CPCS

Project Title: AR Application for Surgeons: Descriptions of Illnesses

Short Description: CPCS developed an AR application that showcases 3D models of human internal organs and DNA, highlighting potential genetic illnesses, treatments, and lifestyles.

Industry: Medical & Augmented Reality

Objectives: Design and develop 3D images of human internal organs (lungs, kidney, spleen, etc.) and a DNA model. The aim was to augment these models' reality, showing possible genetic illnesses and providing hints for relevant treatments and lifestyles.

The challenge for our company: A coalition of surgeons from London sought to present at a medical industry event using 3D models of human DNA and internal organs. The challenge was to ensure the AR application could recognize these 3D models from various perspectives.

Our Solution:

• Step 1: Create a library of 3D objects.

• Step 2: Investigate two approaches for object recognition: with and without QR codes.

• Step 3: Opt for recognition without QR codes for the client's purpose.

• Step 4: Teach the application to recognize 3D models from varied angles using contrasting points on the models.

• Step 5: Allow the system to expand the choice of 3D models and work with new ones.

Technologies applied: Backend with Symphony, Design with Unity 3D and Maya 3D, Swift for iOS, Unity for 3D model creation and animation, and AR libraries for Unity.

Team and Duration: The team consisted of an iOS engineer, a 3D models designer, a library recognition developer, half a business analyst, half a project manager, and a QA engineer.

The project duration was 3 months.

Results: The group of British surgeons successfully promoted their professional alliance at an industry event and garnered public interest through the AR application. The AR product also has the potential for further development and reuse for varied purposes.

Work with us: If you're looking to develop an innovative AR application for the medical industry or any other sector, reach out to CPCS. 

Project Title: Bringing Worldwide Brands and Fashion Professionals Together

Short Description: CPCS developed a platform integrating online shops via Admitad and offering a proprietary editor for creating clothing collages, enabling stylists to build their online reputation and users to explore and purchase outfits.

Industry: Fashion & E-commerce

Objectives: To create a unified platform for stylists and end-users, integrating various online shops and offering a unique collage editor for outfit creation.

The challenge for our company: Integrating diverse online shop structures under a unified platform, implementing a proprietary collage editor, and providing analytics for user behavior and purchases.

Our Solution (step by step):

• Step 1: Integrate online shops via the affiliate network Admitad.

• Step 2: Develop a proprietary editor similar to Photoshop for creating clothing collages.

• Step 3: Enable stylists to share collages, earn online reputation, and offer paid services.

• Step 4: Implement redirection to online distributors and partner programs.

• Step 5: Generate reports offering admins analytics of purchases and user behavior.

• Step 6: Map varied online shop categories and automate product import.

• Step 7: Implement a search option with filters for easy navigation.

• Step 8: Allow users to design outfits, post them, and receive feedback.

• Step 9: Introduce a messenger for chatting with stylists and a comment section.

Technologies applied: Frontend development with Vue.js, Backend development with Symfony PHP framework, MySQL database, and Admitad.

Team and Duration: 2 backend engineers, 2 frontend engineers, 1 project manager, 1 designer. The project took 1 year for the end-to-end solution.

Results: Successfully developed a comprehensive platform that integrates various online shops, offers a unique collage editor, and provides stylists and users with a unified space to explore and purchase outfits.

Work with us: If you want to develop a platform that bridges the gap between fashion brands and professionals, contact CPCS. Our team is ready to assist you.

Project Title: Drone Video Surveillance Leveraged by Live Streaming to Desktops

Short Description: CPCS enabled real-time drone video surveillance by developing a web interface for field-to-cloud streaming and configuring communication workflows for UAVs.

Industry: Drone Surveillance & Live Streaming

Objectives: To provide a seamless real-time drone video surveillance experience by developing a web interface for streaming and ensuring effective communication between UAVs and their base control stations.

The challenge for our company: Compiling hardware elements for drone missions, supporting electronic system components, and ensuring smooth communication between UAVs' embedded systems and their base control stations.

Our Solution (step by step):

• Step 1: Compile hardware elements for the client's drone missions.

• Step 2: Support the electronic system's components and communication workflows of UAVs with their base control stations.

• Step 3: Develop a web interface for field-to-cloud streaming for end-users.

• Step 4: Configure real-time communication workflows of embedded UAV systems and restream them to the web application.

• Step 5: Deliver live video from field missions of UAVs globally.

• Step 6: Investigate SLAM approach and odometry algorithms for UAVs operating in GPS-challenged environments.

• Step 7: Present extensive computer simulations to validate the investigated approaches.

Technologies applied: Backend development with C++ and Qt, Frontend development with Symphony, iOS development with Object-C.

Team and Duration: 1 mechanical engineer, 1 electronic engineer, 2 backend programmers, 1 frontend programmer, 1 PM, 1 QA. The project spanned 3 years.

Results: Successfully developed and implemented a platform that provides real-time drone video surveillance through a web interface, enabling global access to live video from field missions.

Work with us: If you want to develop a comprehensive solution for drone video surveillance and live streaming, contact CPCS. Our team is ready to assist you.

Project Title: Equal Access to Education: A Fintech Solution by CPCS

Short Description: CPCS developed a platform that bridges investors and students, providing students with affordable private loans based on credibility evaluations, while allowing investors to benefit from diversified smaller investments.

