Tell Us About Your Product and Why You Called Us

• What is the product you're building (brief name/description) and the primary capability you expect our component to enable?
• Who is the end customer or market segment this product targets? Options: Consumer, Automotive, Industrial, Enterprise networking, Medical, Aerospace/Defense, Other
• Which phase best describes where you are in the product lifecycle today? Options: Concept / ideation, Prototype / alpha, Pilot / beta, Pre-production, Ramp / production
• Which outcome matters most from this partnership—speed to market, cost control, peak performance, regulatory compliance, or future roadmap alignment? Options: Speed to market, Cost control, Peak performance, Regulatory/compliance, Roadmap alignment, Other
• Who on your team will be the primary day-to-day contact for integration work (name/title/role)?

What Keeps Your Launch From Being Comfortable?

• If this integration underdelivers after launch, what would that cost you in revenue, customer trust, or roadmap momentum?
• Which technical performance metrics would cause you to pause or redesign if they were missed? Options: Latency/response time, Throughput/Bandwidth, Power consumption, Thermal behavior, Accuracy/precision, Other
• Tell us about a past supplier integration that became a problem—what specifically derailed it and how did that feel internally?
• How worried are you about long-term vendor support and roadmap compatibility for this technology? Options: Very worried, Somewhat worried, Neutral, Not worried
• Which single risk keeps you up at night as you think about adopting a third-party component? Options: Supply continuity, Integration complexity, Certification failure, Cost/royalties, Vendor support, Other

Where Does Complexity Hide in Your System?

• What integration detail do you secretly expect to take far longer or cost far more than initial estimates?
• Which host environments, OS, or platforms must the component work with? Options: Linux (custom), Android, Windows, RTOS (FreeRTOS, Zephyr), Bare-metal, Custom SoC/firmware, Other
• Are there board-level, thermal, mechanical, or EMC constraints we must design for? Options: Thermal budget, Board space / form factor, EMC/EMI limits, Specific connectors/footprints, BOM cost cap, No special constraints, Other
• Who on your engineering team will own system-level integration tests and triage? Options: HW systems lead, SW/firmware lead, QA/Test lead, Project manager, Third-party lab, Not yet assigned
• Roughly how many engineering FTEs can you commit to joint debugging and validation over the next 6 months? Options: 0 (no dedicated support), 0.5–1, 1–2, 3–5, 6+

Show Me the Numbers That Will Make This Move Forward

• What is your projected annual unit volume for Year 1, Year 3, and Year 5 (ranges are fine)? Options: <1k, 1k–10k, 10k–50k, 50k–200k, 200k–1M, >1M
• What pricing or royalty structure would keep your product margin within acceptable bounds? Options: Fixed per-unit royalty, Tiered volume royalty, Upfront license + low royalty, Subscription/SaaS, Revenue share, Not sure / need help modeling
• If licensing or COGS changed by 10% mid-design, what would you do? (examples: redesign, absorb cost, raise price, delay launch) Options: Redesign to remove component, Absorb cost, Increase end-customer price, Delay launch, Negotiate supplier terms, Other
• How do you typically validate supplier claims about performance and cost—benchmarks, in-house tests, third-party labs, reference customers? Options: In-house benchmarking, Third-party lab tests, Vendor demos only, Reference customer validation, Pilot production sample run
• Describe any internal approval thresholds (unit price, total contract value, ROI metric) that will determine whether procurement signs off.

Who Decides, and Who Clears the Path?

• When a supplier misses a milestone, who in your organization has authority to escalate, pause, or cancel the project? Options: VP Engineering, Head of Product, Procurement Director, Program Manager, Executive sponsor, Other
• Please map the people or roles who will approve: technical fit, commercial terms, and compliance (names or titles are fine).
• What's your typical procurement timeline from commercial terms agreed to PO issued? Options: <2 weeks, 2–4 weeks, 1–2 months, 2–3 months, >3 months
• How do cross-functional stakeholders prefer to stay informed—weekly syncs, shared dashboards, formal gates, or email updates? Options: Weekly syncs, Biweekly meetings, Shared dashboard, Milestone gates, Email summaries, Ad-hoc
• What governance or escalation cadence would make you feel comfortable during integration? Options: Weekly engineering call, Biweekly steering committee, Monthly executive review, As-needed with joint ticketing

Certify or Ship — Which Comes First for You?

