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Network Deployment
Complex platform, content, and network decisions where revenue, rights, and customer experience intersect.
Ericsson
Nokia
CommScope
Crown Castle
Inside this journey
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Pre-Discovery
Align the room on outcomes, decision process, and constraints before deeper discovery.
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Stakeholder Alignment
Confirm decision roles, timeline, success criteria, and escalation paths across network, construction, and procurement stakeholders.
Alignment Questions
Start: Give Us a One‑Line Snapshot
- In one sentence, how would you describe the program driving this engagement (scale, market, and primary constraint)?
- Who is our day‑to‑day operational contact for this program?
- Which executives are sponsoring this program and will be involved in final approvals?
- What single metric would make you say the program is on track after month 3?
Who's Actually Pulling the Trigger — and Who's Watching?
- If one site misses its target by a week, whose inbox lights up first and who is empowered to demand remediation?
- List the core decision roles that must sign off for site acceptance across Network, Construction, and Procurement (name, title, and escalation backup).
- Which of the following best describes how decisions are typically made for construction trade‑offs (e.g., schedule vs cost vs quality)?
- How do informal influencers (carrier ops, field supervisors, third‑party vendors) affect final decisions on acceptance or rework?
- Who on your team will be our single point of contact for week‑to‑week escalation, and who is their backup?
Is the 12‑Month Target a Deadline — or a Hope?
- Is your stated rollout timeline (for example, 3,000 sites in 12 months) a contractual deadline, internal target, or aspirational goal?
- Where are the most likely timeline pinch points in your markets—permitting, crew availability, materials, weather, or other?
- How many weeks of schedule slip is acceptable before the program triggers a formal remediation plan?
- Quantify the business impact per week of delay (revenue at risk, customer SLA penalties, or reputational cost) or describe qualitatively if numeric is unavailable.
- Who on your team owns schedule risk and who owns P&L outcomes if timelines slip?
What Would 'Success' Actually Feel Like?
- Is success defined primarily by coverage milestones, safety performance, quality acceptance, or a combination—and which weighs most heavily?
- Select the measurable success signals you'd require during the pilot to consider the program validated.
- How would you prefer those KPIs be reported—weekly dashboard, raw site‑level data, or executive summaries?
- Tell us about a past program where the vendor met 3 of 4 KPIs—what still made you hesitate to scale?
- If you had to pick one non‑negotiable KPI for the pilot, what is it and why?
If Things Break, Who Gets the Keys to Fix It?
- When a site fails acceptance, who is authorized to approve rework, and who decides when to escalate to executive level?
- What are your expected maximum response times for critical issues at the site level (safety incident, permit hold, critical materials shortage)?
- Describe the formal escalation path we should follow (names/roles, communication channel, and expected resolution cadence).
- Are there pre‑approved remediation budgets or contingency thresholds that our teams should know before beginning rework?
- How do you prefer to receive bad news—detailed immediate notification with remediation plan, or brief notice with subsequent update?
Who Owns Permitting Risk in Each Market?
- If a municipality stalls permits for a wave of sites, which internal owner is accountable for schedule impact and external communications?
- Which markets have the most volatile permitting environments and why (examples of recent delays or outcomes)?
- What mitigation steps have you used successfully before—community outreach, expedited review requests, or third‑party lobbying?
- Would you expect us to lead permitting in targeted markets, support your in‑house team, or operate under a hybrid model?
- If permitting costs rise due to extended review, who absorbs the incremental cost?
How Will You Validate the 50‑Site Pilot?
- If the pilot delivers lower than your target acceptance rate, what outcome would still make you feel comfortable to proceed to full rollout?
- Which acceptance criteria must be met for each pilot site (select all that apply)?
- How frequently will pilot performance be evaluated and who will be in the decision committee?
- What evidence will you require to objectively approve pilot success (site photos, QA reports, third‑party audits, carrier acceptance logs)?
- Describe a past pilot that influenced a go/no‑go decision—what data or behavior tipped the balance?
What Keeps You Up at Night When We Talk Scale?
- If you had to name a single worst‑case scenario at scale (safety, permitting freeze, mass crew resignation, or supply chain collapse), what is it and why does it threaten the program?
- How emotionally and operationally tolerant is your executive team of early program turbulence?
- Have you experienced vendor crew poaching or resource loss in past programs? Tell us what happened and how it felt to your team.
- What are your non‑negotiable safety thresholds (OSHA rates, recordables, lost‑time incidents) that would trigger an immediate halt?
- How would past weather‑compressed build seasons change your appetite for overlapping waves or parallel crews?
Signals, Commitments, and Next Steps — Who Owns What?
- What immediate commitments would you want from a vendor after this discovery (e.g., pilot schedule within 4–8 weeks, named crew leads, permitting contact introductions)?
- Who will be accountable for signing the pilot agreement and in what timeframe do you expect that decision?
- What communication cadence do you prefer during pilot execution (weekly standup, daily site digest, executive checkpoint)?
- What outstanding internal approvals or external dependencies must be resolved before we can mobilize crews?