Industry: FinTech & Education

Objectives: To create a platform that offers students more affordable private loans based on their credibility and provides investors with a diversified pool of investment opportunities.

The challenge for our company: Designing an intuitive interface for varied user roles, developing a functional administrative panel for cross-team collaboration, and accommodating changes in mathematical algorithms for loan applicant evaluations.

Our Solution (step by step):

• Step 1: Conduct product discovery sessions with the US client to understand the business logic and user requirements.

• Step 2: Design an intuitive UI/UX for investors, educational institutions, and students.

• Step 3: Collaborate with the client's team to understand risk evaluation workflows and develop a suitable administrative panel.

• Step 4: Implement Stripe refunding based on the client's insurance mechanisms.

• Step 5: Introduce a tracking feature for credit issuance and loan obligation fulfillment events.

• Step 6: Incorporate analytical reports for loan applications, platform traffic, popular educational institutions, and majors.

• Step 7: Redesign 80-90% of the system's inner logic to accommodate changes in mathematical algorithms for evaluating loan applicants.

Technologies applied: Backend development with Java and Python, Frontend development with ReactJS.

Team and Duration: 3-5 backend engineers, 2 frontend designers, 2 QA engineers, 1 PM, 1 BA. The project took 6 months for the MVP.

Results: Successfully developed a platform that offers students affordable private loans based on credibility evaluations and provides investors with diversified investment opportunities.

Work with us: If you want to develop a fintech solution that bridges the gap between investors and students, contact CPCS. 

Project Title: Quick Access to Millions for SMBs via CPCS-Developed Platform

Short Description: CPCS developed a platform that automates the credit evaluation process for SMBs, enabling quick access to millions of dollars.

Industry: FinTech

Objectives: To digitize and automate the credit evaluation process for SMBs, ensuring efficient and rapid access to funds.

The challenge for our company: Implementing proprietary algorithms, configuring system communication channels, and incorporating logic that automates the work of the client's analysts.

Our Solution (step by step):

• Step 1: Apply Microservice architecture to structure the client's system as a collection of services, ensuring independent deployments.

• Step 2: Develop the "Recap" block that operates an extensive database and ensures system communication with end-users via various email types.

• Step 3: Implement machine learning algorithms for generating relevant correspondence with creditors, loan applicants, and successful credit borrowers.

• Step 4: Automate the previously manual credit evaluation process, including application analysis, cashflow processing, and support communication.

Technologies applied: Backend development with PHP, Frontend development with ReactJS.

Team and Duration: 2 backend programmers, 1-2 frontend programmers, 1 PM, 1 QA, 1 DevOps. The project has been ongoing for over 4 years.

Results: Successfully developed and implemented a platform that has automated the credit evaluation process for SMBs, leading to rapid business growth for the client.

Work with us: If you're looking to develop a comprehensive solution for SMB financing, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: End-to-End Solution for Cryptocurrency Trading with Low Risks by CPCS

Short Description: CPCS developed an end-to-end solution for cryptocurrency trading, aiming to provide users with free access to place and execute cryptocurrency exchange orders, while delivering real-time information on the most opportune portfolios for profitable trading.

Industry: Cryptocurrency and Technology

Objectives: To create a platform that offers users free access to place and execute cryptocurrency exchange orders, and to provide real-time information on the most favorable portfolios for trading.

The challenge for our company: Developing an end-to-end solution that connects the platform with hundreds of cryptocurrency exchanges, evaluates risks and profits using mathematical algorithms, and presents varied portfolios via graphs for easy understanding by users.

Our Solution (step by step):

• Step 1: User registration on the platform.

• Step 2: Allow users to view available portfolios with cryptocurrency pairs favorable for trading.

• Step 3: Implement subscription options based on investment amounts, including freemium options.

• Step 4: Connect the platform with hundreds of cryptocurrency exchanges using APIs.

• Step 5: Implement risk and profit evaluation using mathematical algorithms fed with live data.

• Step 6: Display information on varied portfolios via graphs, enabling users without extensive cryptocurrency knowledge to trade profitably.

• Step 7: (Coming soon) Implement individual risk settings, allowing users to set risk limits for their chosen portfolios.

Technologies applied: Frontend development with Vue.js, Backend development with .NET (for the trading panel) and Kotlin (for the investment logic), using Reactive Architecture. Additional tools include AWS, Kubernetes, Akka, and GraphQL.

Team and Duration: 3 backend engineers, 1 mobile developer, 1 PM, 1 QA. The project took 1.5 years for the MVP.

Results: Successfully developed an end-to-end solution for cryptocurrency trading, enabling users to access real-time information on favorable portfolios, evaluate risks and profits, and trade with confidence.

Work with us: If you're looking to develop a comprehensive solution for cryptocurrency trading, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Integration of Open Source Solutions into a System for Behavioral Counseling by CPCS

Short Description: CPCS developed a system that integrates open source solutions for video and chatting sessions for behavioral counseling, ensuring secure communication and data handling.

Industry: Healthcare and Technology

Objectives: To develop a system that integrates open source solutions for video and chatting sessions, ensuring secure communication and data handling for doctors and their patients.

