core purpose. tech

    Case Study

    Min Beboer Parkering: making private residential parking easier to manage

    Min Beboer Parkering is a SaaS platform for residential property owners, housing associations, and administrators who need structured control of private parking access, guest permissions, and enforcement.

    Domain

    Private residential parking

    Model

    SaaS multi-property deployment

    Integrations

    ANPR + Payment Provider

    Focus

    Access control and enforceable operations

    The challenge

    Fragmented operations created friction and inconsistency

    Private parking operations were spread across spreadsheets, ad-hoc permit handling, and manual coordination. That led to slow decision cycles, avoidable disputes, and weak traceability.

    • Unauthorized vehicles occupying private spaces
    • Manual handling of resident and guest requests
    • Slow or unreliable controller-side verification
    • Inconsistent fee issuance and poor traceability

    The solution

    Min Beboer Parkering centralizes workflows into one role-based operating model where access control, verification, and enforcement follow auditable rules.

    Digital vehicle registration and guest permissions

    Live controller verification in the field

    Local admin control with centralized governance

    Scalable SaaS rollout across properties

    Operational roles and accountability

    The operating model is intentionally split between field execution, local administration, and central governance. Each role has clear authority boundaries and responsibility scope.

    01

    Role 01

    User

    Resident or authorized parker

    Capabilities

    • Register own license plates
    • Manage recurring vehicles
    • Request and grant guest parking
    • Grant temporary permissions (24 hours)
    02

    Role 02

    Controller

    On-site parking enforcement

    Capabilities

    • Scan license plates in the field
    • Validate live permissions instantly
    • Issue fees for unauthorized vehicles
    • Document enforcement decisions
    03

    Role 03

    Local Admin

    Operational owner of each parking area

    Capabilities

    • Create and manage users
    • Assign and manage controllers
    • Oversee local permissions
    • Maintain day-to-day operational control
    04

    Role 04

    System Admin

    Hidden central governance layer

    Capabilities

    • Platform-level configuration
    • Cross-tenant governance
    • Secure support operations
    • Centralized administration controls

    System architecture and integrations

    The platform architecture connects on-site operations and resident-facing flows with integrated infrastructure for ANPR events, permission validation, fee creation, and payment processing.

    Referenced case context

    This implementation is directly connected to the broader Operational AI architecture used in our production case delivery.

    Open Operational AI case reference

    Workflow expansion cards

    Workflow Explorer

    Expand lanes to review system ownership, then expand cards for implementation specifics.

    How we implemented it

    • Self-service registration with role-aware access boundaries per property
    • 24-hour guest access requests with explicit validity windows
    • Traceable permission history available to controllers and local admins

    Open each lane card to inspect responsibility boundaries, then open a workflow card for implementation details.

    Integration 01

    ANPR integration

    ANPR events are linked to the permission registry to validate whether a vehicle has active parking rights in real time. This supports consistent enforcement decisions and reduces manual lookups.

    Integration 02

    Payment provider integration

    Fee handling is integrated with a payment provider so issuance, settlement, and reporting are part of one controlled flow instead of separate operational tools.

    App implementation in practice

    Resident app

    Residents register own plates, manage recurring vehicles, and create temporary guest access windows without calling local administration.

    Controller app

    Controllers scan plates in the field, receive instant authorization status, and can create fees immediately when no valid permission exists.

    Local admin portal

    Local admins manage users, controllers, and local parking permissions in one interface without technical overhead.

    System admin layer

    A hidden central layer handles governance, support, and platform-level configuration across properties and tenants.

    Implementation approach

    Phase 1

    Foundation and access model

    Tenant setup, role model definition, and permission rules for residents, guests, controllers, and local admins.

    Phase 2

    Operational app implementation

    Resident app and controller app workflows implemented with real-time plate validation and traceable permission history.

    Phase 3

    ANPR and payment integration

    ANPR integration for automated plate events and payment provider integration for fee handling, settlement, and reconciliation.

    Phase 4

    Rollout and scale

    Property-by-property onboarding with repeatable SaaS rollout templates, local admin enablement, and support governance.

    Business value

    • Improved utilization of limited private parking resources
    • Fewer resident and guest parking conflicts
    • Stronger documentation and auditability
    • More professional and consistent enforcement workflows
    • Reduced manual coordination for local teams
    • Scalable SaaS operations across residential properties
    View Operational AI reference caseBack to cases