- On a scale of 1–5, how ready is your organization to move forward with a vendor‑led pilot after this conversation?
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Current State Mapping
Document existing construction capacity, permitting bottlenecks, vendor relationships, and seasonal constraints that affect delivery.
Current State
Quick Snapshot — Where Are You Right Now?
- In one sentence, summarize your current 5G rollout commitment, and where you feel the program sits today.
- How many site upgrades or new sites are in scope for the next 12 months?
- Right now, how many sites per month can your internal construction team reliably deliver?
- How long would it take your organization to double construction capacity if you invested in hiring and mobilization?
- Which markets or states are highest priority for this program (list top 3)?
- What single metric would you use to judge whether a deployment partner is earning your trust during a pilot?
What’s the Hard Truth You’re Living With?
- If you had to pick one persistent problem that’s costing you revenue or confidence today, what is it and why do you think it keeps happening?
- How often do those problems force you to re-plan weekly or monthly rollout schedules?
- Give one recent example (site or wave) where the issue materialized—what failed, who noticed first, and what was the immediate impact?
- When these issues occur, what emotions or internal reactions do they trigger among your deployment leadership (e.g., anxiety, finger-pointing, urgency, frozen decisions)?
- How long has this been a recurring problem for your program?
Permits, Politics, and Places Where Things Stall
- Which permitting process or municipal step most often turns a predictable project into a multi‑week surprise?
- Across your top markets, what is the typical permit lead time today (from submission to approval)?
- Which three municipalities or authorities have the longest or most unpredictable queues for you (name them)?
- What mitigation tactics have you tried when permits slip (e.g., pre‑filed packages, political engagement, alternate site usage), and which actually moved the needle?
- When permitting delays happen, how do you re-sequence builds—push dates, swap sites, or pause the wave—and who makes that call?
Crews, Contractors, and the People Equation
- What's the real gap between the number of crews you need on peak day-one vs. the number you currently control?
- Which of these is your biggest crew-related worry right now?
- Do you currently maintain a pre‑qualified vendor roster that can be scaled on short notice?
- Share your most recent safety metric we should know (e.g., TRIR or OSHA incident rate), and if you track trends, how has it moved in the last 12 months.
- When a vendor misses workmanship or safety expectations, what does your remediation process look like and how long does it typically take to close the loop?
The Calendar That Owns Your Builds
- Which months or seasons in your priority markets are effectively off-limits for builds, and how predictable is that window year-to-year?
- Historically, what percentage of planned builds fall into 'weather delay' and how much schedule buffer do you currently build in (%)?
- Tell us about the last wave where seasonality compressed your schedule—what changed in your plan, and what would have helped?
- Do you have regional blackout periods (e.g., municipal moratoriums for festivals or winter road bans) that we should map now?
Materials, Long‑Lead Items, and Supply Fragility
- Which single material or supply line has derailed a build for you within the last 12 months?
- What are typical lead times today for your critical items (average across program)?
- Do you accept single-supplier risk for any critical component, or do you require dual-sourcing? If single, why?
- Have you tried pre-staging materials or local warehousing to remove schedule risk—what worked and what didn't?
- How flexible are you on alternative BOMs or vendor substitutions if equivalent parts compress lead times?
If Today Had a Guarantee, What Would It Say?
- What would give you confidence on day zero that an external partner could absorb your current constraints and still hit target cadence?
- For a 50‑site pilot, what are the non‑negotiable success criteria you would require to greenlight full program scale?
- How do you prefer escalation and visibility during a build wave (real‑time dashboard, weekly executive sync, daily standups for exceptions)?
- What would be an acceptable pilot duration and sample mix (site types / geographies) to prove a partner can handle your most painful constraints?
- Who are the internal stakeholders we must align with before a pilot starts (names/roles), and how do they usually measure success?
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Outcome Discovery
Define target rollout velocity, acceptable risk tolerances (safety, permitting, workmanship), and measurable success signals for the program.
Discovery Questions
Start Here: Summarize the Program
- In one sentence, how would you describe the rollout you need us to deliver (scale, timeline, and the business imperative)?
- Which single metric would you point to internally as the headline for success (e.g., sites/week, revenue window recovered, regulatory milestone)?
- Who on your team will be the daily point for program coordination (name/role) and who is the ultimate decision owner for pilot go/no‑go?
- What is your current in-house construction capacity (number of active crews and average sites/week they reliably deliver)?
- What prompted this search for an outside deployment partner today (pick the most important driver)?
Are You Comfortable Betting the Rollout on Assumptions?
- If we tell you we can deliver X sites per week, how comfortable are you that internal assumptions about permits, crews and weather will allow that to hold?
- What is your target average rollout velocity for the first 3 months of the program (sites/week OR sites/month)?
- How quickly do you expect the program to ramp from pilot to full rate (weeks)?
- What assumptions in your plan keep you most nervous (pick up to 3)?
- Give one concrete example of an assumption that failed in a past program and the downstream impact it caused (what slipped, how long, and who it affected).
