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  • Municipal procurement: RFP language for golf software that addresses uptime and support

    If you run a municipal course, your tee sheet and point-of-service systems are not a hobby—they’re the backbone of rounds, revenue, and weekend sanity. This article gives plain-language RFP clauses and short explanations you can paste into a solicitation to get real commitments on uptime, monitoring, support SLAs, and transition planning.

    How to use these clauses

    Treat the language below as templates. Adjust timeframes and thresholds to fit your course’s peak hours and tolerance for downtime. Where I suggest a response time or availability goal, you can tighten or relax it depending on local needs and budget.

    Definitions (start here so everyone’s on the same page)

    Include concise definitions for terms used in the RFP. Example:

    “Uptime” — the percentage of time the Service is available to users during a monthly measurement period, excluding scheduled maintenance and disruptions caused by the Municipality, network outages beyond Vendor control, or force majeure events.

    “Incident” — any event that interrupts or degrades the normal operation of the Service as measured by the agreed monitoring metrics.

    Uptime SLA (template clause)

    “Vendor shall provide an availability Service Level Agreement (SLA) for the Software as a Service (SaaS) components used by the Municipality. At minimum, the Vendor must guarantee monthly availability of [insert target, e.g., 99.9%] measured using the Vendor’s monitoring systems and reported as described in the Reporting section. Scheduled maintenance windows shall be excluded from uptime calculations when notified according to the Maintenance Windows clause.”

    Note: 99.9% is a common starting point; adjust to your needs. Whatever number you pick, require a clear measurement method and exclusions.

    How uptime is measured

    “Uptime shall be calculated as: (Total minutes in measurement period – Minutes of Unavailable Service) / Total minutes in measurement period. Vendor shall publish the raw measurement data and calculation for each monthly period.”

    Monitoring and public status

    “Vendor must provide continuous monitoring of core service components (tee-sheet booking, user authentication, payment tokenization endpoints where used, and staff control panel). Vendor shall operate a public status page with real-time incident postings and historical uptime for the preceding 12 months. The status page must include ETA and progress updates for all incidents classified as Severity 1 or 2.”

    Require ticketing integration or an API if you want incidents to automatically create records in your own systems.

    Incident severity, response, and escalation (template)

    “Vendor shall classify incidents by severity and meet the following response and update cadence:

    • Severity 1 (Service Down): Vendor acknowledges within 15–30 minutes, begins mitigation within 1 hour, and provides updates at least every 30 minutes until service is restored.
    • Severity 2 (Major Degradation): Vendor acknowledges within 1 hour, provides mitigation plan within 4 hours, and updates every 2 hours until resolved.
    • Severity 3 (Partial Impact): Vendor acknowledges within 4 business hours and provides resolution or workaround within 48 hours.

    Vendor must supply a written escalation matrix with names, roles, and 24/7 contact methods for personnel responsible for Severity 1 events.”

    These are template times—your municipality can shorten them for busy weekends or tournaments.

    Maintenance windows and notifications

    “Vendor shall schedule routine maintenance outside of the Municipality’s peak hours (defined as [insert local peak times]). For non-emergency maintenance, Vendor must provide at least 72 hours written notice specifying expected impact and rollback plan. Emergency maintenance is permitted only when necessary to prevent imminent threat; Vendor must notify the Municipality as soon as practicable and document the reason in post-incident reporting.”

    Support, staffing, and business hours

    “Vendor shall provide support channels during these hours: [insert support hours]. For Severity 1 incidents, Vendor must maintain an on-call rotation accessible 24/7 via phone and email. Vendor shall provide municipal staff training materials, phone numbers, and a single designated technical account manager for the duration of the contract.”

    Reporting, post-incident reviews, and KPIs

    “Vendor must deliver a monthly performance report that includes: uptime percentage, number and classification of incidents, mean time to acknowledge (MTTA), mean time to repair (MTTR), and any SLA credits due. For any Severity 1 incident, Vendor must supply a written Root Cause Analysis (RCA) and corrective action plan within 10 business days of full resolution.”

