Kickoff — One-Line Success

• In one sentence, what would your team call a successful outcome for replacing or augmenting your VPN and proxy stack?
• Which single stakeholder’s approval will feel most decisive if we hit that one‑sentence outcome? Options: CISO, CTO, Director of Network Security, Head of Cloud Security, Head of Risk & Compliance, Other
• On a scale where 1 is exploratory and 5 is must‑do this quarter, how urgent is achieving that outcome? Options: 1 - Exploratory, 2 - Nice to have, 3 - Important but not urgent, 4 - High priority, 5 - Mandatory this quarter
• What is your target timeline to demonstrate an initial win (pilot complete + measurable signal)? Options: 2 weeks, 1 month, 30–60 days, 90 days, More than 90 days
• Who will be the primary owner responsible for tracking the pilot’s success signal day‑to‑day? Options: Security Ops, Network Engineering, Cloud Security, IT Ops, Application Owner, Other

What Happens If You Don’t Fix It?

• If nothing changes, what is the most likely way sensitive data will still leak or be exposed in the next 12 months?
• How often have you seen data exfiltration or risky SaaS usage surface in the last 12 months (incidents or audit findings)? Options: None, 1–2, 3–5, 6–10, More than 10
• What consequence worries you most if a high‑impact incident occurs—regulatory fine, customer loss, executive exposure, or operational downtime? Options: Regulatory fine, Customer churn, Executive reputational loss, Operational outages, Other
• When a risky app or flow is discovered today, how long does it typically take your team to detect and respond? Options: Minutes, Hours, Days, Weeks, Unknown
• Who internally is frustrated the most by the current blind spots—security analysts, network teams, app owners, or executives? Tell us a short example.

Which Signals Will Prove You’ve Won?

• If you had to choose one metric that proves the project succeeded, what would it be (be bold—e.g., percentage of sanctioned SaaS covered inline, VPN users retired)?
• Which of these measurable success signals matter to you (select all that apply)? Options: Inline DLP coverage for top SaaS, API inspection coverage across sanctioned apps, VPN retirement for pilot population, End‑to‑end latency against baselines, False positive rate under X%, Time to detect and block exfiltration, Operational runbook maturity
• For selected metrics, what numeric targets are you aiming for? Please list metric + target (e.g., Inline DLP ≥ 80% for top 10 apps).
• Which of these time windows best represents your expectation for achieving the pilot metric targets? Options: 2 weeks, 30 days, 60 days, 90 days, 180 days
• Who will sign the official success attestation—i.e., whose signature means the metric is accepted? Options: CISO, CTO, Director of Network Security, Head of Cloud Security, Security Operations Lead, Other

Who Actually Owns the Goal (Not the Task)?

• If the outcome is consolidated tooling and VPN retirement, who is ultimately held accountable for that outcome across people/process/technology? Options: CISO, CTO, Director of Network Security, Cloud Security Lead, VP IT Operations, Other
• Who needs to be part of the weekly readiness reviews (names or roles)? Options: CISO/CISO delegate, CTO/CTO delegate, Network Engineering, Security Ops, App Owners, Compliance, Endpoint/MDM team, Other
• Which of these teams can block progress if their criteria aren’t met? Options: Identity/IdP, Endpoint/EDR, Network/Firewall, Legal/Compliance, Application Owners, SRE
• How do you want success communicated up the chain—weekly dashboards, executive one‑pagers, or formal sign‑offs? Options: Weekly dashboard, Executive one‑pager, Formal QA sign‑off, Ad‑hoc updates, Other
• Which internal metrics owner will maintain the golden dataset we compare against during the pilot (e.g., traffic baselines, user lists, sensitive app inventory)? Options: Security Analytics, Network Engineering, Cloud Security, IT Ops, Other

The CTO’s Question: Will This Slow People Down?