- If the program misses the target by one week per site on average, how do you quantify the business impact (choose how you think about it)?
What Would Keep You Up at Night?
- If you had to name the single biggest risk that would make you pause the rollout, what would it be and why?
- Which of these risk areas do you view as ‘zero tolerance’ versus ‘managed risk’?
- What OSHA/incident rate or comparable safety metric do you expect from a contractor to be considered acceptable?
- How many weeks of permitting delay per market are you willing to absorb before the overall program timeline must be adjusted?
- Tell us about a real permitting barrier you encountered (local opposition, zoning denial, environmental hold). How was it resolved and how long did it add?
- When workmanship issues appear on site, what acceptable rework rate or # of punchlist items per site lets you sleep at night?
How Will You Know It's Working (Signals, Not Hope)?
- Which of these KPIs will you require regular reporting on to judge pilot and program success (select all that apply)?
- For the top 3 KPIs you selected, what are the minimum thresholds that would be a passing grade for pilot success? Please list KPI → threshold (e.g., on‑time ≥ 90%).
- How frequently do you want KPI reporting during the pilot (choose cadence)?
- Which format of evidence best convinces your team that a site is truly ‘accepted’ (choose up to 2)?
- Describe a single, specific signal beyond metrics (a story or outcome) that would make leadership say ‘this partner gets it.’
- If KPI performance dips during a wave, what automatic actions would you expect us to take before you escalate (choose up to 3)?
Who Needs to Be Quietly Satisfied?
- List the stakeholders who must approve pilot success and the primary concern each holds (name/role + concern).
- Which stakeholder groups require formal references or on‑file safety records before pilot award?
- What escalation triggers should automatically loop in VIP stakeholders (e.g., safety incident, >10% schedule slip, permit denial)?
- How do your stakeholders prefer to receive bad news—formal incident report, immediate call, or written summary with remediation plan?
- Who holds the final sign‑off authority to transition from pilot to full program (role/title), and is there a committee or single approver?
- Are there external parties whose satisfaction is required (municipality, tower owner, anchor tenant)? If yes, list them and their key acceptance demand.
If the Pilot Proved Nothing, Tell Us What You’d Need to See
- We plan a 50‑site pilot—what exact site mix do you want included (macro vs small cell, urban/suburban/rural, markets prioritized)?
- Define the acceptance criteria you want per site for the pilot (safety, workmanship, permitting/clearance, integration). Please be specific where possible.
- What safety KPIs do you want tracked during the pilot and what is an acceptable incident escalation timeline you expect from us?
- How do you want permitting challenges surfaced and resolved during the pilot (choose methods)?
- What evaluation cadence works for you to decide pilot continuation (weekly checkpoint, 30/60/90 day review, other)?
- What would be a disqualifying outcome from the pilot that would preclude moving forward to full rollout?
When Things Go Wrong, What Stops the Domino?
- If a market suddenly loses available crews because another contractor poached them, what immediate remediation do you expect from us?
- Which contingency levers do you require in contracts (liquidated damages, schedule guarantees, force majeure carveouts, permitting escrow)?
- Describe a past contingency that worked well for you—what was the fix and how quickly did it stop program drift?
- How long of a materials buffer do you expect us to hold for critical long‑lead items (options)?
- In the event of severe weather compressing the construction season by X%, how would you prioritize sites and what outcomes must still be protected?
- Who on your side will activate emergency escalation and who on ours should be immediately reachable (names/roles)?
How Much Control Do You Want to Keep?
- Which responsibilities do you want us to fully own versus co-manage versus retain internally (select all that apply)?
- For the items you want us to own, what reporting, documentation, or approvals do you require to feel comfortable with that delegation?
- Are there any parts of the build you categorically will not delegate to a partner (e.g., carrier final signoff, certain civil works)? Please list and explain.
- How much visibility into crew schedules and daily site progress do you expect (real‑time dashboard, daily notes, weekly digest)?
- Would you require our crews to operate under your existing safety procedures and audits, or use our program with shared reporting?
The Emotional Ledger: What Would Success Feel Like?
- Beyond KPIs, what story do you want to be telling internal stakeholders when the program is successful (e.g., ‘We hit coverage on schedule and avoided penalties’)?
- What internal pressures would be relieved if this program runs as planned (choose all that apply)?
- Which reputational or commercial outcomes matter most—speed to market, safety reputation, cost predictability, or long‑term vendor relationship?
- How would you describe the tolerance for short-term tradeoffs (e.g., slightly higher cost for guaranteed on‑time delivery)?
- Imagine the pilot ended and your exec asks if this partner deserves scale—what single sentence answer would make you comfortable recommending us?
Next Small Step — How Do We Prove We Can Deliver?
- What documents or proofs do you need before we can begin a 50‑site pilot (safety records, insurance, references, sample SOW)?
- Who should be on the scheduling call to commit to pilot start dates (name/role from your team)?
- How soon are you realistically ready to kick off a pilot once contractual terms are agreed?
