Project Overview
Led the architectural design and implementation of a comprehensive AWS cloud solution for the Arkansas Administrative Office of the Courts. This transformation modernized case management and public access systems, improving efficiency and accessibility of court services.
This project represented a significant digital transformation for a critical government function, moving from legacy on-premises systems to a modern, scalable cloud architecture. The solution enables courts across the state to more effectively manage cases, process documents, and provide services to citizens.
Key Features
Electronic Filing System
Developed a secure, user-friendly interface for attorneys and pro se litigants to file court documents electronically, reducing paper waste and processing time.
Case Management System
Created a comprehensive database solution for tracking cases from filing to disposition, with automated workflows and deadline management.
Judicial Dashboard
Built a personalized interface for judges to manage their dockets, review case documents, and track pending decisions and deadlines.
Public Access Portal
Designed a public-facing website for citizens to access court calendars, search case information, and retrieve public documents.
Integration Architecture
The system was designed with a microservices architecture, allowing for individual components to be updated or replaced without affecting the entire system. Key integration points included:
- Authentication services with government identity providers
- Payment processing system for filing fees
- Document storage and retrieval systems
- Court calendaring and scheduling systems
- APIs for law enforcement and other government agencies
Technical Architecture
The solution utilized a modern serverless architecture built on AWS, with the following key components:
- Frontend: React-based responsive web applications for both internal court staff and public users
- API Layer: Amazon API Gateway with AWS Lambda functions providing backend services
- Authentication: Amazon Cognito for secure, role-based access control
- Document Storage: Amazon S3 for document storage with lifecycle policies
- Data Processing: AWS Lambda and Step Functions for automated document processing
- Database: Amazon DynamoDB for flexible, scalable data storage with Amazon RDS for relational data
- Search: Amazon OpenSearch Service for powerful full-text search capabilities
- Monitoring: AWS CloudWatch and X-Ray for comprehensive system monitoring and diagnostics
Development Approach
The project followed a modern development methodology with these key practices:
- Agile development process with two-week sprints and continuous delivery
- Infrastructure as Code using AWS CloudFormation and AWS CDK
- CI/CD pipelines with AWS CodePipeline and GitHub Actions
- Microservices architecture for modular development and deployment
- Comprehensive automated testing including unit, integration, and end-to-end tests
- User-centered design with regular stakeholder feedback sessions
Impact & Results
The modernization project delivered significant improvements for both court operations and public access:
- Reduced case processing time by 40% through automation and streamlined workflows
- Improved public access with 24/7 availability of court services online
- Decreased paper usage by 75% through digital document management
- Enhanced security with role-based access control and encryption
- Achieved 99.99% system availability through robust cloud architecture
- Reduced IT infrastructure costs by 30% through serverless architecture
Challenges & Solutions
The project presented several challenges that required innovative solutions:
Data Migration
Migrating decades of historical case data required developing custom ETL processes and data validation tools to ensure accuracy and completeness.
Complex Workflows
Court procedures vary by case type and jurisdiction. We implemented a flexible workflow engine with configurable business rules to accommodate these variations.
Security Compliance
Court data requires strict security controls. We implemented comprehensive security measures meeting FedRAMP and CJIS requirements for handling sensitive legal information.
Change Management
Transitioning court staff to new systems required extensive training and support. We developed a phased rollout approach with dedicated training programs and change champions.
Authentication & Security
- Multi-factor authentication
- Role-based access control
- End-to-end encryption
- Activity logging and auditing
Scalability
- Cloud-native architecture
- Kubernetes orchestration
- Auto-scaling service instances
- Load balanced API gateways
Reliability
- 99.99% uptime SLA
- Geographic redundancy
- Automated failover
- Comprehensive monitoring
Accessibility
- WCAG 2.1 AA compliance
- Screen reader optimization
- Keyboard navigation support
- Language translation services
Additional Resources
To learn more about this project, you can view the official case study .