The challenge for our company: Developing a system that not only integrates open source solutions for video and chatting sessions but also ensures the security of sensitive patient data.

Our Solution (step by step):

• Step 1: Conduct deep research of the open source elements to be integrated into the system.

• Step 2: Develop an API that enables the system to read patients’ prescriptions stored in hospitals programs.

• Step 3: Build a super secure system by encrypting each message within the system independently from the others, applying mathematical algorithms.

• Step 4: Integrate Matrix, an open source messenger, and Life Switch, an open source solution for video calls.

• Step 5: Solve a number of scaling challenges to allow the system to process big amounts of data without any downtimes.

Technologies applied: Native application for iOS and Android, Backend development – Python, Flask, Integrations – Matrix, Life Switch.

Team: 1 iOS engineers, 1 Android developer, 1 backend engineer, 1 PM, 1 QA.

Duration: 0.6 year for the MVP.

Results: Successfully developed a system that integrates open source solutions for video and chatting sessions for behavioral counseling. The system ensures secure communication and data handling, and can process big amounts of data without any downtimes.

Work with us: If you're looking to develop a system that integrates open source solutions for video and chatting sessions, reach out to CPCS. 

Project Title: Web Development for the UK Agency of the Year in Web Design by CPCS

Short Description: CPCS provided web development services for one of our most trusted clients from the UK, an agency active in designing websites for their B2B customers like Sony, Toshiba, and Lenovo.

Industry: Web Design and Technology

Objectives: To reimagine and develop the client's own website, keeping up with the latest design trends and adding an admin panel for content management, marketing campaigns, and traffic tracking.

The challenge for our company: Developing a website that not only meets the client's design and functionality requirements but also optimizes for Android, iOS, and all known tablets’ software.

Our Solution (step by step):

• Step 1: Understand the client's requirements, including the need to keep up with the latest design trends and add an admin panel for content management.

• Step 2: Develop the frontend of the website according to the design team's request.

• Step 3: Implement an admin panel as requested by the marketing managers, allowing them to add content, manage marketing campaigns, and track website traffic.

• Step 4: Optimize the website for Android, iOS, and all known tablets’ software.

Results: Successfully developed and optimized a website for one of our most trusted clients from the UK. The website has been well-received by the client and has effectively facilitated their content management and marketing campaigns.

Work with us: If you're looking to develop a website that meets your design and functionality requirements, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: VR Application Development for Marketing Agency's Client Demos by CPCS

Short Description: CPCS developed a VR application for Oculus Go that meets all the business needs of a marketing agency's client demos, featuring 3D models of various locations, user authentication, and an admin panel with various features.

Industry: Marketing and Technology

Objectives: To develop a VR application for Oculus Go that meets all the business needs of a marketing agency's client demos.

The challenge for our company: Developing a VR application that not only serves as a tool for client demos but also provides user authentication and an admin panel with various features.

Our Solution (step by step):

• Step 1: Design the VR application’s landscapes, including 3D models of the Agency’s office, a few sightseeing locations of London, the underground of London, and Heathrow airport.

• Step 2: Solve the problem of user authentication when the headset is on by using a cloud of keywords solution. This allows the application’s end users to log into the app by choosing just a few words from the cloud of keywords set by the admins.

• Step 3: Develop an admin panel with features that allow admins to upload designed posters to a chosen environment, add users, set keywords for authentication, check the voting results by campaigns or the history logs.

• Step 4: Implement a voting option for end users, which is a very convenient solution to make the Agency’s flows even more agile.

Technologies applied: Laravel, PHP, Unity, C#, 3DMax models.

Team: 1 backend engineer, 1 engineer for 3D models design, 0.5 business analyst, 0.5 project manager, 1 QA engineer.

Duration: 3 week. 

Results: Successfully developed a VR application for Oculus Go that meets all the business needs of a marketing agency's client demos. The application has been well-received by the agency and its clients, and has effectively facilitated the demo process.

Work with us: If you're looking to develop a VR application for client demos, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: App Development for US Primary Schools by CPCS

Short Description: CPCS developed an interactive and gamified educational application for primary school students in the US, offering a range of features for both students and teachers.

Industry: Education and Technology

Objectives: To create an engaging and interactive educational platform for primary school students, with features that allow teachers to track progress and schedule classes.

The challenge for our company: Developing an application that not only serves as an educational tool but also engages young students through gamification and interactive scenarios.

Our Solution (step by step):

• Step 1: Conduct a platform discovery session with the client to understand their vision and use cases.

• Step 2: Design a number of mockups for the client to choose from.

• Step 3: Develop a gamified password system for students to log into the app.

• Step 4: Implement features for students, including avatar selection, choice of educational pathways (Art & Design, Engineering, Programming), progress tracking, achievement and badge system, and collaborative roles within the app.

• Step 5: Implement features for teachers, including profile creation for students, class scheduling, progress tracking, and credit assignment within the app.

• Step 6: Implement a synchronization feature that allows users to continue their education from any iPad device with the application.

Technologies applied: Native app development for iOS, Java.

Team: 1 Java engineer, 1 iOS engineer, 0.5 project manager, 0.5 business analyst, 1 QA engineer.

Duration: 6 months for the MVP.

Results: Successfully developed an interactive and gamified educational application for primary school students in the US. The application has been well-received by both students and teachers, and has effectively facilitated the educational process.