- What would make you say ‘start’ at the pilot handoff—checklist items that must be complete (e.g., crew confirmation, permit queue opened, materials staged)?
- Finally, who on your side should receive the first pilot performance dashboard and who should receive escalation alerts (name/role)?
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Solution Experience
Walk through how our delivery model, permitting relationships, and safety program produce on-time site delivery in the customer’s market scenarios.
Experience Meetings
- Solution Experience: Current State & Consequence Confirmation
- Delivery Model Walkthrough: Crew Scaling, Sequencing & Schedule Guarantees
- Permitting Experience & Local Government Mitigation
- Safety Program Review & Operational Readiness
- Integrated Scenario Runbook & Validation Workshop
- Seller: Share safety KPI dashboard, sample audit reports, and training completion records.
- Align on schedule guarantees, contingency levers, and when they trigger.
- Customer validates timeline assumptions for the sample 50-site pilot.
- Seller: Share crew capacity spreadsheet, mobilization plan, and three anonymized case studies showing throughput at scale.
- Customer: Identify the preferred pilot wave sites and any blackout dates/seasonal constraints.
- Seller: Produce an updated pilot schedule reflecting customer feedback and circulate for approval.
- Confirm Permit Pain Points (market-by-market)
- Customer accepts the permit process map and acknowledges the valid POCs and relationship levers.
- Demonstrate measurable permit timeline reductions and agree the permit SLAs to be applied during pilot.
- Agree escalation protocol and appoint municipal POCs for each pilot market.
- Seller: Deliver the permit playbook, municipal POC list, and anonymized timeline-compression datasets.
- Customer: Validate municipal POCs and flag any local political risks or upcoming hearings.
- Seller: Create a permit-risk register for the pilot with mitigation owners and expected time savings per mitigation.
- Carrier Safety Expectations Recap
- Customer is satisfied safety KPIs (TRIR/recordables) meet or exceed carrier thresholds.
- Agree operational readiness checklist and the go/no-go decision gate for pilot wave start.
- Assign owners for safety audits and incident escalation during the pilot.
- Introductions & Objectives
- Customer: Provide carrier safety checklist and any additional audit requirements for vendor qualification.
- Seller: Schedule a pilot pre-mobilization safety walkthrough and assign audit owners.
- One-line Current & Future State Recap
- Customer validates at least one scenario runbook as the accepted execution plan for the pilot.
- Obtain explicit agreement on pilot acceptance criteria, evaluation cadence, and go/no-go timing.
- Identify and assign owners for each critical-path item and escalation point.
- Seller: Finalize selected scenario runbook into the pilot-runbook (site-level schedules and owners) and circulate for signature.
- Customer: Approve pilot start window and provide final list of pilot sites with site access details.
- Seller: Produce the pilot evaluation cadence calendar (weekly metrics review, permit check-ins, safety audits) for the mutual commit meeting.
- Customer validates the one-sentence current state publicly in the room.
- Customer accepts quantified consequences (revenue/time/risk) for proceeding.
- Align and record one-sentence future state and 3–5 success signals to prove outcomes.
- Agree required pre-work and artifacts for the Delivery Model and Permitting deep dives.
- Customer: Share site backlog sample (5 representative sites) and market permitting delay stats.
- Seller: Produce consequence calculation worksheet (revenue/time/risk) based on provided numbers.
- Seller: Draft the one-sentence future state and a proposed KPI dashboard template for customer review.
- Recap: Agreed Current & Future State
- Prove with evidence that delivery model can scale to cover carrier shortfall (e.g., bridge 800->3,000 sites/year scenario).
- Agree pilot sequencing and the detailed ramp timeline (weeks to mobilize, crew count, weekly throughput).
- Delivery Model Overview
- Permitting Relationships & Process Map
- One-sentence Current State
- Safety Program Components
- Present Scenario Runbooks (3 market archetypes)
- Safety Metrics & Proof
- Consequence Quantification
- Case Studies: Timeline Compression Proof
- Crew Scaling & Availability Proof
- Simulated Execution: Timeline, Escalation & Contingency Actions
- How Safety Prevents Schedule Slips & Rework
- One-sentence Future State
- Sequencing & Wave Planning
- Outcome Measurement vs Success Signals
- Mitigation Playbook for Common Blockers
- Forced Validation & Customer Walkthrough
- Success Signals & KPIs
- Schedule Guarantees, Contingencies & SLAs
- Tieback: Effects on Rollout Risk & Schedule
- Operational Readiness Checklist & Go/No-go Gate
- Validation: Agree Permit SLAs & Escalation Paths for Pilot
- Validation: Customer Confirms Safety Acceptance Criteria
- Validation Exercise: Pilot Timeline for 50 Sites
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Solution Scope
Define geographic coverage, site types, responsibilities, acceptance criteria, and ramp timelines for the pilot and full program.