• If certification slipped by three to six months, what would the business impact be?
• Which certifications or standards are mandatory for your product at launch? Options: FCC/CE/Regional radio, Safety (UL/IEC), Automotive (ISO/SAE), Medical (FDA/CE Medical), Industry-specific (e.g., Wi‑Fi, Bluetooth SIG), Other
• Do you expect our team to own test artifacts and lab reports, or will your team manage certification execution? Options: Supplier provides artifacts, Customer manages certification, Shared responsibility, Undecided
• What has been your historical pass rate and typical rework cycle when certifying new suppliers? Options: High pass, little rework, Mixed pass with moderate rework, Low pass, extensive rework, No historical data
• Who will be the certification sign-off authority on your side (role/title)?

Supply Chains: How Fragile or Robust Is Your Launch?

• If our production capacity fell short of your needed volumes, how would you mitigate—defer features, dual-source, or change BOM? Options: Dual-source requirement, Buffer inventory, Feature deferral, Find alternate supplier, Negotiate priority allocation, Other
• What lead times and inventory buffers do you plan to carry for this component? Options: No stock / JIT, 4 weeks buffer, 8–12 weeks, 3–6 months, 6+ months
• How important is supplier traceability (lot-level, per-unit traceability) to your product requirements? Options: Critical (per-unit), Important (lot-level), Nice-to-have, Not required
• Do your customers or regulators require multi-source strategies or single qualified source is acceptable? Options: Multi-source required, Single source acceptable, Prefer but not required, Undecided
• Describe any supplier contractual terms that are non-negotiable for you (e.g., on-time delivery SLAs, liability caps, supply continuity clauses).

What Would Success Actually Look and Feel Like?

• If this partnership exceeded expectations, what three signals would you point to internally as proof? Options: On-time launch, Customer performance metrics met, Low field failure rate, Cost targets met, Smooth certification, Positive executive feedback
• Which of those signals are absolute deal-breakers versus stretch goals? Options: Deal-breakers, Important but negotiable, Stretch goals
• How would you like us to demonstrate progress and validation—live lab demos, weekly metrics dashboard, sample deliveries, or on-site joint reviews? Options: Live lab demos, Weekly dashboard, Sample deliveries, On-site reviews, Recorded benchmark reports
• Post-launch, who will own field escalation and warranty interactions on your side? Options: Customer support, Field ops, Engineering, Vendor-managed support, Other
• How do you prefer contractual success criteria to be documented—specific metrics, acceptance tests, or narrative SLAs? Options: Specific metrics and thresholds, Acceptance test suite, Narrative SLAs + examples, Combination

Next Steps — What Would Make You Say Yes Today?

• What single assurance or artifact would make you stop evaluating other options and move forward with us? Options: Sample hardware, Benchmarked performance data, A draft commercial term sheet, Reference customer intro, Guaranteed capacity commit
• Which immediate proof points do you want first—benchmarks, integration guide, reference design, or sample boards? Options: Benchmarks, Integration guide, Reference design, Sample boards, SDK and toolchain
• How soon can you schedule a joint scoping workshop with your cross-functional team? Options: Within 1 week, Within 2 weeks, Within a month, 1–3 months, Not sure yet
• Is there any undisclosed constraint (budget cycle, executive review, regulatory window) that would block next steps we should know about?
• Who should receive a one-page summary of this discovery and proposed next actions (name and role)?

