Quick Snapshot — Who Are We Helping Today?

• Which of the following best describes your role for this project? Options: Homeowner, Commercial property manager, Solar installer/contractor, Electrician/EV contractor, Energy consultant, Other
• Do you already have rooftop solar, are you planning to add solar, or is storage the primary project? Options: I have working rooftop solar today, Solar is planned but not installed, No solar — I want storage only, Unsure / need an assessment
• Tell us the basics of your electrical setup: main service size (amps), number of meters, and inverter brand/models if known.
• Who will be our day-to-day contact during discovery and who else should be copied on technical or financial conversations?
• When would you ideally like the project to be completed? Options: Within 1 month, 1–3 months, 3–6 months, 6–12 months, Flexible / no firm date

If the Grid Stopped Today — What Would That Mean for You?

• Imagine a multi-day outage tomorrow — what would be the single biggest impact to your household or operations?
• How often have you experienced outages that lasted more than a few hours in the last 3 years? Options: Never, Once, 2–3 times, 4–6 times, More than 6 times
• During your most disruptive outage, which loads did you most wish had stayed powered? Options: Refrigeration, Heating/Cooling, Medical equipment, Lights & outlets, Security/Comms, Well pump, EV charger, Other
• How long of a backup would make you feel secure (hours, days)? Options: 4–8 hours, 8–24 hours, 24–48 hours, 48+ hours / multiple days, Indefinite / continuous
• If you’ve experienced an outage, briefly describe what you or your organization did to cope and how that felt.

Money on the Meter — Are Your Rates Working Against You?

• If your utility raised rates 15% next year, how would that change your interest in storage? Options: Significantly increase interest, Moderately increase interest, No change, Unsure
• Which of these rate structures apply to your account today? Options: Flat retail rate, Time-of-use (TOU), Demand charges (kW-based), Net metering export credits, Solar buyback tariff, Unsure / need help checking
• What is your typical monthly electricity spend (or best estimate)? Options: <$50, $50–$150, $150–$500, $500–$2,000, >$2,000, Prefer not to say
• What percentage reduction in your monthly bill would feel like a success from this project? Options: 5–10%, 10–25%, 25–40%, 40%+, Primary goal is resilience, not bill savings
• Are demand charge reductions a primary driver for you (commercial accounts)? If so, what target peak kW reduction or $ savings are you aiming for?

What’s the Worst That Could Happen — and Who Would Be Held Responsible?

• When you imagine adding batteries, what's the single fear that makes you hesitate the most? Options: Fire or safety incident, Installer/manufacturer blaming each other on warranty, System underperforming financially, Unexpected permitting delays, High upfront cost, Other
• Have you experienced or heard of battery-related issues (safety, recalls, warranty disputes) that influence your trust? Options: Yes — personally, Yes — from news/references, No
• Who do you expect will be responsible for warranty claims, ongoing maintenance, and safety inspections? Options: Installer/contractor, Manufacturer, Third-party service provider, Owner (self), Unclear / need recommendation
• If a performance shortfall occurred in year 3, how would you expect the issue to be investigated and resolved?
• What level of transparency about safety systems (fire suppression, BMS logs, remote shutdown) would make you comfortable? Options: Full technical transparency, Summary reports & certifications, Third-party inspection only, Unsure

Outcomes That Matter — Define Success in Real Terms

• What would success from this battery system look like three ways: during outages, in your monthly bills, and in long-term ownership?
• Which of these outcomes are your top priorities (pick all that apply)? Options: Reliable backup power, Reduce monthly bills, Lower demand charges, Seamless solar self-consumption, EV charging optimization, Grid independence / resilience, Carbon emissions reduction, Other
• If backup is a priority, please choose the target continuous backup duration you’d use to size the system. Options: 4–8 hours, 8–12 hours, 12–24 hours, 24–48 hours, 48+ hours
• What quantifiable KPI(s) should we measure to prove success? (examples: % reduction in peak demand, $ saved/month, hours on backup per outage) Options: % reduction in peak demand (kW), Average monthly $ savings, Number of outage-hours served, Round-trip efficiency, Annual capacity retention (%), Other — specify below
• Who will formally accept that the system met those KPIs (title/role), and in what timeframe after commissioning?