Scope Configuration
- Foundation excavation and concrete pour for macro towers
- Tower section assembly and crane-assisted erection
- Antenna array mounting and RF feeder installation
- Equipment shelter delivery and HVAC installation
- Utility power service connection and main termination
- Backup power installation (generator and UPS) with ATS
- Fiber backhaul trenching, conduit installation, and backfill
- Fiber cable pulling, splicing, and OTDR testing
- Small cell pole installation and remote radio head mounting
- Rooftop macro installation with structural mounting and weatherproofing
- DAS headend installation and indoor node deployments
- RF integration, commissioning, and handover testing with carriers
- Site grounding, lightning protection, and bond testing
- Site demobilization, cleanup, and as-built deliverables
Scope Questions
Foundation excavation and concrete pour for macro towers
- Do you want the contractor to manage foundations (excavation, rebar, and concrete) as part of scope?
- How many macro tower foundations are in the pilot or initial wave?
- Are geotechnical / soil reports available for the planned foundation locations?
- What is the typical required concrete specification or acceptance criteria (e.g., psi, slump)?
- Will heavy equipment access (excavators, concrete pumps) be permitted on-site without special traffic control?
- Who is responsible for obtaining excavation and concrete permits?
- What as-built deliverables do you require for foundations?
Tower section assembly and crane-assisted erection
- Should tower assembly and crane-assisted erection be included in the scope?
- What is the typical tower height range for sites in scope?
- Is crane mobilization constrained by local permits, holiday restrictions, or narrow staging areas?
- Do tower erections require road/traffic closures or police/flagging support?
- Are pre-assembled tower sections and rigging plans provided by the vendor/engineer or must the contractor design them?
- What acceptance checks are required post-erection (bolt torque, plumb, NDT, inspection reports)?
- Provide any special insurance or crane operator qualification requirements:
Antenna array mounting and RF feeder installation
- Do you require end-to-end mounting and feeder installation for antennas and RRUs?
- Which site types require antenna mounting (select all that apply)?
- How many antenna arrays or sectors per site on average?
- Do you require installation of specific feeder types (coax, 1/2", 7/8", low-loss jumpers, hybrid cables)?
- What RF acceptance tests are required after installation (VSWR, Return Loss, sweep, coverage verification)?
- Are antenna OEM torque specs, mounting templates, and grounding requirements provided?
- Do you require photo documentation and RF feeder routing diagrams as part of handover?
Equipment shelter delivery and HVAC installation
- Should shelter delivery and full HVAC install be included?
- What shelter types/sizes are required (e.g., 10'x10', 20'x8', prefabricated cabinets)?
- Are shelter foundation pads already in place or must the contractor provide pad construction?
- What HVAC runtime and N+1 redundancy requirements should HVAC meet?
- Provide expected electrical load (kW) for shelter equipment or attach load sheet:
- Do shelters require structural modification, skid installation, or seismic anchoring?
- What as-built artifacts are required (power hookup diagram, HVAC vendor test report, commissioning certificate)?
Utility power service connection and main termination
- Do you want the contractor to manage utility service acquisition and main termination?
- Is primary utility service available at the site boundary or will new spans/transformers be required?
- What is expected metering and billing arrangement (utility owned meter, customer-owned meter, CT metering)?
- Are temporary power feeds required for construction and commissioning?
- Who is responsible for coordinating with utility (customer, contractor, third-party)?
- What acceptance checks are required at termination (phase rotation, insulation resistance, connection photos)?
Backup power installation (generator and UPS) with ATS
- Include backup power (generator and/or UPS with ATS) in scope?
- What target runtime is required on generator fuel capacity (e.g., 24h, 48h, 72h)?
- Preferred fuel type for generator (diesel, natural gas, propane) or hybrid options:
- Is remote monitoring and auto-notification for ATS/generator failures required?
- Do you require preventative maintenance handover and initial commissioning tests (load bank, ATS transfer tests)?
- Provide expected critical load (kW) or attach load calculation:
Fiber backhaul trenching, conduit installation, and backfill
- Should the scope include civil works for fiber backhaul (trenching, conduit, backfill)?
- What is the average run length per site for backhaul conduit work?
- Which installation methods are anticipated or preferred?
- Are traffic control, lane closures, or ROW permits likely to be required?
- What conduit sizes and counts are required per design (e.g., 2 x 2", 4 x 1.25")?
- Do post-installation restoration and landscaping need to meet municipality standards or specific restoration SLAs?
Fiber cable pulling, splicing, and OTDR testing
- Include fiber cable pulling, splicing, and OTDR acceptance testing?
- How many fiber strands and fiber type (single-mode, multi-mode) are required per link?
- Is fusion splicing required with heat-shrink closures or mechanical splices acceptable?
- What OTDR acceptance criteria are required (max dB loss per splice, reflectance limits)?
- Do you require end-to-end labeling, as-built fiber route maps, and OTDR trace files in handover?
- Are night-time pulls or traffic-sensitive pulls required in urban areas?
Small cell pole installation and remote radio head mounting
- Should small cell pole installation and RRH mounting be in scope?
- Which small cell deployment types are expected (new pole, attach to light pole, utility pole, street furniture)?
- Are make-ready assessments and utility approvals required prior to installation?