• Solution Experience Kickoff — Confirm Current State, Consequence, Future State
• Benchmark & Test Plan Alignment
• Live Performance Validation — Execute Customer Scenario Benchmarks (Lab Session)
• Integration Effort Workshop — Reference Design Walkthrough & SDK Assessment
• Certification Readiness & Acceptance Review

• Seller: Create an integration checklist and a prioritized backlog of SDK/doc fixes with ETA.
• Lab lead: Archive raw logs, metric exports, and test configurations to the shared repo.
• Seller engineering: Triage and prioritize any root-cause work for deviating tests.
• Customer engineering: Validate that the observed behavior reproduces in their environment and provide confirmation.
• Both: Schedule follow-up validation run or sign-off meeting within agreed SLA.
• Reference Design Implementation Walkthrough
• Agree on a concrete integration plan with task-level estimates and owners.
• Identify and prioritize SDK/documentation fixes required to reduce integration effort.
• Secure seller commitments for engineering support levels and roadmap compatibility items.
• Produce a timeline to move from validated prototype to production‑grade integration.
• Introductions & Meeting Objectives
• Customer: Share architecture diagrams and code interfaces to refine effort estimates.
• Both: Schedule joint engineering sprints and assign liaisons for weekly progress syncs.
• Project manager: Update the project plan with integrated milestones and deliverables.
• Recap Certification Requirements & Evidence Matrix
• Validate which certification requirements are satisfied by current evidence and which are outstanding.
• Assign clear owners and due dates for all outstanding certification artifacts.
• Agree on a mitigation plan, timeline and go/no‑go criteria for proceeding to contractual commitments.
• Obtain mutual alignment on the acceptance checklist that will determine success for this stage.
• Seller compliance lead: Package the certification evidence bundle and submit to the customer's cert authority or lab.
• Customer compliance lead: Provide any required environment or witness access for certification testing.
• Both: Track outstanding artifacts in a shared risk register with owners and target dates.
• Coordinator: Schedule the acceptance review (sign-off) once outstanding artifacts are delivered.
• Achieve a single agreed one-sentence Current State describing what is broken today.
• Agree quantified Consequence metrics (cost/time/risk) for target scenarios.
• Define one-sentence Future State outcome that the experience must prove.
• Approve the set of scenarios, benchmarks, and success signals to be executed.
• Confirm logistics, owners, and pre-work responsibilities to enable lab validation.
• Customer: Deliver scenario data, representative workloads, and baseline benchmark results.
• Seller: Provide reference design image, test harness requirements, and available lab dates.
• Both: Assign owners for test execution, analysis, and certification mapping.
• Project coordinator: Publish schedule and test entry criteria before the next meeting.
• Recap Objectives & Pass/Fail Rule
• Produce an approved, time‑bound test plan that directly proves the future state.
• Agree exact metrics, measurement methods and pass/fail criteria for each test.
• Map tests to certification evidence and assign owners for each artifact.
• Confirm timeline and resource commitments for lab execution.
• Seller: Publish the detailed test plan (test cases, commands, measurement scripts) to the shared workspace.
• Customer: Provide representative test data, configurations and access to any required on‑prem systems.
• Engineer leads: Validate measurement tooling and pre-provision test harness in lab.
• Coordinator: Lock lab slots and circulating schedule with responsible participants.
• Brief Recap of Objectives & Pass/Fail
• Capture objective benchmark results and artifacts for the priority scenario.
• Obtain explicit customer validation that results reflect their environment and the stated consequence.
• Identify any performance gaps and agree on immediate remediation or further investigation steps.
• Decide whether the experience has proven the future state for the tested scenario or requires iteration.
• Gap Analysis vs Customer Architecture
• Review Collected Test Evidence Against Requirements
• Execute Benchmark Set A (Priority Scenario)
• Map Scenarios to Test Cases
• Confirm One‑Sentence Current State
• Assign Ownership for Outstanding Certification Artifacts
• Real‑time Results Review & Interpretation
• Quantify Consequence
• Define Metrics & Measurement Methods
• SDK, Tools & Docs Assessment
• Force Validation: Customer Confirms Relevance
• Estimate Integration Effort & Timeline
• Risk & Mitigation Plan with Timeline
• Acceptance Criteria & Certification Mapping