Work with us: If you're looking to develop an educational application, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: AR Application for National Crafts Performance by CPCS

Short Description: CPCS developed an AR application for a nation-wide event's promotion, featuring custom animation, crafts performances aggregation, a scheduling tool, briefs about artists, a library with the artists’ works, and all the venues with their exact locations on the map.

Industry: Event Promotion and Technology

Objectives: To develop an AR application for a nation-wide event's promotion that works seamlessly and in offline mode.

The challenge for our company: Creating an AR application that not only promotes the event but also engages the audience with modern entertainment of high demand.

Our Solution (step by step):

• Step 1: Develop an AR application with custom animation that works seamlessly and in offline mode.

• Step 2: Implement features that aggregate all the crafts performances and provide a scheduling tool.

• Step 3: Add briefs about artists and a library with the artists’ works.

• Step 4: Show all the venues with their exact locations on the map.

• Step 5: Engage the audience with augmented reality reachable via the QR codes on big boards.

Technologies applied: AR technology, QR codes.

Results: Successfully developed an AR application for a nation-wide event's promotion. The application engaged the audience with modern entertainment of high demand and the organizers of the event reached all their goals.

Work with us: If you're looking to develop an AR application for event promotion, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Project Management Tools by CPCS

Short Description: CPCS developed a set of project management tools that provide task tracking for varied organizational levels, the ability to set and edit roles for employees, and options to set goals and perform skills’ assessments.

Industry: Project Management and Technology

Objectives: To solve the problem of backlog and epics’ limitations by developing custom features that meet the client's technical requirements.

The challenge for our company: Developing a solution that provides task tracking for varied organizational levels and allows for the setting and editing of roles for employees.

Our Solution (step by step):

• Step 1: Develop features for admins that allow task tracking for varied organizational levels and the ability to see a tree of locations with relevant task boards.

• Step 2: Implement dashboards that allow admins to add new employees, form organizational trees, and see units/departments.

• Step 3: Develop features for team leads that allow them to add and edit a set of skills per employee and set and edit roles for employees.

• Step 4: Implement features for users that allow them to see skills by organizational levels and set goals for varied organizational levels.

• Step 5: Develop an option to perform skills’ assessments for varied organizational levels.

Technologies applied: Wekan Kanban board, ReactJS, NodeJS, WordPress.

Team: 2 backend engineers, 3 frontend engineers, 1 designer, 1 project manager.

Duration: 1.5 years for the end-to-end solution.

Results: Successfully developed a set of project management tools that provide task tracking for varied organizational levels, the ability to set and edit roles for employees, and options to set goals and perform skills’ assessments.

Work with us: If you're looking to develop a set of project management tools, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Mainstream Dating Platform Development by CPCS

Short Description: CPCS developed a mainstream dating platform, migrating the client's existing WordPress website content to the newest version of WordPress CMS and implementing new features to create an integrated solution.

Industry: Online Dating and Technology

Objectives: To migrate the client's existing WordPress website content to the newest version of WordPress CMS and implement new features to create an integrated solution.

The challenge for our company: Migrating the client's existing content that didn't fit into the categories of the final solution and implementing new features to create an integrated solution.

Our Solution (step by step):

• Step 1: Migrate the client's existing WordPress website content to the newest version of WordPress CMS using a number of WordPress plugins installed in a semi-manual way.

• Step 2: Implement a multi-category blog, a sophisticated search engine, an interface with the platform's list of events, and a form where users can subscribe to these events and add them to their G-suit calendars.

• Step 3: Enable subscribers to pay the events' fees via the EventTribe tool.

• Step 4: Enable end-user registration/authorization via LinkedIn API, which prefills all the fields needed for registration with the data shared via users' LinkedIn profiles.

• Step 5: Design and implement new templates for all existing pages, making the whole platform feel like one integrated solution.

Technologies applied: WordPress, LinkedIn API, Eventbrite API, Airtable integration.

Team: 1 backend engineer, 1 frontend engineer, 1 project manager, 1 QA engineer.

Duration: 6 months for the MVP.

Results: Successfully developed a mainstream dating platform, migrating the client's existing WordPress website content to the newest version of WordPress CMS and implementing new features to create an integrated solution.

Work with us: If you're looking to develop a mainstream dating platform, reach out to CPCS. Our team of professionals is ready to assist you with your next project

Project Title: Digital Art Library by CPCS

Short Description: CPCS developed a digital platform that makes rare art publications accessible worldwide, providing publishing partners with user-friendly tools to publish their collections and subscribers with a sophisticated search tool to browse the resource.

Industry: Digital Libraries and Technology

Objectives: To convert a massive offline database of authors and art publications into a digital resource, providing a flexible search option and making the digital art library publication format agnostic.

The challenge for our company: Creating a platform that can handle a large amount of data, provide user-friendly tools for publishers, and sophisticated search tools for subscribers.

Our Solution (step by step):

• Step 1: Develop a platform that makes rare art publications accessible worldwide.

• Step 2: Provide publishing partners with user-friendly tools to publish their collections and calculate their royalty automatically.

• Step 3: Implement a sophisticated search tool for subscribers to browse the resource.

