CASE STUDY
Smart, Data-Driven Parking Enforcement
Streamlined parking operations, improved data accuracy, and built a platform ready to scale.
Client
Gryd
Product
Parking Enforcement Application
Industry
Parking technology and urban mobility
At a glance
Project snapshot
How Atomic Build modernized Gryd's parking enforcement platform with reliable web and mobile workflows for enforcement teams.
- Industry
- Parking technology and urban mobility
- Product
- Parking Enforcement Application
- Atomic Build's role
- Product modernization, software architecture, and web and mobile application delivery.
Impact
Streamlined Operations
Reduced manual tasks with automation, improving efficiency.Enhanced Data Accuracy
Real-time validation minimized enforcement errors.Scalable Growth
Microservices architecture supported seamless expansion.Platform
- Cross-Platform Mobile App
- Offline-First Capabilities
- Secure Authentication
Expertise
- Urban Mobility
- Property Technology
- Smart Parking Solutions
Business problem
Project context
Constraints and goals
Poor performance and bugs
The MVP that was built previously by an offshore agency performed extremely poorly as Gryd started to scale their operations. It continued to be ridden with bugs, and had extremely slow responses.
Manual Processes
Enforcement officers relied on manual checklists and inconsistent methods, reducing accuracy and increasing administrative workload.
Limited Scalability
Previous systems were not designed to handle growing urban parking demands or integrate seamlessly with new technologies.
Optimizing parking lot utilization
Large property management companies didn't have insight into their parking lot operations as they prioritized their apartment or office suites only.
Gryd marketplace
Bringing more parking inventory in cities that are lacking space. This connected empty parking lots in residential and commercial units with users who needed parking space without any additional hardware.
Unlocking secured parks to Gryd marketplace
Commercial buildings with private access cards to open up more inventory into the Gryd marketplace.
Solution delivered
Atomic Build delivered a robust web and mobile-based Parking Enforcement Application designed to enhance the efficiency and accuracy of parking enforcement operations:
Overhaul of application to be more performant
Where possible re-purposed some technology and re-wrote more performant and efficient applications to bring stability and performance into Gryd platforms across mobile and web experiences.
Real-Time Data Updates
The system connects to a central database, ensuring that enforcement officers have the latest information about parking violations as soon as it's updated.
User-Friendly Dashboard
We created an easy-to-navigate dashboard where managers can see live updates, track enforcement activities, and view historical data with simple visual maps.
Smart Recommendations
The app uses data from past violations to suggest where officers might find common infractions, making their patrols more efficient.
Flexible and Scalable
Built with modern architecture, the system can grow with GrydPark's needs and adapt as new technologies become available.
Technical approach
Atomic Build's technical strategy focused on creating a scalable, reliable, and user-centric enforcement platform designed to address GrydPark's specific operational challenges while supporting future growth.
System Architecture and Design
Cloud-Native Infrastructure with Cloud Migration
Migrated legacy systems to Google Cloud Platform (GCP), ensuring a smooth transition to a fully cloud-native environment. This migration improved system availability, disaster recovery, and operational agility. We utilized Google Kubernetes Engine (GKE) for container orchestration, enhancing deployment automation and scalability.
Infrastructure as Code (IaC)
Used Terraform to manage GCP resources programmatically, enabling consistent and repeatable deployments with enhanced security.
Modular Microservices Architecture
Built with Node.js, TypeScript, and Express.js for efficient API management, and React with Redux for a responsive front-end UI, allowing faster development and easier scaling.
API-First Development
Designed RESTful and GraphQL APIs for seamless third-party integrations and flexible feature expansion without system overhauls.
Containerization & Orchestration
Used Docker with Kubernetes on GCP for automated deployment and scaling, ensuring consistent performance and high availability.
Advanced Data Processing
Real-Time Data Streaming
Employed Apache Kafka for event-driven architecture, enabling high-throughput data pipelines for enforcement activities. This supported real-time updates and decision-making, critical for dynamic parking environments.
Database Optimization
Utilized PostgreSQL with PostGIS for spatial data management and Redis for in-memory caching to enhance query performance. This optimized database interactions, improving data retrieval speed for enforcement officers.
Advanced Analytics Dashboard
Integrated with Power BI and custom D3.js visualizations for real-time data analytics, trend analysis, and performance monitoring. This provided actionable insights to GrydPark, facilitating data-driven decision-making.
Geospatial Intelligence
Integrated with Mapbox API for real-time geolocation tracking and interactive parking lot mapping, enhancing enforcement strategies by providing precise location data.
Mobile Application Enhancements
Secure Access Control
Implemented OAuth 2.0 with JWT (JSON Web Tokens) for secure user authentication and role-based access control. This ensured data security while allowing flexible access management for different user roles.
Offline-First Architecture
Designed with service workers for offline data capture and background sync capabilities, ensuring uninterrupted operations even in low-connectivity areas. This was critical for enforcement officers operating in diverse environments.
Cross-Platform Optimization
Developed using React Native for consistent performance across iOS and Android devices, reducing development overhead and ensuring feature parity.
User-Centric Design
Applied Material Design principles for an intuitive UI/UX, minimizing cognitive load and enhancing user adoption. This focus on usability improved officer efficiency and reduced training time.
Reported outcomes
These qualitative outcomes come from the approved project record. No additional measurements have been inferred.
Streamlined Operations
Reduced manual tasks with automation, improving efficiency.
Enhanced Data Accuracy
Real-time validation minimized enforcement errors.
Scalable Growth
Microservices architecture supported seamless expansion.
Reliable and Performant
Optimized architecture eliminated bugs, improved response times, and ensured seamless performance across web and mobile.
Client perspective
“The partnership felt like a true collaboration, with Atomic becoming an integral part of our team, invested in our success as much as we are.”
Josh Glow
CEO
Related services
Capabilities used in this kind of work.
Product Modernization
Improve an existing software product, workflow, and architecture while protecting the capabilities the business already relies on.
Explore service →Software Architecture
Make practical system, data, integration, and delivery decisions for a new product, a scaling platform, or modernization work.
Explore service →Forward-Deployed Engineering
Embed a senior product and engineering team that works in your real constraints and owns the path from decision to production.
Explore service →Your product could be next.
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