• Deliver Integration SDK and API Documentation
• Provide Board Support Package and Device Drivers
• Supply Reference Hardware Design (schematics and PCB layouts)
• Deliver Integration Test Harness and Bench Software
• Provide Preloaded Firmware Binaries for OEM Hardware
• Deliver Custom Firmware Builds per OEM Configuration
• Run Integration Engineering Sessions (remote or onsite)
• Provide Certification Test Artifacts and Compliance Files
• Ship Production-Qualified Components for Launch Volume
• Issue Volume Licensing Agreement and Royalty Schedule
• Deliver Scheduled Firmware Security Updates and Patches
• Provide Field Escalation and Hotfix Support Service

Deliver Integration SDK and API Documentation

• Which target OS/platforms must the SDK support? Options: Linux, Android, FreeRTOS, Windows, RTOS (specify), Other
• Which language bindings are required for APIs? Options: C, C++, Python, Java, Rust, Go, Other
• What documentation formats do you prefer (for analytics/packaging)? Options: HTML portal, Markdown repository, PDF, Inline code docs (Doxygen/Sphinx), Other
• What level of example integrations do you need (sample apps, end-to-end workflows)? Options: High-level examples only, Full end-to-end examples with test vectors, Minimal code snippets, Complete reference implementation
• Are there specific API feature gates or modules you will definitely use?
• Who will maintain SDK integration post-launch (OEM, vendor, joint)? Options: OEM, Vendor, Joint team, Undecided

Provide Board Support Package and Device Drivers

• Which operating systems and kernel versions must drivers support?
• Do you require source-level drivers or prebuilt binaries? Options: Source code with build instructions, Prebuilt binaries, Either
• Are there custom peripherals or platform-specific integrations required (GPIO, I2C, SPI variants)? Options: Yes, No
• Do drivers need to meet any certification (e.g., WHQL, CAN, automotive safety)? Specify which.
• What is the expected driver lifecycle and patch cadence? Options: Monthly, Quarterly, As-needed, SLA-based
• Are there binary compatibility constraints (e.g., stable ABI across kernel updates)? Options: Yes, No

Supply Reference Hardware Design (schematics and PCB layouts)

• What form factor do you expect (reference eval board, SoM, custom PCB)? Options: Reference evaluation board, System-on-Module (SoM), Custom PCB, Other
• Which EDA tool formats are required for deliverables (Altium, Cadence, KiCad, Gerbers)? Options: Altium, Cadence/OrCAD, KiCad, Gerber/ODB++, Other
• Do you require full fabrication-ready files (Gerbers, BOM, pick-and-place)? Options: Yes, No
• Are there mechanical, thermal, or enclosure constraints we must accommodate? Options: Yes, No
• What electrical constraints (voltage rails, power budget, EMI limits) must the reference design meet?
• Do you need layout review sessions or handoff support to your PCB team? Options: Yes, No

Deliver Integration Test Harness and Bench Software

• What types of test coverage do you require from the harness (functional, performance, stress, regression, compliance)? Options: Functional, Performance/benchmark, Stress/load, Regression, Compliance (regulatory)
• Should tests be runnable in CI/CD pipelines or only in lab environments? Options: CI/CD + lab, Lab only, CI/CD only
• Do you require hardware-in-the-loop (HIL) or fully automated bench setups? Options: Yes - HIL required, No - manual bench OK, Partially automated
• Which delivery format do you prefer for bench tools and scripts (python scripts, executables, LabVIEW, dockerized runners)? Options: Python scripts, Executables/installed tools, LabVIEW, Dockerized runners, Other
• Who will own and update test cases long-term (OEM, vendor, joint)? Options: OEM, Vendor, Joint
• Do you require test data logging, reporting formats, or integration with your test dashboards? Specify.