• If the CTO asked you to quantify acceptable added latency for business‑critical SaaS, what number would you give (ms RTT or % change)?
• Which applications are in the 'zero‑tolerance' latency group (list top 3 business‑critical apps)?
• How do you currently measure end‑user latency and experience (synthetic monitors, RUM, user tickets, other)? Options: Synthetic monitoring, Real User Monitoring (RUM), Helpdesk tickets, Application performance platform, None/Ad‑hoc
• What latency SLAs would be a non‑negotiable dealbreaker for the CTO? Options: No additional latency tolerated, <10ms, <25ms, <50ms, Depends on app
• If inspection adds measurable latency, what mitigations would make you comfortable (select all that apply)? Options: Bypass for specific apps, Local egress controls, Selective inline vs API inspection, Traffic steering to nearest PoP, Accept small % increase with monitoring

Designing a Pilot That Nobody Can Ignore

• If we designed a pilot that proved the solution beyond doubt, what would it need to show in the first 30 days?
• Which population should we start with for VPN retirement proof—remote sales, contractors, R&D, executive team, or other? Options: Remote sales, Contractors, R&D, Executive team, Field engineers, Other
• Which top 10 SaaS apps must be included in the pilot’s inline DLP scope? Options: Microsoft 365 (Exchange/OneDrive/SharePoint), Google Workspace, Salesforce, Slack/Workplace, Box/Dropbox, ServiceNow, Confluence/Jira, Other
• What is an acceptable pilot size (users) to demonstrate statistical confidence for your org? Options: <50, 50–250, 250–1,000, 1,000–5,000, Depends on population
• What rollback or safety criteria would need to be pre‑defined before turning up inline inspection for the pilot? Options: Clear latency threshold, Critical app performance alerts, User impact tickets > X, Automated bypass triggers, Manual stop by app owner

Can You Prove the DLP and Detection Works?

• What types of sensitive content are highest priority to detect (select all that apply)? Options: PII (SSN/Tax IDs), PCI/Payment data, IP/Source code, Customer data, Credentials, Regulated health data
• Where does your canonical data classification taxonomy live today (if anywhere)? Options: Central classification service, GRC/Policy docs, Scattered spreadsheets, Not formalized
• Which telemetry sources will we rely on to prove detection efficacy—network logs, EDR, CASB API logs, SIEM alerts, or user reports? Options: Network logs, EDR/Endpoint telemetry, CASB/API logs, SIEM, User helpdesk reports, Other
• What acceptable false positive rate would keep your SOC from being overwhelmed during the pilot? Options: <1%, <5%, <10%, Depends on volume, No target yet
• Tell us about a recent incident where detection failed—what happened, how was it discovered, and how did it feel for the team?

If This Works, How Will You Scale It Without Losing Control?

• What operational milestone will trigger purchase commitment or expansion (e.g., 80% coverage, X days without incident, cost savings)?
• Which integrations must be in place before you feel comfortable scaling—IdP, MDM, EDR, SIEM, provisioning APIs, or others? Options: IdP (SSO), MDM/Endpoint management, EDR, SIEM/Analytics, HR/Provisioning, Other
• What internal process changes will need to happen to support day‑2 operations (policy cadences, SOC playbooks, change control)?
• What percentage of your user base would you realistically plan to migrate off VPN in the first 90 days after a successful pilot? Options: <5%, 5–15%, 15–30%, 30–60%, >60%
• What cost or headcount savings would you expect to be able to point to as part of an expansion business case?

Politics, Feelings, and the Human Side

• Which stakeholders are most likely to resist this change and why (fear of latency, control loss, complexity, job impact)? Options: CTO/performance concerns, Network team/control issues, App owners fearing breakage, Helpdesk/user disruption, Compliance/legal caution, Other
• Describe one person who, if convinced, would carry this project across the finish line—what motivates them?
• What end‑user experience outcomes matter most to you (transparent SSO, single sign‑on, no additional agents, consistent access)? Options: Transparent SSO, No extra agents, Minimal prompts, Consistent access everywhere, Device posture checks
• How should we surface pilot wins internally to reduce politics and build momentum (success stories, dashboards, executive demos)? Options: Executive demo, Internal case study, Weekly dashboard, Town hall update, Other
• What emotion would you like executives to feel at pilot sign‑off—relief, excitement, confident, skeptical but satisfied, or something else? Options: Relief, Excitement, Confident, Skeptical but satisfied, Other

Concrete Next Steps — What We Need From You

• Which artifacts can you provide within the next week to get started (sensitive app list, user population CSV, IdP metadata, baseline latency reports)? Options: Sensitive app list, User population CSV, IdP metadata, Baseline latency reports, Traffic/flow logs, Other
• Who should be invited to the technical kickoff and weekly review calls (names or roles)?
• What day/time cadence works best for progress reviews during the pilot? Options: Weekly same time, Biweekly, Ad‑hoc as needed, Daily standups for first week
• Which success metric would you want the first week’s report to focus on (pick one)? Options: Inline DLP alerts count, Latency delta for top apps, Blocked risky SaaS sessions, VPN users retired, False positive rate
• Is there anything else that would make you comfortable starting immediately that we haven’t asked about?

