Our portfolio includes software platforms, academic prototypes, IoT systems, hackathon work, and early-stage product concepts.
Portfolio status
Lymoris Technologies is at an early stage. Some projects began as academic work, prototypes, hackathon experiments, or product concepts.
They demonstrate our technical direction and problem-solving experience rather than large-scale commercial deployment.
Every project is labelled according to its actual development stage.
Web Project
A digital platform designed to improve water-tanker booking, shortage reporting, delivery coordination, and local water-service management.
Technologies
Problem
Residents may struggle to find reliable tanker services during water shortages, while operators often manage bookings, drivers, payments, and delivery updates manually.
Our approach
The prototype brings user booking, tanker management, driver coordination, delivery tracking, shortage alerts, payments, complaints, and administrative reporting into one platform.
Current outcome
A working full-stack prototype with user, driver, tanker, booking, tracking, payment, complaint, alert, and administration modules.
Main features
Web Project
A platform concept created to connect daily-wage and skilled workers with contractors and local work opportunities.
Technologies
Problem
Many local workers depend on informal communication and physical gathering points to find work, while contractors may struggle to locate available workers with suitable skills.
Our approach
RozgarLink provides worker and contractor accounts, skill-based worker discovery, availability information, booking coordination, work records, payments, and administration tools.
Current outcome
A structured platform prototype covering worker, contractor, booking, payment, dispute, wallet, verification, and admin workflows.
Main features
IoT Project
An IoT prototype that monitors waste-bin levels using sensors and communicates status information to a software dashboard.
Technologies
Problem
Waste bins may overflow when collection teams have no real-time information about fill levels or priority locations.
Our approach
Ultrasonic sensors measure bin fill levels, a Wi-Fi-enabled microcontroller transmits readings, and a web or mobile interface presents status and alert information.
Current outcome
A functional academic prototype using ultrasonic sensors, NodeMCU connectivity, database storage, alerts, and an administration interface.
Main features
Data Project
A weather-based planning application created for a NASA Space Apps challenge concept.
Technologies
Problem
Outdoor-event organizers need understandable weather information to evaluate whether weather conditions could affect an event.
Our approach
The application retrieves forecast data, presents weather conditions clearly, and helps users review possible event risks such as rain and unsuitable outdoor conditions.
Current outcome
A working hackathon prototype that demonstrates weather-data integration and user-focused forecast presentation.
Main features
AI Project
A planned AI assistant concept focused on helping businesses access company information, understand services, and automate selected support tasks.
Technologies
Problem
Visitors and customers may need quick answers about services, products, company information, and common business questions.
Our approach
The planned assistant will use verified Lymoris information and controlled backend services to answer questions and guide users toward the correct service or contact channel.
Current outcome
The frontend assistant interface exists. Backend knowledge, response control, testing, and safety improvements are still required.
Main features
Embedded Project
A future hardware-software platform for monitoring sensors, connected devices, and real-world operating conditions.
Technologies
Problem
Small organizations may require simple ways to monitor equipment, environmental conditions, or connected devices without complex industrial infrastructure.
Our approach
The planned system combines microcontrollers, sensors, wireless communication, APIs, alerts, dashboards, and device-management tools.
Current outcome
The concept is being explored through earlier IoT prototypes and embedded-system experiments.
Main features
Mobile Project
A future group of mobile applications designed to connect users with Lymoris software products and intelligent systems.
Technologies
Problem
Many real-world platforms require mobile access for field users, customers, workers, drivers, and administrators.
Our approach
Mobile applications may provide account access, notifications, location-based services, data collection, booking, tracking, and product controls.
Current outcome
Mobile capabilities are planned and supported by earlier Android development experience and prototype applications.
Main features
We use a simple process that keeps the problem, users, and practical requirements at the center of development.
Study the users, environment, limitations, and existing solutions.
Plan the workflows, software architecture, hardware, and required data.
Create a working version that demonstrates the essential features.
Evaluate usability, technical performance, reliability, and future value.
We aim to build projects that demonstrate complete workflows, useful features, database design, user interaction, and practical problem-solving.
Selected prototypes may continue through user research, architecture improvement, testing, deployment, and real-world validation.
Our goal is not to keep building disconnected demonstrations. We want to identify the strongest ideas and develop them into useful, reliable products.
Explore Our ProductsShare your software, artificial intelligence, IoT, embedded-system, mobile application, or product idea with Lymoris Technologies.
Discuss Your Project