Provide Preloaded Firmware Binaries for OEM Hardware

• Do you require factory preloaded firmware on components/boards prior to shipment? Options: Yes, No
• Which SKUs/hardware variants require preloaded images (list part numbers or variants)?
• Are secure boot, image signing, or hardware provisioning required for preloaded firmware? Options: Yes - signing required, No, Partial (specify)
• What delivery and provisioning methods are acceptable (factory flash, SD image, network provisioning)? Options: Factory flash, SD card image, Network provisioning, USB/ISP, Other
• What acceptance tests must be passed on preloaded units before shipment?
• What is the expected versioning and rollback policy for preloaded firmware? Options: Semantic versioning, Build number, Timestamped builds, Other

Deliver Custom Firmware Builds per OEM Configuration

• How many unique firmware variants/configurations do you anticipate at launch? Options: 1, 2-5, 6-20, 20+
• Will configuration be achieved via build-time flags, runtime parameters, or both? Options: Build-time configuration, Runtime parameters, Both
• Are there binary size, memory, or storage constraints for custom builds? Options: Yes, No
• Do custom builds require additional security/cryptographic provisioning (keys per OEM/SKU)? Options: Yes, No
• What is the desired turnaround time per custom build or firmware variant? Options: 1-2 weeks, 2-4 weeks, 1+ months
• Who will own build automation and artifact storage for custom images (OEM, vendor, joint)? Options: OEM, Vendor, Joint

Run Integration Engineering Sessions (remote or onsite)

• Do you prefer remote, onsite, or hybrid integration sessions? Options: Remote, Onsite, Hybrid
• What are the primary objectives for the sessions (bring-up, debugging, performance tuning, certification prep)? Options: Bring-up, Debugging, Performance tuning, Certification prep, Knowledge transfer, Other
• Which roles should attend from the OEM side (embedded engineer, QA, product manager, procurement)?
• What is the expected duration and frequency of sessions (single workshop, weekly cadence, milestone-based)? Options: Single workshop, Weekly sprint sessions, Milestone-based check-ins, Ad-hoc as-needed
• Do you require pre- and post-session deliverables (recordings, runbooks, action items)? Options: Yes, No
• Are there site-access, NDAs, or security requirements for onsite visits?

Provide Certification Test Artifacts and Compliance Files

• Which certifications/compliance regimes must be supported (FCC, CE, UL, IEC, automotive, telecom)? Options: FCC, CE, UL, IEC/EN, Automotive (ISO 26262), Telecom (PTCRB/3GPP), Other
• Do you need only artifacts/documentation or full test execution and lab coordination? Options: Artifacts/documentation only, Assisted testing with vendor, Full managed testing and lab coordination
• Who will be responsible for certification test execution and lab bookings? Options: OEM, Vendor, Third-party lab, Jointly
• Are there specific test reports or evidence formats required by your certification body?
• What target timeline and milestones exist for certification completion?
• How should firmware or hardware changes be handled during certification (change control, regression re-testing)?

Ship Production-Qualified Components for Launch Volume

• What are target launch volumes and ramp profile (monthly/yearly forecasts)? Options: Less than 1,000, 1,000-10,000, 10,000-100,000, 100,000+
• What are expected lead times and minimum order quantities (MOQs)?
• Which packaging formats do you require (tape-and-reel, tray, bulk)? Options: Tape-and-reel, Tray, Bulk, Custom
• What quality acceptance criteria or metrics must shipments meet (FPY, test coverage)?
• Are traceability, serialization, or unique device identifiers required? Options: Yes, No
• What logistics terms (Incoterms) and delivery locations are preferred? Options: FOB, DDP, EXW, Other

Issue Volume Licensing Agreement and Royalty Schedule

• Which pricing/licensing model do you intend to pursue? Options: Per-unit royalty, Fixed license fee, Subscription, Hybrid (license + royalty)
• What forecast volumes and pricing tiers should be used to define royalty breakpoints?
• What term length and renewal mechanics are preferred for the agreement? Options: 1 year, 3 years, Perpetual, Project-based
• Do you require sublicensing, transfer, or OEM-DI (distributor) rights? Options: Yes, No
• What audit, reporting cadence, and payment terms (net 30/60) do you expect? Options: Monthly, Quarterly, Annually, On-demand
• Are there special regional pricing, tax, or currency requirements?