• Step 4: Integrate Stripe payment system to the platform, enabling end users to pay for their access to the paid content within the platform.

• Step 5: Implement 'private cabinets' that log the history of chosen and/or published content and the amount of relevant fee and/or royalty.

Technologies applied: Frontend development – Twig, Backend development – Symfony PHP framework.

Team: 1 backend engineer, 1 frontend engineer, 1 project manager, 1 QA engineer.

Duration: 1 year for the end-to-end solution.

Results: Successfully developed a digital platform that makes rare art publications accessible worldwide. The platform provides user-friendly tools for publishers and sophisticated search tools for subscribers.

Work with us: If you're looking to develop a digital platform that makes rare art publications accessible worldwide, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Social Network for Special Needs by CPCS

Short Description: CPCS developed a secure and user-friendly social network for individuals with special needs, featuring a two-step authentication system and a range of communication tools.

Industry: Social Networking and Technology

Objectives: To develop a social network that caters to individuals with special needs, providing them with a secure and open platform for communication.

The challenge for our company: Creating a platform that is both secure and easy to use, with features that mirror popular social networks while ensuring the privacy and safety of its users.

Our Solution (step by step):

• Step 1: Implement a two-step authentication system that includes a standard numeric-word password and a gamified sequence of animals.

• Step 2: Develop features that allow users to publish posts on their walls, including pictures and videos.

• Step 3: Implement a search function that allows users to find friends based on shared interests.

• Step 4: Enable users to send and accept friend requests.

• Step 5: Allow users to see their friends’ posts and react to publicly shared posts.

• Step 6: Implement a real-time messenger for communication.

• Step 7: Provide a support feature where users can ask admins for assistance.

Technologies applied: Backend – PHP, Laravel and Java, Spring frameworks. Messaging module – Java, Spring. Mobile app – React Native.

Team: 3 backend engineers, 1 engineer for iOS and Android, 1 project manager, 1 QA engineer, 1 SysOps engineer.

Duration: 3 months for the MVP, 5 months for the beta-version, 7 months for the end-to-end production.

Results: Successfully developed a secure and user-friendly social network for individuals with special needs. The platform provides a range of communication tools and ensures the privacy and safety of its users.

Work with us: If you're looking to develop a secure and user-friendly social network, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Actor Auditions Platform by CPCS

Short Description: CPCS developed an online platform that connects actors with legitimate casting opportunities, allowing them to submit profiles and be preapproved by film directors.

Industry: Entertainment and Technology

Objectives: To develop an online resource that helps actors find legitimate casting opportunities and allows film directors to preapprove these pitches.

The challenge for our company: Creating a platform that streamlines the casting process, allowing actors to upload detailed profiles and film directors to search for talent using specific filters.

Our Solution (step by step):

• Step 1: Develop an online resource where actors can find legitimate casting opportunities.

• Step 2: Implement a feature that allows members to submit their profiles to casting calls instantaneously.

• Step 3: Enable film directors to preapprove these pitches, attracting membership to our database with actor profiles.

• Step 4: Allow actors to upload videos, picture galleries, and other relevant information about their education and experience to their profiles.

• Step 5: Equip film directors with filters to search for talent by age, gender, and location.

• Step 6: Enable production teams to post a casting call and get seen immediately by actors from our database.

• Step 7: Implement a messaging tool that allows film makers to message directly to the actors they like and manage the talent selections from their ‘private cabinets’.

Technologies applied: Frontend software development – VueJS, Backend software development – Laravel, App development for Android – Kotlin, App development for iOS – Swift, Integrations / APIs – Yandex Kassa.

Team: 2 backend engineers, 2 frontend engineers, 1 project manager, 1 engineer for iOS, 1 engineer for Android, 1 QA engineer, 1 release manager, 1 business analyst.

Duration: 0.5 year for the market release of the product.

Results: Successfully developed an online platform that connects actors with legitimate casting opportunities, streamlining the casting process and making it easier for actors and film directors to connect.

Work with us: If you're looking to develop an online platform that streamlines the casting process, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Event Management Suite by CPCS

Short Description: CPCS developed a comprehensive event planning platform for large-sized businesses, comprising a web application for multi-level administrator roles and a mobile application for participants.

Industry: Event Management and Technology

Objectives: To develop a comprehensive event planning platform that assists administrators in managing events and participants in accessing event information.

The challenge for our company: Creating a platform that can handle multiple events simultaneously, manage varied roles, and provide a gamified experience for participants.

Our Solution (step by step):

• Step 1: Develop a web application for multi-level administrator roles that allows them to moderate multiple events, edit separate events, set accessibility permissions, manage sponsors’ branding, and generate reports.

• Step 2: Develop a mobile application for participants that provides information on schedules and speeches, assists in solving logistic issues, and offers a gamified experience with voting options.

• Step 3: Implement a database of all event subscribers, a push-up notifications feature, and a messenger linking participants and event organizers.

• Step 4: Equip participants with an interactive map that shows venues, schedules, and content of speeches.

• Step 5: Implement a feature that allows event admins to monitor attendance of their events.

Technologies applied: Backend – MySQL, Symfony4.3, Sonata. Mobile app – Java for Android, Swift.

Team: 2 backend engineers, 1 mobile engineer for iOS, 1 mobile engineer for Android, 1 frontend engineer, 1 project manager, 1 business analyst.