• Experience Pre-Work & Current-State Confirmation
• Incident Data Flow & Failure-Mode Mapping
• Live Replay & Inspection Proof
• Policy Modeling, Pilot Acceptance Criteria & Pilot Design
• Performance & User-Experience Validation (CTO Acceptance Focus)

• Finalize integration checklist and assign operational owners for pilot execution and rollback.
• Seller to annotate the traffic diagram and produce a short failure-mode report linking to test cases.
• Assign owners for each failure mode for remediation and instrumentation work prior to replay.
• Objective & Success Criteria Reminder
• Prove the platform detects and responds to the incident artifacts when replayed in customer context.
• Confirm inspection coverage (inline/API) for the specific apps and traffic involved in the incident.
• Obtain customer validation that the observed detection and enforcement align with their expectations and success signals.
• Seller to deliver replay logs, detection screenshots, and a side-by-side comparison to the original incident timeline.
• Customer to verify the replay artifacts against their internal records and note any discrepancies.
• Create and schedule any additional replays for edge cases or apps not fully covered in this session.
• Recap Proofs from Replay
• Produce a concrete policy set mapped to personas, apps, and specific controls ready for pilot deployment.
• Agree on measurable pilot acceptance criteria and the test cases that will prove them.
• Introductions & Objectives
• Seller to author the pilot policy bundle and acceptance-test matrix for customer review.
• Customer to assign pilot owners and provide final pilot cohort list and approval for pilot start dates.
• Both teams to finalize integration tasks (IdP/EDR/MDM) and verify in a staging run prior to pilot go-live.
• Baseline Metrics Recap
• Demonstrate that performance impact is within CTO-approved thresholds for pilot apps and users.
• Validate that critical user workflows (SSO, uploads, collaboration) function without functional regressions.
• Agree on explicit performance rollback triggers and decision criteria for pilot continuation or rollback.
• Seller to run extended load tests and deliver a performance report with RUM/APM data and synthetic test results.
• Customer to validate results with application owners and confirm CTO acceptance or list remaining concerns.
• If thresholds are unmet, both teams to create a remediation plan with timelines and re-test windows.
• Achieve a single-sentence, customer-validated current-state description.
• Quantify the business/operational consequence of the current state in measurable terms.
• Establish 3–5 explicit future-state success signals that will be proven during the experience.
• Confirm all artifacts, access, and legal approvals required to run incident replays and tests.
• Customer to deliver incident artifacts (log exports, recordings, sample files) and pilot user list.
• Seller to provision a staging tenant, prepare test accounts, and create a replay runbook.
• Security/legal owners to confirm acceptable data handling and redaction rules for replays.
• Schedule the Live Replay session(s) with confirmed participants and test windows.
• Incident Context Recap
• Produce a precise traffic and control map for the incident that both teams validate.
• Enumerate and prioritize the concrete failure modes that allowed the incident.
• Identify exact telemetry fields and artifacts required to prove detection and forensics.
• Customer to export and share additional logs or samples for any missing telemetry fields identified.
• One-sentence Current State
• Synthetic & Real-User Performance Tests
• Policy Mapping by Persona & App
• Environment & Test Setup Check
• Chronological Timeline
• Controlled Replay / Staged Reproduction
• Acceptance Criteria & Test Cases
• SSO and App Workflow Validation
• Network & Policy Path Mapping
• Explicit Consequence
• Performance Acceptance & Rollback Triggers
• Define Future-State Success Signals
• Inspection & DLP Results Walkthrough
• Telemetry & Evidence Review
• Integration & Operational Runbook
• Access Decision & Adaptive Controls Demo
• Pre-work & Artifact Checklist
• Pilot Rollout Sequencing & Owner Signoffs
• Final Go/No-Go & Next Steps
• Failure Modes and Root Causes
• Schedule & Runbook Agreement
• Forced Validation & Agreement
• Validation Checkpoints