Trade-offs & Non-Negotiables — What Would You Sacrifice or Insist On?

• If reducing cost meant only critical circuits would have backup, would you accept that trade-off? Options: Yes — critical only, Prefer whole-home if possible, Want a hybrid option, Unsure, need to see pricing
• Which of the following are absolute deal-breakers for you? Options: Visible outdoor battery cabinets, No UL/CE safety listing, No clear installer warranty, Project timeline > 6 months, Financing only — no cash option, Other
• What payback period or return-on-investment horizon would make this project acceptable to you? Options: <3 years, 3–5 years, 5–8 years, 8–12 years, I’m focused on resilience, not payback
• Would you prefer a longer warranty with higher upfront cost, or shorter warranty with lower cost? Options: Longer warranty (pay more), Shorter warranty (pay less), Prefer a balanced option, Need guidance
• Are there aesthetic, noise, or placement constraints we must honor (e.g., indoor only, garage, rooftop, setback rules)? Please describe.

Decision Circle — Who Signs, Who Says No, and Who Needs Convincing?

• Who are the decision-makers and approvers we must convince to move forward? Options: Homeowner, Spouse/partner, Property manager, Board/C-suite, Facilities manager, Installer partner, Other
• Which stakeholders are most likely to push back, and what is their primary concern? Options: Cost, Safety, Aesthetics, Warranty/long-term risk, Operational complexity, Other
• Are there external approvals required (HOA, board vote, lender consent)? If yes, which ones? Options: HOA approval, Building permit only, Lender/loan servicer consent, Fire marshal / AHJ review, Utility approval/interconnection study, None, Unsure
• What internal timeline and process do you have for approving a capital project like this?
• Would you like us to prepare a one-page executive summary tailored to each approver (yes/no)? Options: Yes, Maybe, No

Permits, Interconnection & Site Readiness — Where Could We Hit a Snag?

• If permitting or utility approval took 3–6 months, would that be acceptable or a deal-breaker? Options: Acceptable, Too long — need faster, Depends on other factors, Unsure
• Has your site previously passed any fire-safety or battery-specific permitting reviews? Options: Yes — passed, Applied but pending, No previous reviews, Unsure
• Does your utility require an interconnection study or export limits that we should know about? Options: Yes — study required, Export limits in place, No special requirements, Unsure — please advise
• Are there structural or access constraints (roof load limits, narrow access, limited staging area) we should plan around?
• When can we schedule an on-site technical survey (select all that apply)? Options: Weekdays (business hours), Weekday evenings, Weekends, Virtual site walk first, Need to check schedule

Show Me the Proof — What Would Convince You?

• Which proof points matter most when choosing a battery partner? Options: Local reference installs, Performance data & monitoring dashboards, Manufacturer & installer certifications, Clear, assignable warranties, Third-party safety testing, Transparent financial model
• Would a short-term pilot (temporary system or demo) change your confidence level? Options: Yes — would strongly help, Maybe — depends on cost/time, No — not necessary
• How important is seeing live monitoring of a comparable system before committing? Options: Very important, Somewhat important, Not important, Unsure
• What contract terms or protections would be required for you to sign (e.g., performance guarantee, escrow, milestone payments)?
• If we provided three nearby references, would you be willing to speak with them? Options: Yes — please share, Maybe, No

Next Steps — How Do We Move Forward Together?