Duration: 6 months for the MVP, 9 months for the end-to-end solution.

Results: Successfully developed a comprehensive event planning platform that assists administrators in managing events and participants in accessing event information. The platform has been well-received by both administrators and participants, and has significantly improved the event management process.

Work with us: If you're looking to develop a comprehensive event planning platform, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Mobile Game for FinTech by CPCS

Short Description: CPCS developed a mobile game for a FinTech client, designed to boost end-user payments and transfers via iBoxes.

Industry: FinTech and Gaming

Objectives: To develop a mobile game that encourages end-users to make more payments and transfers via iBoxes.

The challenge for our company: Creating a game that not only entertains but also encourages financial transactions.

Our Solution (step by step):

• Step 1: Design a game where players build their own worlds rich with architectural artefacts.

• Step 2: Develop picturesque landscapes with cathedrals, churches, town halls, etc. using 3D graphics.

• Step 3: Implement a scoring system where players need scores to unlock artefacts. These scores are obtained when players use the payment tool suggested.

• Step 4: Implement a QR codes solution. The client’s iBox customers receive these QR codes with their receipts. By scanning the QR codes with personal smartphones, the players automatically send a definite amount of score credits to their game profiles.

Technologies applied: Unity 3D (the application assembled for iOS and Android)

Team: 1 graphic designer, 2 Unity developers, 1 PM, 1 QA

Duration: 6 months for the end-to-end solution

Results: Successfully developed a mobile game that boosts end-user payments and transfers via iBoxes. The game allows players to build their own beautiful worlds within the app, and the implementation of QR codes has made it easier for players to earn score credits.

Work with us: If you're looking to develop a mobile game that not only entertains but also encourages financial transactions, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Motion Platform’s Control for 4D Cinema by CPCS

Short Description: CPCS developed a solution to solve the problem of asynchronous equipment motion and 4D show demonstrations for a client's 4D cinema system.

Industry: Entertainment and Technology

Objectives: To investigate all available operation modes of the system’s servo drivers and figure out the optimal speed and position of the motion platform’s elements and these parameters’ control options.

The challenge for our company: Solving the problem of asynchronous equipment motion and 4D show demonstrations in a 4D cinema system.

Our Solution (step by step):

• Step 1: Investigate all available operation modes of the system’s servo drivers.

• Step 2: Figure out the optimal speed and position of the motion platform’s elements and these parameters’ control options.

• Step 3: Implement a proportional controller based on the incremental encoder feedback to calculate speed at each discrete time step.

• Step 4: Apply transcendental trigonometric equations to solve the inverse kinematics problem of the optimal parameters for the motion platform’s elements.

• Step 5: Investigate the reasons for strange vibrations in the motion platform’s work.

• Step 6: Implement a DMA (Direct Memory Access) module aboard Raspberry’s BCM controller to eliminate the delays.

Technologies applied: Siemens Sinamics V90 Servo drivers, Siemens S-1FL6042 Servo motors, Raspberry Pi Compute Module 3, Raspbian Stretch OS, Qt Integrated development environment, C++ Programming language.

Team: Software development engineers.

Results: Successfully developed a solution to solve the problem of asynchronous equipment motion and 4D show demonstrations for a client's 4D cinema system. The solution involved a detailed investigation of the system’s servo drivers, figuring out the optimal speed and position of the motion platform’s elements, and implementing a DMA module to eliminate the delays.

Work with us: If you're looking to solve complex problems in your entertainment or technology systems, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Solar Bird by CPCS

Short Description: CPCS developed, assembled, and tested Solar Bird, an unmanned aircraft powered by sunlight, which allows it to stay airborne much longer than traditional models.

Industry: Aerospace and Technology

Objectives: To develop an unmanned aircraft that is powered by sunlight, thereby enabling it to stay airborne for extended periods.

The challenge for our company: Developing an aircraft that is lightweight, energy-efficient, and capable of staying airborne for extended periods.

Our Solution (step by step):

• Step 1: Design the aircraft using lightweight composite materials to ensure energy efficiency.

• Step 2: Conduct numerous aerodynamic calculations to achieve maximum energy efficiency.

• Step 3: Incorporate a unique maximum power point tracking (MPPT) charge controller to monitor the entire power system, improve solar charging capabilities, and enable longer flights.

• Step 4: Test the Solar Bird product to ensure it is ready for commercial usage.

Technologies applied: Aerospace engineering, Solar energy technology.

Team: Aerospace engineers, software developers.

Results: Successfully developed, assembled, and tested Solar Bird, an unmanned aircraft powered by sunlight. The Solar Bird product has been successfully tested and is ready for commercial usage.

Work with us: If you're looking to develop innovative solutions in the aerospace industry, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: SMS Delivery Testing Service by CPCS

Short Description: CPCS debugged and improved the code of an SMS delivery testing service developed by a third party, enhancing its performance and reliability.

Industry: Telecommunications and Software Development

Objectives: To debug and improve the code of an SMS delivery testing service, ensuring its stable operation even under high load.

The challenge for our company: Debugging and improving the code of an SMS delivery testing service that was crashing under simultaneous requests from different end users.

Our Solution (step by step):

• Step 1: Conduct a thorough code inspection to understand the process logic and detect possible flaws.