• Provision Global Cloud Edge Routing for User Traffic
• Activate Inline Proxy for Selected SaaS Applications
• Enable API CASB Connectors for Sanctioned SaaS
• Enforce Inline Data Loss Prevention Policies
• Deploy TLS/SSL Inspection and Certificate Handling
• Enable Adaptive Access Policies by Identity and Device
• Deploy Zero Trust Network Access for Private Apps
• Integrate IdP SSO and SCIM Provisioning
• Enforce Device Posture Checks via Endpoint Telemetry
• Activate Threat Inspection and Malware Sandboxing
• Migrate VPN Users to Per-Application Zero Trust
• Enable Shadow IT Discovery via Network Telemetry
• Configure Role-Based Admin and User Controls

Provision Global Cloud Edge Routing for User Traffic

• What percentage of user-to-internet and user-to-SaaS traffic do you plan to route through the cloud edge during the pilot? Options: <25%, 25-50%, 51-75%, >75%, All traffic
• Which routing/deployment methods will you use for different user populations? (Select all that apply) Options: PAC file / Browser PAC, Tunnel (agent), Forward proxy via gateway, IP routing at edge/SD-WAN, CASB headers / API only
• Which user populations or regions should be in-scope for initial routing (e.g., remote sales, corporate office EMEA)? Please list groups and priority.
• Do you have regulatory or data‑residency egress constraints that restrict which cloud-edge PoPs can be used? Options: Yes, No
• Which SD-WAN or WAN vendors/solutions need integration for traffic steering and BGP (if any)? Options: Cisco SD-WAN, Fortinet SD-WAN, VMware SD-WAN (VeloCloud), Other, None
• What is the expected peak concurrent users for the pilot population routed to the edge (estimate)?

Activate Inline Proxy for Selected SaaS Applications

• Which SaaS applications do you want inline proxy enforcement for in scope of the pilot? (List top 10 by risk/volume)
• How many SaaS applications will be in the initial inline scope? Options: 1-3, 4-6, 7-10, More than 10
• Do you require inline inspection for both web browser access and native mobile apps for these SaaS apps? Options: Yes, both, Browser only, Mobile only, Not sure
• What latency threshold is acceptable for inline proxy inspection on business-critical SaaS (e.g., <50ms, <100ms)? Options: <25ms, <50ms, <100ms, <200ms, No threshold defined
• Are there specific authentication/session behaviors (SSO cookie persistence, iframe handling) that the proxy must preserve for these SaaS apps? Options: Yes, No
• Do you anticipate any custom URL rewrites, header preservation, or client-side modifications required for application compatibility? Options: Yes, No

Enable API CASB Connectors for Sanctioned SaaS

• Which sanctioned SaaS platforms should receive API-level CASB connectors in the pilot? (list)
• Do you have admin API credentials or a cloud admin account available for connector setup? Options: Yes - ready, Yes - will provide, No - need assistance
• Which API actions do you require: discovery, visibility-only, DLP enforcement, user revocation, or full remediation? Options: Discovery/Visibility, DLP Enforcement, Alerting only, User/Entity remediation (suspend/remove), Configuration policy enforcement
• Are there sandbox or read-only test tenants available for connector validation before production? Options: Yes, No, Unknown
• Do you require mapping of SaaS admin roles/groups to your IdP groups during connector configuration (SCIM/group sync)? Options: Yes, No, Partially
• What data types or classifications should API CASB monitor and remediate (e.g., PII, PCI, IP, Financial)?

Enforce Inline Data Loss Prevention Policies

• Which data classifications must be enforced inline (select all that apply)? Options: PII, PCI, PHI, Intellectual Property, Financial Data, Custom classification
• Should DLP enforcement be applied to traffic inline, via API CASB, or both for each SaaS category? Options: Inline only, API only, Both, Depends on app
• What is your acceptable false-positive tolerance and preferred remediation (block, quarantine, alert only)? Options: Low tolerance - block/quarantine, Medium - block with review, High - alert only
• Do you have existing DLP rules or templates to import (e.g., regex, exact match, fingerprinted assets)? Options: Yes - importable, No - need templates, Partial
• Who are the business owners for DLP rule sign-off and incident response (roles or names)?
• What acceptance tests should we run for DLP efficacy (e.g., simulated exfiltration, top-10 SaaS coverage verification)?

