Cases | Pica Trebax

Objective

The objective was to develop Polyphysica, a three-dimensional physical modeling system utilizing the discrete element method (DEM) to simulate large ensembles of particles and their interactions with natural and engineered objects for performance prediction.

Key Features

1. Integrated Modeling Environment:

Polyphysica offers an integrated modeling environment with a user-friendly graphical interface (GUI) for streamlined interaction and scenario development.

2. Efficient Parallel Kernel:

Utilizes a parallel kernel with efficient algorithms for rapid DEM computations on various computing systems, including laptops, desktops, and high-performance computing clusters.

3. Lua Scripting Language:

Supports Lua scripting language for creating custom functions to control objects, initialize parameters, and monitor behavior, enhancing flexibility and customization.

4. CAD File Import:

Facilitates the import of CAD STL and PLY files to describe particle shapes and engineered objects, enabling seamless integration with existing design data.

5. Realistic Grain Shapes:

Offers realistic grain shapes using polyhedral particles, ensuring computational efficiency regardless of grain complexity.

6. Comprehensive Physics Simulation:

Incorporates accurate mechanical, material, and physical properties for particles, along with friction, adhesion/cohesion, elasticity, viscoelasticity, gravity, and local drag forces for realistic simulations.

7. Scalability:

Capable of simulating scenarios with over a million particles efficiently, with support for a distribution of particle sizes and dynamic particle generation.

Outcome

The successful development of Polyphysica demonstrates our expertise in creating advanced physical modeling systems. The software provides users with a powerful toolset for simulating complex particle interactions and predicting performance accurately. With its intuitive interface and robust feature set, Polyphysica empowers researchers and engineers to tackle challenging simulation tasks effectively.

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Objective

The objective was to develop the mobile application, featuring a product catalog and tailored to a specific device model and series as requested by the client.

Technology

The application was built using Flutter, a cross-platform development framework known for its efficiency and performance.

Key Features

1. Featured New Products:

Stay updated with the latest additions to the catalog showcased prominently within the app, ensuring users never miss out on the freshest items.

2. Detailed Product Information:

Explore each product comprehensively with high-quality images, detailed descriptions, and easy price checking, enabling informed purchasing decisions.

3. Advanced Filters:

Easily find desired items using search functionality and convenient filters. Sort products by categories, brands, flavors, and prices to tailor the search to specific preferences.

4. Seamless Offline Experience:

Enjoy uninterrupted access to the entire product catalog even without an internet connection, ensuring continuous browsing convenience.

Outcome

The mobile application represents a successful collaboration between our team and the client, delivering a user-friendly and feature-rich platform for accessing the product catalog. Built using Flutter technology, the app offers advanced functionalities, including offline access, detailed product information, and intuitive filtering options. With its tailored design for a specific device model and series, the Salt Point app provides a seamless and engaging user experience, contributing to enhanced customer satisfaction and brand visibility.

Objective

The objective was to develop a mobile application for purchasing goods, leveraging ReactNative for frontend development and NodeJS for backend server functionalities.

Technology

Frontend: ReactNative

Backend: NodeJS

Integration with Various Services:

1. NovaPoshta:

Integration with NovaPoshta, a logistics service provider, for seamless shipping and delivery management within the application.

2. Portmone API:

Implementation of Portmone API as a payment provider for secure and efficient payment processing within the app.

3. Contentful Database:

Utilization of Contentful database for storing comprehensive content related to the entire product catalog, ensuring efficient content management.

4. Algolia Search Service:

Integration with Algolia search service for maintaining the product catalog and locations of NovaPoshta branches, providing users with fast and accurate search results.

5. Analytics and Notification Services:

Integration with OneSignal for sending push notifications and in-app messages to users, enhancing engagement and user interaction.
Implementation of Amplitude for product analytics within the app, allowing insights into user behavior and preferences.
Integration with AppsFlyer for collecting and analyzing data from website and app users, facilitating data-driven decision-making and performance optimization.

Outcome

Objective

The objective was to develop a CRM system, named CRM TopCosmetics, using React for web development, leveraging existing libraries. The primary functionality aimed to track orders, manage information about products and clients, create new clients, and collect and process feedback and ratings.

Technology

Web Development: React (utilizing existing libraries)

Main Functionality

1. Order Tracking:

The CRM system allows tracking orders placed by clients, providing real-time updates on order status and delivery information.