• Step 2: Perform a series of dynamic QA techniques to identify the root cause of the system crashes.

• Step 3: Identify that the system crashes were due to all forked child processes using a single Redis connection object.

• Step 4: Implement a solution to build different Redis connections for different child processes, thus preventing the system from crashing when two different fork processes were trying to request the data simultaneously.

Technologies applied: PHP, Redis.

Team: Software development engineers.

Results: Successfully debugged and improved the code of an SMS delivery testing service, enhancing its performance and reliability. The system no longer crashes under simultaneous requests from different end users.

Work with us: If you're looking to debug and improve the code of your software, ensuring its stable operation even under high load, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Connecting Therapists and Patients for Electrostimulation Relief Programs by CPCS

Short Description: CPCS developed a platform that assists patients with self-recovery programs, connects patients and doctors, and promotes electrostimulation device sales.

Industry: Healthcare and Technology

Objectives: To audit a code written by a third party, suggest improvements, discuss and approve a roadmap of the code improvements, discover new engaging features, and implement the new application’s functions.

The challenge for our company: Improving the functioning of an application's code written by a Chinese team of software programmers based on the results of a thorough code audit.

Our Solution (step by step):

• Step 1: Conduct a thorough code audit performed by our architects.

• Step 2: Develop a list of tasks needed for the application improvement.

• Step 3: Discover new features together with the client.

• Step 4: Implement the ability of therapists to use the admin panel to create individual recovery programs for their patients.

• Step 5: Develop a new and more intuitive design of the application.

• Step 6: Integrate the new generation of the device into the new application.

Technologies applied: Cross-platform mobile app – Ionic. Backend development – Java. Admin panel development – Angular.

Team: 1 backend engineer, 1 mobile developer, 1 PM, 1 QA.

Duration: 6+ months

Results: CPCS implemented a number of enhancements to the code written by a third party. We have also discovered and successfully realized new features into the newly redesigned Client’s application. These allow patients to open their profiles in the system and track the programs they follow, whereas therapists can prescribe now cure programs and suggest any alterations to the existing relief programs for patients via the admin panel. The electrostimulation management panel synchronizes with mobile devices and has been updated to the newest generation of the stimulation devices the Client offers.

Work with us: If you're looking to improve your application's functioning, discover new engaging features, or implement new application’s functions, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Bank's CRM Automation by CPCS

Short Description: CPCS customized a Salesforce CRM-system for an international financial corporation, automated their CRM processes, and encoded the end-user database with blockchain technology.

Industry: Banking and Finance

Objectives: To customize the client's Salesforce CRM-system, automate their CRM processes, and encode the end-user database with blockchain technology for a marketing project.

The challenge for our company: Ensuring the highest security of the client's end-user personal data and structuring the database to get rid of irrelevant data for the purposes of the project.

Our Solution (step by step):

• Step 1: Understand the client's requirements for customizing their Salesforce CRM-system and automating their CRM processes.

• Step 2: Design a customized UI so that the CRM-system users (admins and the client's partners) could use tags to send selection requests to the DB, see the encrypted result of the selection, send messages to the group of selected and encrypted end users, and have the ability to opt for sending their information only to a part of a selection.

• Step 3: Employ a data scientist to help structure the database in order to get rid of irrelevant data for the purposes of the project.

• Step 4: Use blockchain technology to decode the database and ensure the highest security of the client's end-user personal data.

Technologies applied: Salesforce CRM, Blockchain technology.

Team: Software development engineers, data scientist.

Results: Successfully customized a Salesforce CRM-system, automated CRM processes, and encoded the end-user database with blockchain technology. The solution ensures the highest security of the client's end-user personal data.

Work with us: If you're looking to customize your CRM system, automate your CRM processes, or enhance the security of your end-user personal data, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Travel Risks Intelligence by CPCS

Short Description: CPCS developed a Travel Risk Intelligence (TRI) product that detects an end-user’s location and estimates relevant risks in real time, logging reports for both personal and managerial usage.

Industry: Travel and Safety

Objectives: To reduce biases connected with travel risks and develop an application that provides real-time risk assessment based on the user's location.

The challenge for our company: Developing a system that can accurately estimate risks in real time for different locations and log reports for both personal and managerial usage.

Our Solution (step by step):

• Step 1: Conduct a product discovery session with the client to understand their requirements.

• Step 2: Develop an MVP that estimates user risks for three American cities by their regions: Miami, New York, and Richmond. The quantitative risk assessment is performed via three criteria: criminal, accident and health level of risk.

• Step 3: Implement near-live analysis of risks in both Web and Mobile apps.

• Step 4: Develop a feature called “My Circle” that enables family members, friends, co-workers, and other related parties to get location-based reports on the risk levels of their Circle members.

• Step 5: Include criminal vs safe locations (e.g. police stations) together with unsafe events (e.g. virus threads) into the app mathematical model for qualitative risk assessment by regions of a definite city.

• Step 6: Incorporate an easy-to-use payment solution into the app. Account-based reports and risk exploration analytics via maps are available options to use.

Technologies applied: Frontend software development – ReactJS. Backend software development – Java. Native app development for iOS. PostgreSQL database, GIS module. Stripe payment system.