• Which next step feels most helpful right now? Options: Schedule on-site technical survey, Receive a site-specific financial model, See a live demo and monitoring dashboard, Get a high-level proposal first, Other
• What is your preferred channel and cadence for updates during discovery (email, phone, portal, weekly call)? Options: Email updates, Phone call, Text messages, Customer portal/tasks, Weekly scheduled meeting
• What timing works best for a site visit or virtual survey? Options: Within 1 week, 1–3 weeks, 3–6 weeks, Later than 6 weeks, Unsure
• Is there anything else we haven’t asked that would change how you think about this project?
• Would you like us to draft a tailored 'success metrics and acceptance criteria' page we can both sign after discovery? Options: Yes — please draft, Maybe — want to review first, No

• Pre-Experience Alignment (Data & Decision Lock)
• Scenario Simulation Workshop (Outage & TOU Proof)
• Technical Integration & Safety Review (Prove Feasibility)
• Customer Validation & Decision (Proof → Validate → Next Step)

• Seller to draft and circulate the one-sentence Current State and Future State for customer confirmation within 24 hours.
• Obtain verbal validation on the preferred scenario and agree on follow-up technical checks.
• Seller to produce a Simulation Report summarizing each scenario, key metrics, and the recommended configuration with cost/benefit analysis.
• Customer to confirm which outcomes (backup hours vs bill savings vs demand reduction) are top priority if trade-offs are required.
• Schedule Technical Integration & Safety Review to validate site constraints uncovered by simulations.
• One-Line & Site Constraints Review
• Confirm there are no unresolvable technical constraints that would invalidate the simulation-proven outcomes.
• Agree on required equipment interfaces, site upgrades, and who is responsible for each (customer, seller, third-party).
• Define the acceptance tests and monitoring KPIs that will prove the future state after installation.
• Identify permit or utility actions that could change schedule or scope and agree on mitigation steps.
• Seller engineering to produce an updated integration diagram and a list of required hardware changes (if any) within 3 business days.
• Customer to approve or schedule any minor site upgrades required (e.g., main panel changes, meter exchange) or flag budget approval needs.
• Project manager to include the agreed acceptance test procedures and monitoring KPIs in the Solution Scope document.
• Executive Recap of Problem, Consequence, and Future State
• Customer explicitly validates that the recommended system, as presented, delivers the agreed future-state outcomes under the demonstrated scenarios.
• Agree on acceptance tests and monitoring KPIs that will be used at commissioning to prove success.
• Obtain a clear decision to proceed to Solution Scope/Mutual Commit or a short list of required clarifications to reach that decision.
• Ensure all commercial caveats that could affect outcome delivery are surfaced and understood.
• If approved: Seller to create the Solution Scope package (detailed BOM, commissioning tests, permit list, timeline) and send to customer within agreed SLA.
• If not approved: Capture the customer's objections and owners, and schedule a targeted follow-up to resolve each item within 5 business days.
• Both parties to confirm the acceptance-test sign-off process and who will witness each test at commissioning.
• Produce and agree on a one-sentence current-state statement.
• Quantify the consequence of doing nothing in dollars, hours of outage, or monthly demand exposure.
• Define the single-sentence future-state success metric the simulation must prove.
• Confirm completeness of site data and identify missing inputs with owners and deadlines.
• Lock the attendee list (decision-maker present) for the simulation workshop.
• Customer to upload last 12 months of interval meter and PV production data, one-line, inverter model, and site photos to the project folder.
• Introductions & Purpose
• Project manager to schedule the Scenario Simulation Workshop and confirm decision-maker availability.
• Recap: One-line Current State, Consequence, and Future State
• Demonstrably prove with customer data that a recommended configuration meets the defined future-state metrics (backup duration, bill reduction, demand reduction).
• Identify the customer's preferred configuration and any required operational trade-offs (e.g., selective load-shedding during extended outages).
• Surface and quantify key technical or financial risks that affect the decision.
• Current-State One-Sentence
• Control Strategy Mapping
• Present Final Recommendation & Outcomes
• Model Inputs Verification
• Safety, Fire & Warranty Responsibilities
• Outage Scenario #1 — Short Duration
• Consequence Quantification
• Acceptance Tests & KPIs
• Commissioning, Monitoring & Acceptance Tests
• Outage Scenario #2 — Extended Duration
• Commercial & Warranty Highlights (High-Level)
• Future-State Definition (one sentence)
• Data & Prework Checklist
• TOU / Peak-Shave Financial Simulation
• Mitigation Plan for Technical Risks
• Decision & Next Steps
• Sizing Sensitivity & Trade-Offs
• Confirm Roles, Schedule & Deliverables
• Risk & Warranty Sensitivity
• Validation Checkpoints