    Credits and remedies

    “If monthly uptime falls below the SLA target, Vendor shall issue service credits per the following schedule: [insert credit schedule, e.g., X% credit per Y minutes below target]. Credits shall be the exclusive monetary remedy for availability failures unless repeated breaches occur (e.g., more than three months below SLA in a rolling 12-month period), at which point the Municipality reserves the right to terminate for cause after a reasonable cure period.”

    Always include a defined cure period and a termination clause tied to repeated SLA failures.

    Transition, data export, and rollback

    “Vendor must provide a transition plan that includes: export of all municipal data in open, machine-readable formats (CSV and JSON), secure transfer procedures, and a parallel-run plan to validate data fidelity. Vendor must export transaction and booking history, active reservations, member records, and configuration settings within 10 business days of request. Vendor shall cooperate with a designated successor vendor to minimize downtime during cutover.”

    Make sure the RFP requires that data exports are included at no extra charge and that exports include documentation of data formats.

    Testing and acceptance

    “Before go-live, Vendor shall run a joint acceptance test that includes functional checks and a peak-load simulation during a mutually agreed time. Acceptance criteria shall be documented; the Municipality may request remediation of issues discovered during acceptance testing before final acceptance.”

    Audit and compliance

    “Municipality reserves the right to require third-party verification of uptime and incident reporting once per contract year. Vendor shall cooperate and provide necessary logs and reports within 15 business days.”

    Where to tighten or relax these templates

    Smaller courses with limited budgets will accept longer response times or lower availability targets. For busy municipal courses, tournaments, or weekend-heavy schedules, tighten response times for Severity 1 events and require out-of-hours on-call support. If you want a deeper technical conversation about infrastructure and reducing outage risk, see our primer on failover and hosting options.

    Related resources from Northpoint:

    If you want RFP language tailored to your course’s schedule, peak-day needs, or payment-processor setup, talk with Northpoint about GolfSuite and what a practical SLA package would look like for your municipal operation. See whether Northpoint GolfSuite fits your course — Talk With Northpoint About GolfSuite.

  • How to evaluate golf course software that can work with your existing payment processor

    Why this matters (and why now)

    Most courses re-evaluate payments during annual budgeting or vendor renewals. Changing a payment processor mid-season is messy—cardholder credentials, terminals, and reconciliation processes all need attention. If your team wants to keep an existing relationship, the right questions up front save time and money. Below is a practical checklist to evaluate whether a new golf course management system can work with your current payment processor.

    Core technical checkpoints

    1. API and SDK availability

    Ask the processor whether they publish a documented API or SDK for third-party integrations. Key details to request:

    • API endpoints and supported operations (authorization, capture, refunds, voids, token creation).
    • Authentication method (API key, OAuth, mutual TLS).
    • SDKs for languages or platforms your vendor uses (JavaScript, iOS, Android, server-side languages).
    • Sandbox or developer environment access for integration testing.

    If the processor only supports closed-source or partner-only integrations, that increases vendor dependency and potential certification costs.

    2. Hosted payments and tokenization

    Two common approaches let you avoid handling raw card numbers: hosted payment pages and tokenization. Both reduce PCI scope when implemented correctly.

    • Hosted payments: the processor serves a checkout page or iframe that collects card data. Your software receives a payment token or transaction result without ever touching the PAN (primary account number).
    • Tokenization: the processor issues a token representing the card after an initial transaction. That token can be used for future charges without storing the card number on-course systems.

    Confirm whether the processor supports these flows and whether tokens are reusable for different transaction types (in-person, online, recurring).

    3. Terminal and EMV integration

    If you accept in-person payments at the pro shop or food-and-beverage carts, check how terminals integrate:

    • Are terminals standalone, or can they be integrated via SDKs or local network APIs?
    • Does the processor certify specific terminal models for integrated-authorize flows?
    • Can the vendor’s software show transaction status and receipts in the POS or tee-sheet workflow?