2. Client and Product Information Management:

It enables storing and managing comprehensive information about clients, including their contact details, purchase history, and preferences. Similarly, it manages product details such as descriptions, pricing, and availability.

3.New Client Creation:

The system facilitates the creation of new client profiles, allowing easy addition and management of customer information.

4. Feedback and Ratings Management:

CRM TopCosmetics collects and processes feedback and ratings provided by clients, enabling businesses to gather valuable insights and improve their products and services accordingly.

Outcome

CRM TopCosmetics is a comprehensive customer relationship management system designed to optimize business processes and enhance client relationships. By utilizing React for web development and leveraging existing libraries, the system offers a user-friendly interface and robust functionality. It enables businesses to effectively manage sales, track orders, organize client information, and gather feedback and ratings, all in one centralized platform. With CRM TopCosmetics, businesses can streamline operations, improve communication, and drive customer satisfaction, ultimately leading to enhanced business performance and growth.

Objective

The task was to create a prototype of a home three-phase charging station equipped with a Type 2 socket for electric cars.

Technology

Web Development: React (utilizing existing libraries)

Stages

1. Hardware Development:

Developed a custom board based on the ESP32-S3 microcontroller, featuring advanced functionalities such as a three-phase electricity meter, RS485, UART, 1WIRE, RCM support, and socket lock function.
Utilized the ESP32-S2, a highly integrated, energy-efficient, single-core Wi-Fi SoC microcontroller, ensuring high performance and rich IO capabilities.

2. Firmware Development:

Developed firmware for the controller using the C programming language.
Integrated control of board components and implemented an HTTP server for external connection and station management.

3. Prototype Shield Assembly:

Procured necessary components and assembled the prototype shield.
Completed all required connections to ensure seamless functionality.

4. Tester Assembly:

Assembled a specialized tester to facilitate the testing process of the charging station prototype.

5. Final Testing:

Conducted comprehensive testing of the charging station prototype using a real car (Nissan Leaf) to validate performance and functionality.

Outcome

The successful development of the prototype charging station demonstrated our expertise in embedded systems development. The completed solution met all specified requirements and underwent rigorous testing to ensure reliability and performance. This project showcases our ability to deliver innovative and functional hardware solutions tailored to the client's needs.

Brand Logo Development

Task:

Conceptualize and develop ideas for the brand logo of Apollo Spirit.

Approach:

Collaborated with the client to understand their vision and brand identity, then created multiple logo concepts to align with their preferences and industry standards.

Outcome:

Successfully developed a distinctive and versatile logo that reflects Apollo Spirit's values and resonates with their target audience.

Website Maintenance and Optimization

Task:

Provide support for an existing website, addressing specific issues and enhancing user experience.

Challenges:

Redirecting all 404 error pages to the homepage and ensuring proper indexing and language display in Google search results.

Solutions:

Implemented redirects for seamless navigation and optimized metadata to improve search engine visibility.

Additional Support:

While addressing the immediate tasks, we also provided recommendations for ongoing website maintenance and optimization strategies to enhance performance and user engagement.

Outcome

Our collaboration with Apollo Spirit involved both creative design work and technical website support. By understanding their brand identity and addressing their specific website needs, we were able to deliver effective solutions that contribute to their overall success.

Objective

Key Features

1. Integrated Modeling Environment:​

2. Efficient Parallel Kernel:

Utilizes a parallel kernel with efficient algorithms for rapid DEM computations on various computing systems, including laptops, desktops, and high-performance computing clusters.

3. Lua Scripting Language:

Supports Lua scripting language for creating custom functions to control objects, initialize parameters, and monitor behavior, enhancing flexibility and customization.​

4. CAD File Import:

Facilitates the import of CAD STL and PLY files to describe particle shapes and engineered objects, enabling seamless integration with existing design data.

5. Realistic Grain Shapes:

Offers realistic grain shapes using polyhedral particles, ensuring computational efficiency regardless of grain complexity.

6. Comprehensive Physics Simulation:

7. Scalability:

Outcome

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CRM

1. Integrated Modeling Environment:

Supports Lua scripting language for creating custom functions to control objects, initialize parameters, and monitor behavior, enhancing flexibility and customization.