• Supply and deliver lithium-ion battery cabinets
• Install battery rack and secure enclosures
• Install inverter/charger and AC coupling to solar
• Install critical-load transfer switch and subpanel
• Install DC/AC disconnects and protective relays
• Configure and commission Battery Management System (BMS)
• Integrate battery with building energy management systems
• Deploy remote monitoring hardware and cloud platform
• Perform site commissioning and functional testing
• Conduct simulated outage and seamless transfer test
• Install fire-safety enclosure and ventilation systems
• Install thermal management and HVAC battery controls
• Perform preventative maintenance and firmware updates
• Remove and recycle legacy generator or batteries

Supply and deliver lithium-ion battery cabinets

• Do you require the supplier to provide and deliver the battery cabinets as part of this scope? Options: Yes, No, Undecided
• What nominal total system capacity do you intend to procure (kWh)? Options: Less than 10 kWh, 10-25 kWh, 25-50 kWh, 50-100 kWh, 100+ kWh, Other (specify)
• Do you have a preferred battery chemistry or vendor constraint? Options: LFP (Lithium Iron Phosphate), NMC, Vendor-specified (name), No preference, Other (specify)
• What are the delivery and staging requirements for cabinets (curbside, inside delivery, crane, multiple shipments)? Options: Curbside drop, Inside delivery to equipment room, Staged delivery (multiple shipments), Requires crane or lift, Will supply staging area, Other (specify)
• Describe any site access limitations that affect delivery (driveway width, gate, stairs, elevator dimensions)
• Are there lead-time or contract delivery date constraints we should meet? Options: ASAP, Within 4 weeks, 4-8 weeks, 8-16 weeks, Specific date (specify)

Install battery rack and secure enclosures

• Will the batteries be installed on a dedicated equipment pad, in a mechanical room, or outdoors? Options: Concrete pad/ground-mounted, Indoors / equipment room, Rooftop, Garage/carport, Other (specify)
• Are there structural or seismic anchoring requirements for racks/enclosures at the site? Options: Yes - seismic anchors required, Yes - structural reinforcement required, No special requirements, Unknown, need assessment
• How many battery cabinets or rack positions will be installed? Options: 1, 2-3, 4-6, 7-12, 12+
• Do you require tamper-proof locking, security cages, or theft-prevention measures for the enclosures? Options: Yes - locks/cage required, No, Prefer recommended options
• Will a concrete pad or other mounting surface be provided by others before installation? Options: Yes - pad ready, No - vendor to provide pad/stand, Unknown - need site visit
• Are there clearance or code constraints (e.g., setbacks, accessible space) that installers must follow? If yes, describe.

Install inverter/charger and AC coupling to solar

• Do you require the vendor to supply and install the inverter/charger, or will a third party supply it? Options: Vendor supplies & installs, Customer-supplied/integrator installs, Third-party vendor installs, Undecided
• What type of solar interconnection is present or planned (existing grid-tied inverter, AC-coupled, DC-coupled, hybrid)? Options: AC-coupled (existing solar inverter), DC-coupled (direct PV), Hybrid inverter, No solar present, Other (specify)
• Provide inverter interface requirements (openings/communication protocols): list compatible protocols or required brands/models
• Are anti-islanding, export-limiting, or export control features required for the AC coupling? Options: Yes - export limiting required, Yes - anti-islanding required, Not required, Unsure - need assessment
• Will the installation require panel upgrades, new conduit runs, or AC wiring changes? Options: Panel upgrade required, New conduit/wiring required, Existing wiring sufficient, Unknown - need site assessment
• What is the preferred timeline for inverter installation and commissioning relative to battery delivery? Options: Simultaneous with battery delivery, After battery delivery (specify delay), Before battery delivery, Flexible/No preference