    Some processors allow a hybrid model: card-present terminals for walk-up sales and hosted/tokenized web flows for online reservations. Ask how transaction reconciliation looks when both methods are used.

    Security and compliance checkpoints

    4. PCI scope and responsibility

    PCI DSS scope depends on how card data flows. Get clear answers from both your processor and prospective software vendor about who will:

    • Store, transmit, or process cardholder data.
    • Complete the appropriate Self-Assessment Questionnaire (SAQ) or support an Attestation of Compliance (AOC).
    • Manage encryption keys and TLS settings.

    Ask for guidance on your expected SAQ type (A, A-EP, D, etc.) based on the integration model. Smaller courses often prefer hosted payments or fully tokenized flows because they limit their PCI obligations.

    5. Data retention and logs

    Clarify what transaction logs and customer data the vendor will retain, for how long, and where. That affects accounting, refunds, chargeback investigations, and any FOIA or municipal record requests for public courses.

    Operational and billing workflows

    6. How authorization, capture, and refunds are handled

    Golf operations have specific workflows: deposits for tournaments, pre-authorizations for tee times, final captures after play, and split checks for food at the turn. Confirm these capabilities:

    • Support for separate authorize and capture steps.
    • Void windows and auto-capture timing.
    • Partial refunds and multi-line item refunds.
    • Ability to attach metadata (booking ID, golfer name, tee time) to transactions for easier reconciliation.

    7. Recurring and stored-billing use cases

    If you run memberships, passes, or subscription-style billing, ensure the processor supports tokenized recurring charges and secure card-on-file management. Ask whether tokens expire, how they are refreshed, and what the re-authorization flow looks like.

    Testing, certification, and deployment

    8. End-to-end testing plan

    Integration rarely goes perfectly on the first try. Request a test plan that covers:

    • Sandbox transaction scenarios: online booking, walk-up sale, terminal-assisted payment, refunds, and chargebacks.
    • Reconciliation reports and matching logic between POS and processor statements.
    • Failover behavior when the processor or internet connection is unavailable (offline swipes, fallback authorizations).

    9. Certification and go-live checklist

    Some processors require formal certification steps before permitting production traffic. Understand any certification fees, timelines, and resource needs from your staff or vendor.

    Practical questions to ask your processor and potential vendor

    • Do you provide a developer sandbox and technical documentation? Can we get test credentials?
    • Which hosted-payment or tokenization options do you support, and how do they change PCI requirements for the merchant?
    • What terminal models are certified for integrated use, and is there an SDK for local terminal control?
    • How are chargebacks managed, and what data will we have in our system to contest disputes?
    • Who is responsible for encryption and key management, and what logging will be available for audits?

    Record answers in a simple matrix: processor feature (API, hosted payment, tokens, terminals), vendor support (yes/no/partial), and any blockers (certification, cost, timeline).

    Final practical notes

    Note: Northpoint evaluates processors case-by-case and compatibility depends on technical details—no guarantees. We prefer to work with a course’s existing payment relationships when practical, but integration requires processor APIs, hosted-payment capabilities, tokenization, terminal support, and clearly defined PCI responsibilities.

    If this all sounds like a lot (it is), start with one clear objective: keep card data out of course servers if you can. That reduces PCI scope and makes integrations simpler. From there, focus on how the processor supports the booking, capture, and refund workflows you actually use on the tee sheet and at the turn.

    Looking for help mapping your current payments setup to a new golf course platform? Talk With Northpoint About GolfSuite: Request a Demo / Contact. See whether Northpoint GolfSuite fits your course. Tell us how your course operates today and we can discuss what a GolfSuite installation could look like for you.

    Related reading: check our Pricing page for deployment options, learn more About Northpoint GolfSuite, explore tee-sheet features on our Tee Time Software page, and see how GolfSuite connects operations in the Course Operations overview.