- What power and backhaul provisioning is expected for each small cell (metered service, PoE, fiber drop)?
- Do installations require aesthetic treatments (paint matching, concealment) or municipality attachment standards?
- What site acceptance checks are required (mechanical torque, anti-vandal attachments, photo documentation)?
Rooftop macro installation with structural mounting and weatherproofing
- Include rooftop macro mounting, structural supports, and weatherproofing in scope?
- Are structural engineering analyses and load calculations available for rooftop attachments?
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Pilot Program Agreement
Agree a 50-site pilot with specific acceptance criteria, safety KPIs, permitting mitigation plans, and evaluation cadence to validate scale delivery.
Agreement Modules
- Master Services Agreement (MSA)
- Pilot Statement of Work (SOW) – 50 Sites
- Full Program Statement of Work (SOW)
- Commercial Terms & Pricing Schedule
- Program Governance & RACI
- Timeline Guarantees & Remedies
- Safety & Compliance Appendix
- Permitting Mitigation Plan
- Carrier Dependencies & Integration Commitments
- Acceptance & Validation Checklist Addendum
- Change Order & Scope Management Process
- Performance Security, Insurance & Indemnity Schedule
- Pilot Evaluation & Go/No-Go Decision Addendum
- Payment & Invoicing Schedule (Pilot Holdback)
- Termination, Transition & Exit Plan
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Mutual Commit
Finalize commercial terms, program governance, timeline guarantees, and carrier-side dependencies for the full rollout after pilot success.
Agreement Modules
- Statement of Work (SOW)
- Master Services Agreement (MSA)
- Commercial Terms & Pricing Appendix
- Program Governance Charter
- Timeline & Delivery Guarantees (SLAs)
- Pilot Acceptance & Transition Plan
- Carrier Dependencies & Assumptions Matrix
- Permitting & Mitigation Agreement
- Safety & Compliance Addendum
- Insurance & Performance Security
- Change Order & Scope Management
- Payment Schedule & Invoicing Terms
- Data Sharing & Integration Agreement
- Confidentiality & IP Rights
- Termination & Exit Plan
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Deployment
Operationalize rollout with readiness checks, enablement, and outcome validation.
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Pre-Deployment Readiness
Confirm crews, permitting queues, materials, site access, safety documentation, and contingency plans are in place before wave execution.
Readiness Questions
Quick Snapshot: Your Program at a Glance
- Which program best describes the build you’re asking us to support?
- Roughly how many sites are in scope for the next 12 months?
- Of those sites, how many can your internal construction organization execute without outside help?
- What is your target pilot size and timeline before you decide on full rollout (e.g., 50 sites in 8 weeks)?
- Please provide any dates or hard deadlines we must hit (contractual SLAs, marketing launches, franchise obligations).
If Weeks Cost You Millions, What’s the Real Cost?
- How would a one‑week delay on a single live site typically affect your revenue or KPI targets?
- Do you have contractual penalties, launch windows, or partner obligations tied to site delivery dates?
- When delivery slips happen, which downstream metrics are most affected (choose up to three)?
- Tell us about a recent delay that mattered—what caused it, how long it lasted, and the business consequence?
- How do you currently quantify or score a contractor’s ability to keep you on schedule during procurement or selection?
Where Your Construction Machine Is Getting Stuck
- Which single bottleneck causes you the most grief today: permitting, crews, materials, or project management?
- How long have those bottlenecks been constraining your program?
- Walk us through your permitting picture: which municipalities cause most delay and what average queue length do you see?
- What seasonal constraints materially affect your build windows (select all that apply)?
- When crews are scarce, what’s your usual workaround and how well does it preserve schedule?
- Do you track rework rates or poor workmanship as a separate cause of delay? If yes, what is your current rework percentage?
Who Decides, Who Escalates, and Who’s Secretly Holding Up Progress?
- If we needed an immediate decision that changes scope or schedule, who on your team has the authority to sign off?
- Describe the escalation path you expect when a cluster of sites is at risk—who is notified and what timeline is required?
- What success criteria must the pilot demonstrate for stakeholders to green‑light scale? (choose up to three)
- Which internal functions must be engaged and at what cadence during pilot — operations, procurement, legal, RF engineering, carrier integrators?
- Have you run references or case studies for contractors in similar-scale rollouts? What red flags should we be aware of from those checks?
Call It: What Would True On‑Time Delivery Actually Look Like?
- If we delivered every site on the promised date, what would that enable for your business in the next 6–12 months?
- What rollout velocity do you need to hit (sites/week or sites/month) to meet your program goals?
- What are your non‑negotiable safety tolerances or OSHA metrics that any contractor must meet?
- What acceptance criteria per site are absolute musts before you allow service turn‑up (pick up to four)?
- How will you measure program success at month 3 and month 12? Give the top 3 KPIs.
If Permitting or Weather Moves the Goalposts, How Do You Want Us to Respond?
- Would you prefer a contractor that actively absorbs permitting delay risk (and prices it) or one that strictly bills for delay events?