Install critical-load transfer switch and subpanel

• Do you want a manual transfer switch, automatic transfer switch (ATS), or a load panel for critical loads? Options: Automatic Transfer Switch (ATS), Manual transfer switch, Critical-load subpanel only, Unsure - please advise
• How many circuits/loads should be included in the critical-load panel (list priority circuits)?
• Are there specific loads that must remain online during an outage (medical equipment, refrigeration, security)? Options: Yes - medical/life-safety, Yes - refrigeration, Yes - security/communications, No critical loads, Other (specify)
• Is the existing main service panel capacity sufficient to feed a subpanel/transfer switch, or is an upgrade required? Options: Main panel sufficient, Main panel upgrade required, Unknown - need assessment
• Do you require automatic load shedding or prioritized load sequencing in the transfer switch? Options: Yes - automated load shedding, Yes - staged/manual sequencing, No - fixed critical loads only
• Who will label and document the critical-load wiring and provide as-built single-line diagrams? Options: Vendor provides documentation, Customer/third party provides, Jointly provided, Undecided

Install DC/AC disconnects and protective relays

• Which disconnects are required under scope (DC disconnect, AC disconnect, PV combiner disconnects)? Options: DC disconnect, AC disconnect, PV combiner disconnects, All of the above, Other (specify)
• Are there specific protective relay or grid-compliance requirements imposed by the utility or interconnection agreement? Options: Yes - utility specified, No special requirements, Unknown - need to obtain utility docs
• Do protective devices need coordination studies, upstream breaker changes, or settings verification? Options: Yes - coordination study required, Yes - breaker changes needed, No - no changes required, Unknown
• Should disconnects be lockable and labeled for emergency responders? Options: Yes - lockable and labeled, No, Prefer vendor recommendation
• Are there constrained equipment spaces that dictate remote-mounted disconnects or different enclosure ratings? Options: Yes - remote mounting required, No - standard mounting, Unknown - site visit needed
• Provide any specific relay settings, ride-through, or anti-islanding parameters to be configured (or attach utility requirements).

Configure and commission Battery Management System (BMS)

• Do you require vendor-owned BMS configuration and commissioning services? Options: Yes - full vendor commissioning, No - customer/third party will configure, Partial support required, Undecided
• What BMS functions are mandatory (state-of-charge limits, voltage/temperature protections, cell balancing, firmware lock)? Options: SOC limits, Voltage cutoffs, Temperature protections, Cell balancing, Firmware security, Other (specify)
• Are there integration points for BMS communications (Modbus, CAN, ethernet, proprietary API)? Options: Modbus RTU/TCP, CANbus, Ethernet/HTTP API, Proprietary vendor API, No preference, Other (specify)
• Do you require firmware version control, signed firmware updates, or validation documentation? Options: Yes - version control & validation, No, Prefer recommendation
• Are there site-specific safety parameters to configure (max charge rate, ambient temperature limits, export limits)?
• Will acceptance include documented BMS test results and traceable logs? Options: Yes - required, No - not required, Prefer but optional

Integrate battery with building energy management systems

• Does the site have an existing Building Energy Management System (BEMS) or EMS that must be integrated? Options: Yes - BEMS present (specify vendor/model), No BEMS present, Planning to install BEMS, Unknown
• What integration protocols or APIs must be supported (BACnet, Modbus, OpenADR, REST API)? Options: BACnet, Modbus RTU/TCP, OpenADR, REST/HTTP, Vendor-specific API, Other (specify)
• What data points and controls are required from the battery to the BEMS (SOC, power setpoint, alarms, schedule)? Options: SOC/SoH, Real-time power, Power setpoint control, Alarm & fault reporting, Historical energy data, Other (specify)
• Do you require on-site commissioning with BEMS vendor/controls contractor present for integration testing? Options: Yes - joint commissioning required, No - remote integration OK, Prefer on-site for initial handover
• Are there cybersecurity or network segmentation requirements for the integration (VLANs, firewall rules)? Options: Yes - strict segmentation required, Basic network access OK, Vendor to advise
• Describe any scheduling or optimization strategies the BEMS should execute (TOU arbitrage, peak shaving, backup hold) or provide expected performance targets.