Deploy TLS/SSL Inspection and Certificate Handling

• Will devices be corporate-managed (MDM/AD) or include unmanaged BYOD that requires alternate cert distribution? Options: Corporate-managed only, Mixed (managed + BYOD), BYOD only
• Which method do you plan to use for distributing trust anchors (select all that apply)? Options: MDM (push cert), Active Directory GPO, User self-install, Trusted Root upload via installer, Not decided
• Are there applications or services that must be excluded from TLS inspection for legal or technical reasons? Options: Yes, No
• Do you require handling for private/internal certificates (e.g., intercepting internal PKI-signed traffic)? Options: Yes, No, Unknown
• What certificate lifetimes and rotation policies must the platform respect (e.g., short-lived certs, OCSP stapling requirements)?
• Are there compliance concerns (HIPAA, PCI) that limit TLS inspection for specific user groups or geographies? Options: Yes, No

Enable Adaptive Access Policies by Identity and Device

• Which IdP(s) will supply identity signals for policies? Options: Azure AD, Okta, Ping, OneLogin, Custom SAML/OIDC, Other
• Which device and posture signals must be included (select all that apply)? Options: EDR health (running), MDM enrollment, Disk encryption, OS patch level, VPN not connected, Browser posture
• How should risk levels map to access decisions (allow, require MFA, block, limited access)? Options: Allow/Block only, Allow + MFA escalation, Adaptive session controls (monitor/restrict), Custom mapping
• Which user groups require stricter adaptive controls (e.g., finance, execs, contractors)?
• Do you need step-up authentication integrations (MFA provider) or custom challenge flows? Options: Yes - specify provider, No, Not sure
• What logging and decision-audit retention period do you require for adaptive policy events? Options: 30 days, 90 days, 1 year, Custom

Deploy Zero Trust Network Access for Private Apps

• How many private/internal applications do you plan to bring into ZTNA for the pilot? Options: 1-5, 6-15, 16-50, 50+
• Which protocols and app types need support (select all that apply)? Options: HTTP/HTTPS, RDP, SSH, SMB, Database protocols (e.g., MSSQL), Other
• Do applications require client connectivity (clientless web) or client connector to establish per-application access? Options: Clientless only, Client connector only, Both, Undecided
• What are the acceptance criteria for replacing VPN access for these apps (e.g., connection time, throughput, session stability)?
• Which network zones or firewall rules must be updated to allow ZTNA connectors to reach the private app backends?
• Who will own application onboarding and verification for each private app (network team, app owner, security)? Options: Network team, App owners, Security team, Shared

Integrate IdP SSO and SCIM Provisioning

• Which SSO protocols do you require for IdP integration? Options: SAML, OIDC, OAuth2, Kerberos
• Which IdP(s) will be connected for SSO/SCIM (select all that apply)? Options: Azure AD, Okta, Ping, OneLogin, Custom LDAP/SAML, Other
• Do you require SCIM provisioning of users and groups from the IdP into the platform? Options: Yes - full sync, Yes - users only, No - manual provisioning, Undecided
• Will you provide a service account with the required permissions for SSO/SCIM configuration? Options: Yes - ready, Will provide, Need vendor assistance
• Are there custom attribute mappings (e.g., cost center, department, job role) required between IdP and platform? Options: Yes, No
• Do you require single logout, session boundary enforcement, or upstream session termination integration? Options: Yes, No, Unknown

Enforce Device Posture Checks via Endpoint Telemetry

• Which endpoint telemetry sources are available for posture checks? Options: EDR (CrowdStrike, Carbon Black, etc.), MDM (Intune, Jamf), Built-in agent telemetry, None currently
• Which posture checks are mandatory for pilot users (select up to 4)? Options: Disk encryption, AV/EDR running, OS patched to baseline, MDM enrollment, No unsafe apps installed
• Do you allow unmanaged devices with reduced access, or must all devices be managed? Options: Managed only, Managed preferred, unmanaged limited, Unmanaged allowed
• What endpoint telemetry retention and privacy constraints do we need to honor? Options: 30 days, 90 days, 1 year, Other / custom
• Are there legacy endpoints or OS versions we must explicitly exclude from posture checks? Options: Yes - list will be provided, No
• Who will be responsible for onboarding EDR/MDM signals and validating posture assertions? Options: Endpoint team, Security operations, IT operations, Shared

