- Data Export & Offboarding Agreement
- Insurance & Indemnity Schedule
- Change Order & Amendments
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Deployment
Lock readiness facts and configuration values before execution begins.
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Pre-Deployment Readiness
Capture concrete readiness facts: owners, maintenance windows, environments, SIEM endpoints, and access approvals required before scheduling rollout.
Pre-Deployment Questions
Environment and site access
- Which environments should be included in the initial rollout? (select all that apply — determines sensor scope and sequencing)
- For the selected environments, is network connectivity from the seller's deployment network to the integration endpoints (SIEM ingest, agent management, cloud APIs) already permitted? (so we know if firewall/ACL changes are required)
- If you answered 'Partially', 'No', or 'Unknown', list the environment(s) and the expected date when network or firewall changes will be completed (so we can schedule the rollout).
Data and configuration
- Which telemetry sources will be onboarded in the initial phase? (select all that apply — used to plan connectors and validation datasets)
- Has the buyer designated owners for the source-of-truth mapping for each telemetry source (the contact who provides sample data and signs off on visibility)?
- If 'Partial' or 'No', provide the owner (team or person) for each undecided source and the target date for owner assignment (so we can lock acceptance test contacts).
People and ownership
- Please name the buyer-side owners to appear on the deployment plan: security lead (CISO delegate), network/SysOps owner, SIEM owner, and change approver. Provide 'role: name, email, phone' for each (these contacts unblock approvals and incidents).
- Are system-level access approvals in place for the seller to install agents/connectors and use required service accounts in each environment? (this determines whether we can schedule hands-on work)
- If approvals are partial or pending, list which environments need approvals and the expected approval completion dates.
Timing and constraints
- Provide approved maintenance windows or blackout restrictions per environment (days/times or 'no maintenance window'); we use this to plan install and cutover windows.
- Are there compliance events, regulatory reporting periods, audits, or scheduled trading/settlement windows that create deployment freezes? If yes, provide dates or ranges.
- What target cadence should we use for the phased rollout? (select one — defines sequencing, training and tuning windows)
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Configuration Details
Lock exact configuration values the deployment team will use—agent policies, sensor placement, connector credentials, alert thresholds, and ticketing integrations.
Configuration Details
Agent & Network Sensor Configuration
- Enter the exact agent policy name to apply to production endpoints (case-sensitive). Default: "Default-Agent-Policy".
- Select the agent policy variant to install on endpoints (choose the single variant the deployment should apply). Default: "Standard (lightweight)".
- Number of network sensors to deploy in production (numeric). Default: 2.
Connectors, Cloud Sources & Secrets Exchange
- Select the SIEM integration method you will use for alert/log export (choose one).
- Enter your SIEM ingestion endpoint URL used for this integration (format: https://your-siem.example.com/ingest). Do not paste credentials here.
- Enter the primary cloud connector identifier for production (cloud account ID or org name — e.g., AWS account ID, GCP project, or tenant name).
- Preferred secure channel for exchanging non-secret credential material and arranging secret handoff (select one). NOTE: do NOT paste secrets here; this only identifies the channel.
Alerting, Ticketing & Escalation
- Alert score threshold (0-100) above which alerts are automatically escalated to on-call SOC. Default: 90.
- Select the primary ticketing/incident channel category to create tickets (choose one).
- Enter the non-secret ticketing integration identifier to use (service account name or integration client ID — do NOT paste API secrets).
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Deployment
Execute the phased rollout with sequencing, SOC analyst training, tuning windows, and monitoring for visibility gaps or performance regressions.
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Go-Live Validation
Verify acceptance criteria, confirm visibility and tuning outcomes, and obtain sign-off from named owners before full production monitoring and escalation privileges are enabled.
Checklist items
- Receive written go‑live approval from designated buyer approver(s)
- Confirm acceptance‑criteria test report submitted and approved
- Validate representative telemetry ingestion into the monitoring console/SIEM
- Confirm alert tuning rules applied and suppression results documented
- Execute and document a simulated incident end‑to‑end
- Obtain SOC analyst training completion and playbook sign‑off
- Verify performance and stability baselines on representative systems
- Confirm SIEM/ticketing integration and alert routing live
- Receive written Permission to Operate (PTO) or equivalent from buyer and document rollback conditions
- Archive validation evidence bundle and close validation checklist
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Operational Reviews & Regulatory Support
Run recurring security posture reviews, report SOC metrics for board and NYDFS requirements, and maintain a shared channel for issues and enhancement requests.