Deploy remote monitoring hardware and cloud platform

• Do you want vendor-hosted cloud monitoring, on-premise historian, or integration into an existing monitoring platform? Options: Vendor-hosted cloud, On-premise historian, Integrate with existing platform, Hybrid
• What telemetry and alerting frequency is required (real-time, 1-min, 5-min, 15-min)? Options: Real-time (<10s), 1-minute, 5-minute, 15-minute, Hourly
• Which communication hardware and mediums are acceptable (cellular modem, ethernet, Wi-Fi, RS485)? Options: Cellular (SIM), Ethernet, Wi‑Fi, RS485/serial, Other (specify)
• Who will own and maintain the monitoring account and credentials after handoff? Options: Vendor owns/maintains, Customer owns/maintains, Shared/admin transfer at handoff
• Are there required analytics or reports (availability SLA, energy throughput, cycle counts, warranty dashboards)? Options: Availability & uptime, Energy throughput, Cycle counts & DoD, Warranty dashboards, Custom reports (specify)
• Do you require remote firmware update capabilities and remote support access for diagnostics? Options: Yes - remote updates & diagnostics, No - local only, Limited remote access with approval

Perform site commissioning and functional testing

• Do you require full site commissioning by the vendor including electrical verification, insulation tests, and interlock checks? Options: Yes - full commissioning, Partial commissioning, Customer/third party will commission
• What acceptance criteria should commissioning verify (voltage levels, inverter efficiency, SOC response, safety interlocks)? Options: Voltage & current verification, Inverter performance, SOC accuracy, Safety interlocks, Protection relay behavior, Other (specify)
• Will commissioning require coordination with the utility inspector or third-party witness testing? Options: Yes - utility witness required, Yes - third-party witness, No witness required, Unknown
• Do you want delivered commissioning documents (test forms, single-line diagrams, AS-built drawings) included in handover? Options: Yes - full documentation, Summary only, No documentation
• Are there environmental or seasonal constraints that affect commissioning windows (e.g., cannot test during peak occupancy)? Options: Yes - restricted windows, No restrictions, Flexible
• Who will sign off on commissioning: owner, site engineer, third-party inspector, or vendor representative? Options: Owner/Customer, Site Engineer, Third-party inspector, Vendor representative, Multiple signatories

Conduct simulated outage and seamless transfer test

• Do you require a full simulated outage test with load transfer to battery and automatic re-transfer to grid? Options: Yes - full simulation, Partial test (selected loads), No simulation required
• Which loads should be included in the simulated outage (entire facility, critical-load panel only, select circuits)? Options: Entire facility, Critical-load panel only, Select circuits (specify), Other (specify)
• Are there operational constraints during outage testing (e.g., sensitive equipment must remain powered, specific times only)? Options: Yes - constraints exist, No constraints, Unknown - advise
• Should the test validate seamless transfer time, inrush handling, and resiliency under peak load? Options: Yes - all validations required, Only transfer time, Only load handling, No, basic check only
• Do you require recorded logs and performance metrics from the simulated outage (time stamps, power traces)? Options: Yes - full logs, Summary report only, No logs required
• Will occupants or stakeholders need to be notified/scheduled for outage simulations (and does this affect timing)? Options: Yes - notification required, No, Vendor to coordinate notifications

