Project History & Handover

Mutual

This page provides a structured record of the Autosplash web platform’s transition to V and Bruno, including initial scope definition, system-level adjustments during execution, and the final delivery state at handover.

Phase Transition & Onboarding

When V and Bruno assumed responsibility for development of the web platform on 19 January 2026, the Autosplash system was already operating in a live production environment with active users.

The project was an inherited codebase without complete accompanying technical documentation such as API specifications, deployment guides, or architecture diagrams. Early work therefore involved direct analysis of the running system and source code to establish a working understanding of existing workflows, dependencies, and integration points prior to implementing changes.

Bounded Scope & System Stabilization

The primary engagement was defined around front-end user experience improvements and conversion optimization. During execution, additional system-level work was required to ensure platform stability and compatibility with production behavior.

1. Core Front-End Scope

The initial deliverables focused on improving customer-facing flows:

Conversion-Optimized UI: Refinement of layout structure, hierarchy, and visual presentation for performance and clarity.
Guest-Optimized Booking Flow: Adjustment of booking flow structure to allow users to complete core steps before account creation, with explicit consent-based account generation at completion.
Returning Customer UX: Implementation of flows supporting saved vehicles, stored locations, and simplified repeat booking interactions.
Payment Integration: Integration of an in-page Stripe API-based payment flow replacing prior redirect-based handling.

2. System Stabilization & Platform Adjustments (Expanded Scope)

During implementation, additional engineering work was carried out to align system behavior, restore missing functionality, and ensure operational continuity of production workflows.

Infrastructure Environment Transition: A production environment was established on a DigitalOcean Virtual Private Server (VPS), including server configuration, database setup, and Nginx routing setup to support stable deployment and runtime execution.
Backend Structural Refactoring: Introduction of service-layer abstractions for key workflows (e.g., coupon validation and application flows) to isolate business logic from legacy implementations and improve maintainability.
Subsystem Restoration: Resolution and reconstruction of affected or missing components, including:
- database tables and schema inconsistencies
- notifications
- booking-related logic modules
- map and geospatial boundary logic
Payment Flow Debugging: Investigation and correction of Stripe integration issues, including webhook synchronization behavior and server-side payment processing errors.

Version Control & Structural Lineage

Development was consolidated into a structured feature-branch workflow under a GitHub-based repository, with active development organized across feature-specific branches.

Branch Structure

landing-page-refactor
new-flow-registered-user
stripe-integration

These were merged into the main branch following stabilization of core functionality.

Repository & Runtime Alignment

During system review, differences were identified between:

the state of the running production environment
the state represented in version control history

To ensure consistency between deployed behavior and repository history, these differences were consolidated into a synchronization commit:

chore: Preserve uncommitted production changes from previous user

This aligned repository state with the live system for traceability and maintenance purposes.

Local Development & Operations Suite

A standardized local development environment and tooling set was introduced to improve reproducibility, debugging speed, and onboarding efficiency.

Containerized Environment

Docker-based local setup
Isolated PostgreSQL instance for development parity with production/staging environments

Operational Scripts (`/bin`)

A set of developer utilities was introduced for local diagnostics and workflow acceleration:

create-web-component.sh: Generates standardized UI micro-component boilerplate
find-todos.sh: Scans codebase for remaining TODO items and technical debt markers
curls/:
- app-works.sh: Basic endpoint availability verification
- homepage-links-work.sh: Link validation across rendered pages
- route-post-works-any.sh: POST route testing utility for backend endpoints

These tools are intended for development and verification workflows and are not part of production runtime behavior.

Handover Parameters & Asset Transfer

The engagement is considered complete in its defined scope. All deliverables and operational components are transferred to Autosplash.

Transferred Deliverables

Application Codebase
Consolidated Laravel-based system with structured separation between legacy logic and introduced service-layer components.
Server Infrastructure
Production and staging environments deployed on DigitalOcean VPS architecture.
Documentation & Local Development Environment
Provided as complimentary deliverables to support onboarding and development continuity. Includes Docker-based local setup and supporting technical documentation.

Maintenance & Future Work

The engagement is complete in its current scope.
Future development may proceed under separate agreements.
The system is structured to support independent maintenance and extension by subsequent engineering teams.
All source code and infrastructure assets are assigned to Autosplash.

Ownership

All application code and infrastructure assets belong to the client (Autosplash).
Server infrastructure (including DigitalOcean hosting costs) is the responsibility of the client.
Optional services such as backups, security maintenance, and future feature development may be provided by V and Bruno under separate, paid agreements.
No ongoing operational control is retained after handover.

Purpose of Documentation

This documentation exists to:

Establish a clear technical baseline of the system
Describe system evolution during the engagement
Support onboarding of future maintainers
Summarize key implemented changes and current system behavior

Continue Reading

Architecture & CodebaseSystem structure and design principles applied during the engagement.

Front-End Scope & AWS MigrationInfrastructure and system adjustments made during production disruption.