- What contingency tactics do you find most acceptable when permits are delayed (choose up to three)?
- Who on your team has the authority to approve contingency workarounds that may change scope or cost?
- Describe past contingency plans that failed—what went wrong and how would you have preferred it handled?
- How quickly do you expect communication and revised schedules if a permitting queue slips by more than two weeks?
Pilot Success — What Makes Us Green‑Light the Full Program?
- If the pilot achieves 80% of targets, is that a pass, or do you require 95%+ to proceed?
- Which of these pilot outcomes would be a dealbreaker (select all that apply)?
- How many pilot sites must meet acceptance criteria before you consider the pilot validated?
- What evaluation cadence do you want during the pilot (checkpoints, dashboards, weekly steering)?
- What evidence from the pilot will make your procurement team comfortable removing internal resources from the program?
- Who outside your team (carriers, tower partners) must be satisfied by pilot results before the program can scale?
Logistics: Crews, Materials, and Market Coverage — Are You Confident?
- Are there specific markets or geographies where crew availability has been impossible to secure?
- Please list the top three markets (cities/states) where you expect us to deliver and any local idiosyncrasies we should know.
- How important is it that our teams use carrier-preferred vendors versus our own vetted supply chain?
- What material lead times are you currently seeing for critical long‑lead items (towers, cabinets, power gear)?
- If crew attrition or competitor poaching occurs mid‑program, what backup model would you accept (local subcontractor pools, surge crews, contract incentives)?
- What ramp timeline do you need for us to be up and reliably delivering at target velocity (weeks)?
Communication, Governance, and How You Prefer to Work With Partners
- Do you prefer a single integrated program manager from the contractor or multiple point owners (per function) for communications?
- What meeting cadence actually drives decisions for you (daily standups, weekly steering, monthly execs)?
- When an on-site defect is found, what is your acceptable time-to-fix for critical vs non‑critical defects?
- How do you prefer progress to be reported (dashboard metrics, raw field reports, daily photos, automated QA feeds)?
- Who should be on the program steering committee from your side (names or roles), and who has final sign-off authority?
Final Reflection: What Would Make This a No‑Brainer Partnership?
- If you could guarantee one outcome from a contractor in the first 90 days, what should it be?
- What past contractor behavior immediately eroded your trust and should be avoided at all costs?
- How would you like us to demonstrate our permitting relationships and safety record before pilot start (case studies, municipality letters, OSHA data)?
- Realistically, how soon could you make a pilot decision after receiving a full proposal?
- Anything else we haven’t asked that keeps you awake about large-scale construction programs?
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Deployment Enablement
Schedule crews, sequence site work, track permitting milestones, and execute builds with clear owners and escalation paths.
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Validation Checklist
Verify acceptance criteria per site (safety, workmanship, backhaul, integration), capture defects, and confirm readiness for service turn-up.
Validation Questions
Quick Check — Where are we starting from?
- Which program or wave is this validation focused on?
- Who is our primary acceptance contact on your side? (name and role)
- Preferred primary channel for day-to-day acceptance coordination?
- What is the planned validation window (start and end dates or timeframe)?
- What is your single most important success signal for this validation?
If Everything Looks Good, What Still Trips Us Up?
- What hidden or non-obvious issue is most likely to cause a site to fail acceptance even when construction seems perfect?
- Which acceptance criteria are absolute show-stoppers that will block sign-off?
- Which acceptance criteria are negotiable or acceptable with remediation plans?
- Tell us about a past site that passed construction but failed acceptance—what happened and what was the impact?
- Who on your team has final yes/no authority when an ambiguous acceptance case arises?
Hidden Rules and Red Lines — The Policies You Can’t Ignore
- Which internal carrier policies do vendors most commonly miss that lead to rejected sites?
- Which safety documentation or thresholds are strictly mandatory per site?
- What specific paperwork must accompany each completed site to qualify for acceptance?
- How strict are your cosmetic and workmanship standards (paint, cabling, labeling)?
- When rework is required, which approach do you prefer?
Who Owns What When Things Go Dark?
- If a site fails integration on Day 1, who should drive troubleshooting, own costs, and own timeline pressure?
- What remediation SLA do you require for critical failures (e.g., backhaul down, unsafe condition)?
- Describe your required escalation path for safety incidents or permit blockers (who gets looped in and when).
- Who is authorized to approve temporary exceptions or 'operate at risk' during remediation?
- Do you expect contractual penalties or service credits for missed acceptance dates?
Proof in the Pudding — Tests, Metrics, and Signals We’ll Track
- What single metric would convince you the pilot proves we can scale the program successfully?
- What minimum first-pass acceptance rate do you require to consider pilot successful?
- Which integration tests must pass before service turn-up on every site?
- How do you want defects captured and tracked during validation?
- How often should we deliver formal validation status reports?
The Permit, Weather and Seasonal Trap — Planning for What We Can’t Control
- How often do permitting or weather constraints materially compress the acceptance window despite on-time builds?
- Which markets have permitting backlogs or recurring seasonal constraints we should treat as high risk?