• Non-Disclosure Agreement (NDA)
• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Equipment Purchase Agreement
• Installation Services Agreement
• Payment Schedule & Financing Agreement
• Acceptance & Commissioning Test Plan
• Warranty & Maintenance Agreement
• Permitting & Interconnection Responsibility Addendum
• Owner Responsibilities & Site Access Agreement
• Data Access & Monitoring Consent
• Insurance, Indemnity & Liability Allocation
• Change Order & Variation Procedure
• Project Milestones, Schedule & Remedies
• Final Authorization / Notice to Proceed

• Success Validation Review
• Warranty & Monitoring Handoff
• Shared Channel & Issue Escalation Setup
• ROI & Warranty Milestone Checkpoint Planning

• Publish the SLA and triage playbook in the channel and pin for easy reference.
• Alert thresholds and escalation workflow are agreed and assigned to named contacts.
• All warranty and commissioning documentation is delivered to the customer and stored in the shared channel.
• Create customer monitoring accounts, invite named users, and verify successful login and dashboard visibility.
• Upload warranty packet, commissioning report, and equipment serial numbers to the shared folder and link in the channel.
• Configure alert thresholds in the monitoring platform and map escalation contacts for each alert type.
• Assign a warranty POC and provide the customer's preferred contact and hours to the warranty team.
• Channel Purpose & Scope
• Shared channel is created and all named stakeholders have appropriate access.
• SLA targets and triage rules are agreed and documented for incident handling and improvements.
• Demonstrated ticket lifecycle so participants know how issues will be handled end-to-end.
• A governance cadence for reviewing incidents and improvement backlog is established.
• Provision the shared channel, add agreed participants, and confirm permissions.
• Integrate monitoring alerts into the channel and test end-to-end ticket creation and notification.
• One-sentence Current State
• Schedule recurring governance meetings (weekly incident triage, monthly improvement review).
• Baseline Recap
• Establish a clear schedule of performance and ROI checkpoints with owners and deliverables.
• Ensure warranty-related inspections and maintenance tasks are scheduled and assigned to preserve coverage.
• Agree on what optimization levers exist and the decision process to implement them during the first year.
• Publish the 30/90/365-day reporting template and assign owners for each checkpoint deliverable.
• Configure automated monthly ROI snapshots from monitoring data to be shared before each checkpoint meeting.
• Create a warranty maintenance calendar with reminders and assign responsible parties for required inspections.
• Document and assign any immediate optimization tasks identified for the first 90 days.
• Ensure the current state is documented in one clear sentence for shared understanding.
• Confirm measured performance against each agreed success metric and quantify any gaps.
• Secure explicit customer validation (acceptance or conditional acceptance) or agree a remediation plan with owners and dates.
• Ensure consequences of any shortfall are surfaced and owned so urgency is clear.
• Deliver a Performance Validation Report that maps each monitored metric to the contract success criteria and highlights any deviations.
• If required, produce a remediation plan with root-cause analysis, corrective steps, responsible owner, and target completion date.
• Obtain written customer acceptance or conditional acceptance and store in the shared project folder.
• Schedule a follow-up validation review date (e.g., 30 days after remediation completion).
• Warranty Coverage Summary
• Customer is enrolled and verified in the monitoring platform with access to the key dashboards.
• Warranty coverage, claim process, exclusions, and responsible parties are explicitly understood and documented.
• ROI Projection vs. Measured Plan
• Access, Roles & Permissions
• Measured Performance Summary
• Roles & Responsibilities
• Consequence Quantification
• Monitoring Platform Enrollment
• Warranty Milestones & Compliance Tasks
• SLA Definitions & Response Targets
• Root-cause Review for Deviations
• Issue Triage & Routing Process
• Alerting Rules & Escalation Paths
• Optimization & Tuning Opportunities
• Improvement Backlog & Prioritization
• Proof via Scenario Walkthroughs
• Customer Feedback & Experience Capture
• Maintenance & Firmware Update Policy
• Documentation Handover
• Live Demo: Create & Resolve a Test Issue
• Customer Validation & Acceptance
• Schedule Checkpoints & Deliverables
• Q&A and Confirmation
• Decision & Next Steps
• Governance & Review Cadence