case studies

A California-based service company aimed to expand into a multi-industry SaaS platform but was constrained by outdated CorePHP systems. Partnering with Ditstek Innovations, they embraced digital transformation to streamline operations, boost scalability, and unlock new industry opportunities.

• Outdated CorePHP system limiting scalability and flexibility.
• Manual workflows and fragmented data silos.
• Poor operational visibility hindering decision-making.
• No support for cross-industry growth ambitions.

• Designed a scalable SaaS platform for multi-industry use.
• Implemented real-time inspections and HR automation.
• Enabled GPS-powered task tracking for field operations.
• Integrated QuickBooks for seamless financial management
• Improved efficiency, data visibility, and growth readiness.

A U.S.-based healthcare tech initiative struggled with outdated systems, fragmented data, and compliance hurdles, putting critical public health programs at risk. We delivered a scalable SaaS platform that digitized care workflows, ensured HIPAA compliance, and enabled real-time collaboration across providers and agencies—without disrupting continuity.

• Legacy systems causing inefficiencies and data silos.
• Compliance delays slowing reimbursements.
• Limited support for remote and IoT-enabled care.
• Threat to state and federally funded programs.

• Developed a configurable SaaS platform for public healthcare.
• Automated intake, compliance, and reporting processes.
• Integrated IoT devices for continuous health monitoring.
• Enabled secure, HIPAA-compliant telehealth services.
• Delivered scalability, speed, and improved provider efficiency.

A U.S.-based IoT provider serving logistics, infrastructure, and smart waste management needed to modernize its legacy platform. Partnering with Ditstek Innovations, they re-architected for scalability, agility, and real-time data reliability to support global IoT operations.

• Monolithic codebase restricting flexibility and scalability.
• Slow, inefficient development and deployment cycles.
• Limited ability to manage high-volume telemetry and video feeds.
• Lack of advanced features for modern IoT applications.

• Re-architected platform with microservices and cloud-native infrastructure.
• Adopted real-time communication protocols for IoT performance.
• Enabled remote device reboot, GPS geofencing, and indoor asset tracking.
• Introduced smart waste monitoring with fill-level sensors.
• Built CI/CD pipelines for faster, more secure deployments.