- Which contingency approaches do you prefer when permits or weather cause delays?
- Do you expect the contractor to assume permit delay liability or carry specific insurance for those risks?
- How much per-site schedule float is reasonable in your view?
Acceptance Workflow — Make the Process Concrete
- If acceptance were effortless, what immediate difference would you notice in how your teams feel about contractor partnerships?
- Walk us through your ideal acceptance flow from 'build complete' to 'service live'—step by step.
- Which systems must be connected to make acceptance efficient (ticketing, OSS, CMDB, GIS/mapping)?
- Who needs read vs. edit access in our tracking systems during validation?
- What training or onboarding does your acceptance team require to use our portal or workflows?
Final Signals — Commit, Adjust, or Walk Away
- What one outcome from this pilot would make you immediately comfortable awarding the full rollout?
- What conditions or findings during pilot validation would cause you to pause or stop the program?
- If the pilot misses the first-pass acceptance target by ~10%, what remediation or evidence would make that tolerable rather than a deal-breaker?
- How soon after pilot close do you expect a commercial mutual-commit decision?
- Would tying a remediation plan and acceptance KPIs to commercial terms (price holdback, milestones) increase your confidence?
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Success
Review pilot and program outcomes against success signals, capture lessons, and maintain a shared channel for issues and continuous improvement.
Success Reviews
- Pilot Outcomes Review
- Root Cause & Lessons Workshop
- Safety & Compliance Post-Mortem
- Scale Decision & Commercial Commit Review
- Continuous Improvement & Governance Handoff
Issues & Enhancements
- Confirm a timeline and an accountable program lead to initiate the scale transition if approved.
- Safety Performance Snapshot vs Carrier Thresholds
- Demonstrate whether safety performance meets carrier acceptance or capture required remediation actions.
- Document permit-related risks and an actionable mitigation plan per jurisdiction.
- Agree a path to compliance sign-off including training, KPI thresholds, and verification steps.
- Publish incident investigation reports and implement mandated corrective actions with owners and completion dates.
- Schedule and deliver the agreed safety refresher training to field crews and subcontractors.
- Engage permit liaisons for prioritized jurisdictions and document escalation steps and expected permit timelines.
- Executive One-line Current State and Proposed Future State
- Reach a clear program decision (go / conditional go / hold) and document required conditions.
- Align commercial terms and governance required to protect both parties as the program scales.
- Introductions & Meeting Objectives
- Execute or update commercial documents reflecting any negotiated changes and distribute for signatures.
- Publish a go/no-go memo with gating conditions, timeline, and named program lead.
- Schedule a pilot-to-scale transition kickoff with detailed wave plans and owner handoffs.
- Governance Structure & Role Mapping
- Create a single, agreed shared channel and escalation workflow for operational issues.
- Agree on KPIs, owners, and reporting cadence that prove the program is delivering the defined future state.
- Establish a continuous improvement process to capture lessons and iterate on operations between waves.
- Provision the agreed shared channel and onboard named contacts from both parties.
- Build and deliver the KPI dashboard with data sources, owners, and initial data populated.
- Create the CI backlog and schedule the first prioritization session with assigned owners.
- Establish a single, customer-validated statement of pilot outcomes and gaps.
- Quantify the operational and financial consequences of any gap vs success signals.
- Agree a decision (accept / accept-with-conditions / remediation required) and immediate owners for next steps.
- Publish a one-page Pilot Outcome Summary that includes validated current state, quantified consequences, and the meeting decision.
- Open remediation tickets for any 'accepted-with-conditions' or 'requires remediation' items and assign owners with deadlines.
- Schedule follow-up checkpoint (date) to review remediation progress prior to any scale decision.
- Problem Prioritization
- Identify evidence-backed root causes for top pilot issues.
- Define corrective actions that map to proving the desired future state and prevent recurrence.
- Assign accountable owners, measurable success criteria, and timelines for validation.
- Produce a Root Cause Analysis pack per issue with evidence, chosen countermeasures, owners, and validation plan.
- Launch prioritized corrective experiments on a controlled set of sites and track results against proof points.
- Add validated learnings into the program playbook and update SOPs for future waves.
- KPI Dashboard & Reporting Cadence
- Financial & Timeline Consequences
- Current State Recap (one-sentence)
- One-sentence Current State & Consequence for Each Issue
- Incident Reviews & Root Causes
- Measured Results vs Success Signals
- Shared Channel & Issue/Escalation Workflow
- Permitting Compliance and Bottlenecks
- Operational Readiness Assessment
- Evidence Review and Root-Cause Analysis
- Consequence Quantification
- Countermeasure Brainstorm & Proof Points
- Continuous Improvement Backlog & Prioritization
- Commercial Terms, Guarantees & Risk Allocation
- Updated Safety Plan & Training Requirements
- Cadence & Next Steps
- Customer Validation and Narrative Alignment
- Carrier Compliance Sign-off and Conditions
- Owner Assignment & Timelines
- Final Decision & Conditions for Rollout
- Decision Alignment & Next Steps