Success Reviews
- Go-live Health Check (weeks 1-4)
- First Measurement Review (day 30-60)
- Acceptance Gate Review (around day 90)
- Operational Review, Monthly (ongoing operational cadence)
- Regulatory and Board Reporting Review, Quarterly
Issues & Enhancements
- Remediate any SIEM ingestion failures and validate full recovery within the agreed SLA window.
- Record a documented acceptance decision against the numeric targets recorded in Solution Scope.
- Confirm decommission plan for the incumbent detection systems and archive/migration status.
- Agree remediation plan with owners and final resolution dates for any conditional acceptance items.
- Publish the formal acceptance document with the named buyer signatory and archive evidence of each measured criterion.
- Execute the incumbent decommission plan or set read-only retention, and confirm contract/renewal handling for the legacy system.
- Open remediation tickets for any failed criteria with target resolution dates before the tracked warranty window closes.
- Review key SOC metrics and trends
- Confirm MTTD and SIEM ingestion success rate are improving or document concrete remediation plans where they are not.
- Ensure the enhancement request backlog is prioritized and that the next tuning window is scheduled.
- Close at least one operational blocker or advance it to a committed remediation milestone each cycle.
- Update the tuning backlog with priority, expected impact, and planned dates for the next tuning window.
- Reconfirm success criteria and owners
- Complete post-incident action items for any event that triggered regulatory notification and publish the postmortem summary.
- Assemble SOC metrics for board and NYDFS reports
- Produce a board-ready SOC metrics package that includes validated MTTD and incident counts for the quarter.
- Confirm that the percentage of critical assets monitored meets Solution Scope requirements or document remediation steps.
- Ensure the shared issue channel contains current audit evidence and an owner for each open regulatory item.
- Publish the validated board packet and archive supporting evidence for NYDFS and exam readiness.
- Close outstanding regulatory evidence gaps or create a tracked remediation plan with deadlines.
- Update the shared issue channel with new enhancement requests and incident follow-ups, and notify stakeholders of any changes.
- Confirm named owners for each acceptance criterion recorded in Solution Scope.
- Validate that core telemetry pipelines (EDR, network sensors, cloud connectors) are ingesting data.
- Produce a tracked list of deployment blockers with resolution dates.
- Publish the deployment blocker list with owners and target dates to the shared channel.
- Enable any missing SIEM connectors and validate ingestion success within 48 hours.
- Schedule a focused tuning window to address the top two alert noise sources identified during the check.
- Present first 30-60 day metrics
- Determine whether MTTD and false positive rate are improving toward targets and identify impediments if not.
- Reach agreement on a prioritized corrective action list with due dates to close coverage gaps and reduce noise.
- Confirm the percentage of critical endpoints with agents meets the minimum rollout threshold or define remediation steps.
- Implement the agreed alert tuning changes and document expected impact on false positive rate.
- Complete agent deployment to the remaining critical endpoints and report percentage completion before the acceptance meeting.
- Run targeted detection tests for gaps identified in root cause analysis and publish results.
- Restate numeric targets recorded in Solution Scope
- Deployment and connectivity validation
- Incidents and regulatory trigger review
- Present outcome data against each criterion
- Diagnose gaps and root causes
- Verify report completeness against Solution Scope targets
- Review regulatory incidents and closure status
- Document pass or fail per criterion
- Enhancement and tuning backlog triage
- Agree corrective actions and timelines
- Early adoption and usage signals
- Open issues and immediate blockers
- Maintain the shared issue and enhancement channel
- Formal acceptance decision and signatory
- Confirm timeline to the acceptance gate
- Performance and stability exceptions
- Agree action list for the next period
- Agree next steps for evidence retention and reporting cadence
- Agree immediate remediation actions
- Incumbent system wind-down confirmation
- Agree remediation items and resolution timeline