• Master Services Agreement (MSA)
• Statement of Work (SOW)
• Software Licensing Agreement
• Royalty & Revenue Schedule
• Volume Pricing & Forecast Commitment
• Supply Continuity & Manufacturing Commitment
• Support & Service Level Agreement (SLA)
• Joint Engineering Governance & Escalation Plan
• Acceptance & Certification Responsibilities
• Payment Terms & Invoicing Schedule
• Warranty, Indemnity & Liability Addendum
• Intellectual Property & Patent License Addendum
• Data Processing & Security Agreement (DPA)
• Export Control & Regulatory Compliance Certificate
• Change Order Procedure
• Termination, Transition & Exit Plan
• Confidentiality & Publicity Guidelines
• Audit Rights & Reporting Obligations

• Success Review & Acceptance
• Lessons Learned & Retrospective
• Operational Handoff & Shared Channel Setup
• Enhancement Backlog Prioritization & Roadmap Alignment
• Ongoing Governance & Health-Check Cadence

• Publish the prioritized backlog and link each item to acceptance criteria and target release windows.
• Establish a RACI for operational responsibilities between OEM and supplier.
• Provision the shared channel (project space + ticket queue) and invite all operational contacts.
• Publish the incident response playbook including severity definitions and SLAs.
• Create a quarterly report template to track production issues, resolution times, and trends.
• Gather Candidate Enhancements
• Produce a prioritized backlog with clear value statements and preliminary timelines.
• Obtain supplier commitment for near-term items and identify dependencies requiring OEM input.
• Align roadmap milestones that affect certification, supply, or pricing commitments.
• Kickoff & Objectives
• Assign owners for OEM-required inputs (test cases, validation hardware, sample requests) and set deadlines.
• Update the public/shared roadmap with committed items and dependencies.
• Propose Governance Cadence
• Agree a governance calendar with clear attendee lists and decision authorities.
• Define a concise KPI dashboard and reporting cadence to surface risks early.
• Establish escalation triggers that map to contractual remedies or executive review.
• Create and circulate the governance calendar with recurring invites and meeting owners.
• Build the initial KPI dashboard and share access with governance participants.
• Document escalation triggers and incorporate them into the shared channel playbook.
• Verify each agreed success signal has objective evidence and reach a formal acceptance decision.
• Document any outstanding gaps with owners, completion criteria, and due dates.
• Obtain signatures or recorded approvals from both OEM and supplier decision owners.
• Publish an acceptance record that maps each success signal to evidence and the acceptance decision.
• Create gap remediation tickets for any non-conformances with owners and target close dates.
• Distribute the meeting minutes and acceptance artifact to governance and program stakeholders.
• Set the Context & Rules
• Capture a prioritized list of improvement opportunities with clear owners and due dates.
• Agree on 2-4 process or artifact changes to implement before the next integration.
• Create a short lessons-learned summary suitable for distribution to engineering, product, and commercial teams.
• Publish a lessons-learned report that includes prioritized improvements and owners.
• Update integration playbooks, checklists, or SDK docs based on agreed improvements.
• Schedule follow-up checkpoints for high-priority improvements to validate closure.
• Review Post-Acceptance Support Model
• Activate a documented shared channel and ticketing workflow with access granted to required teams.
• Agree on SLAs and escalation steps for production issues and supply events.
• Recap Agreed Success Signals
• Define KPIs & Dashboards
• Create / Activate Shared Channel
• What Went Well
• Impact & Effort Assessment
• Prioritization & Trade-offs
• Issue Triage & Severity Definitions
• Escalation & Contractual Triggers
• What Could Be Improved
• Evidence Review Against Each Signal
• Commitments & Timing
• Gap Assessment & Risk Items
• Root Cause Analysis for Top 2 Issues
• Schedule First 90-Day Checkpoints
• Supply & Logistics Escalation Process
• Acceptance Decision & Next Steps
• Improvement Actions & Owners
• Ownership Matrix & RACI