Activate Threat Inspection and Malware Sandboxing

• Which file types and channels should be inspected and sent to sandboxing (select all that apply)? Options: Office docs, Archives (.zip/.rar), Executables (.exe/.dll), Scripts (.js/.ps1), Email attachments, Cloud file uploads
• Do you have an existing sandbox vendor preference or must we propose one? Options: Customer-specified, Recommend vendor, No preference
• What automated actions should follow a malware sandbox verdict (block, quarantine, alert, rollback)? Options: Block and quarantine, Alert only, Block with automated remediation, Alert + manual review
• Is retrospective scanning of previously stored files required as part of the pilot? Options: Yes, No, Maybe
• Which teams should receive malware alerts and what notification channels are preferred (SIEM, email, ticketing)? Options: Security Ops (SIEM), Email, Ticketing system (Jira/ServiceNow), Slack/MS Teams
• Do you require threat intelligence enrichment or IOC sharing with existing SOC tooling? Options: Yes, No

• Commercial Order Form (Quote)
• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Service Level Agreement (SLA)
• Acceptance Test Plan
• Migration & 90-Day Expansion Plan
• Payment Terms & Invoice Schedule
• Data Processing Agreement (DPA) & Security Addendum
• Support & Escalation Matrix
• Change Order & Governance Agreement
• Termination & Transition Plan
• Executive Sign-Off Checklist

• Success Review & Formal Sign-off
• VPN Retirement Confirmation & Cutover Runbook
• Shared Backlog & Enhancement Prioritization
• Operational Retrospective & Continuous Improvement

• Schedule a recurring weekly 30-minute backlog sync between customer product/security owners and vendor PM/Ops.
• Agree on a precise, executable cutover runbook with owners for each step and explicit acceptance gates.
• Confirm rollback triggers and rapid fail-back plan to minimize business disruption.
• Lock the cutover date and ensure all stakeholder approvals and support commitments are recorded.
• Finalize and publish the cutover runbook with named owners for every activity and acceptance gate.
• Schedule the change control record and get formal approvals from CTO, CISO, and network ops.
• Provision a dedicated incident bridge number and escalation list for the cutover window.
• Backlog Inventory & Status
• Create a prioritized, time-boxed backlog with clear owners and SLAs tied to business outcomes.
• Ensure top backlog items directly remove blockers to VPN retirement or close gaps against success signals.
• Establish a regular cadence for backlog review and status reporting.
• Publish the prioritized backlog in the shared workspace with owners, deadlines, and links to evidence.
• Create tickets for any informal requests captured in the meeting and tag them to success signals.
• Introductions & Meeting Objectives
• Timeline Recap & Facts
• Extract actionable, owner-assigned improvements to reduce deployment risk and operational overhead.
• Ensure runbooks, monitoring, and training reflect lessons learned and are committed to owners and timelines.
• Establish a continuous improvement cadence tied to the shared backlog and operational KPIs.
• Update operational runbooks and pre-check lists with the agreed countermeasures and publish versioned changes.
• Implement automated monitoring rules for the primary success signals (DLP coverage alerts, latency regressions) and assign alert owners.
• Schedule knowledge-transfer/training sessions for operators and application owners on new processes or tools.
• Confirm whether each success signal has been met with objective evidence and obtain formal acceptance or documented exceptions.
• Surface and quantify any remaining consequences or risks tied to open items to inform the retirement decision.
• Agree on owners and timelines for any outstanding corrective actions and the artifact for formal sign-off.
• Publish signed acceptance document capturing which success signals passed, which have exceptions, and owners for remediation.
• Create a short remediation plan for any exceptions with owners, due dates, and success criteria.
• Archive all test logs and evidence into the shared project folder and link from the sign-off document.
• One-sentence Future State
• Restate Current State (One Sentence)
• Cutover Runbook Walkthrough
• Prioritization Criteria Review
• What Went Well
• Score & Prioritize Top Items
• What Didn’t Go Well & Root Cause
• Review Success Signals & Acceptance Criteria
• Performance Baselines & Acceptance Gates
• Countermeasures & Runbook Updates
• Evidence Walkthrough: Test Results and Logs
• Rollback Criteria & Playbook
• Map Items to Success Signals and Roadmap
• Training, Metrics, and Automation Opportunities
• Consequence & Residual Risk Review
• Owner Assignment & SLAs
• Support & SLA Alignment
• Validation & Customer Confirmation
• Schedule Confirmation & Approvals
• Close: Assign Actions and Review Cadence
• Sign-off, Next Steps & Documentation