Team: 1 backend engineer, 1 for iOS, 1 frontend, 1 project manager.

Duration: 6 months for the MVP, 1.5 for end-to-end solution.

Results: Successfully developed a Travel Risk Intelligence (TRI) product that detects an end-user’s location and estimates relevant risks in real time, logging reports for both personal and managerial usage.

Work with us: If you're looking to develop a comprehensive and user-friendly risk assessment platform, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Enhancing Digital Media Giant's Workflows with CPCS

Short Description: CPCS developed and implemented actionable solutions to establish manageable processes of video assets delivery for the client's business partners and end users.

Industry: Digital Media

Objectives: To simplify the flow of video assets organization into catalogues, seasons, episodes, and shows; add an intuitive search option with filters; and fully automate all third-party APIs navigation and distribution tasks.

The challenge for our company: Developing a system that can efficiently organize, search, and distribute video assets. Enhancing the video assets tagging workflow with AI and ML algorithms.

Our Solution (step by step):

• Step 1: Develop and implement solutions to simplify the flow of video assets organization into catalogues, seasons, episodes, and shows.

• Step 2: Add an intuitive search option with filters.

• Step 3: Fully automate all third-party APIs navigation and distribution tasks via our microservice solution.

• Step 4: Adopt AI and ML algorithms to analyze and add data, enhancing the video assets tagging workflow. Develop a search option capable of understanding user requests via NLP methods.

Technologies applied: Frontend software development – Vue JS. Backend software development – PHP / Laravel framework.

Team: 3 backend engineers, 1 frontend engineer, 1 project manager, 1 release manager, 1 business analyst, 1 QA.

Results: Successfully developed and implemented solutions to establish manageable processes of video assets delivery. The system efficiently organizes, searches, and distributes video assets, and enhances the video assets tagging workflow with AI and ML algorithms.

Work with us: If you're looking to enhance your digital media workflows and implement innovative solutions, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Art Objects’ Valuation with CPCS

Short Description: CPCS designed a platform that includes a real-time database of art deals. The system simulates a human expert's decision-making process to evaluate art objects, providing users with an estimated price for their art objects instantly.

Industry: Art and Culture

Objectives: To create an efficient platform for art object valuation that considers all art trades available online and simulates the evaluation process a real expert would perform.

The challenge for our company: Developing a platform that not only accumulates real-time information about all art deals but also models the decision-making process similar to a real expert's evaluation. The platform needed to consider the current market value of an art piece along with the value of the artist's works according to the latest market trends based on social and political news.

Our Solution (step by step):

• Step 1: Develop a web app where end users can add their art objects, get real-time valuation of their artworks, track auction events, follow the news on tradable works of art, keep themselves updated as to the market trends, etc.

• Step 2: Create a validated and verified database that accumulates real-time information about all art deals for the data team to check their relevance.

• Step 3: Develop algorithms that model the decision-making process similar to a real expert's evaluation. The current market value of an art piece is taken into consideration along with the value of the artist's works according to the latest market trends based on social and political news.

• Step 4: Implement additional features for better user experience. Art dealers can perform evaluations remotely and in a time- and resources-efficient manner; art managers can assist more clients and grow their business sufficiently; art dealers can easily open access to the platform’s UI for their clients to share with them the logic of their evaluation decisions, which builds trust; asset management companies can get better margins for art trades with the help of the real-time evaluations of artworks and the system’s capacity to track the market.

Technologies applied: Mathematical modelling (simulations), Machine Learning, Pattern recognition, Data analysis, Neural networks (deep learning, classification), Data visualization, Natural Language Processing, Decision trees, Ensemble modeling, Fuzzy logic.

Results: The platform provides real-time valuation of artworks, tracks the market, and helps users pick up the best moment in time to buy or sell their art assets. It also eliminates possible human-factor risks when evaluating art pieces.

Work with us: If your valuation process is time-consuming and costly, and the data which influences your decisions could be both obtained from open sources and classified, and your industry is Real Estate, Automotive, Insurance, etc., our solution’s algorithms are customizable for varied business needs. Reach out to CPCS. We're ready to assist you with your next project.

Project Title: Mainstream Dating Platform Development by CPCS

Short Description: CPCS developed a mainstream dating platform with a multi-level admin panel, integrated with multiple payment systems, a sophisticated search engine, and an online gift shop.

Industry: Online Dating

Objectives: To create a comprehensive dating platform that is easily configurable, provides extensive search filters, and offers a unique user engagement technique.

The challenge for our company: Developing a multi-level content-management tool that includes owner, agency, and client roles. Integrating the platform with multiple payment systems and implementing a non-flat rate charging system for contact privileges.

Our Solution (step by step):

• Step 1: Conduct a thorough discovery of the client's business needs and develop a set of technical requirements.

• Step 2: Design a multi-level admin panel that includes owner, agency, and client roles.

• Step 3: Integrate the platform with multiple payment systems and add a sophisticated search engine.

• Step 4: Implement a non-flat rate charging system for contact privileges and an Awards feature for user engagement.

• Step 5: Develop an online shop for gifts.

Technologies applied: Backend development – PostgreSQL, Symphony 4, integrations with PayPal and Stripe payment gateways. Frontend development – React, adaptive design.

Team: 2 backend engineers, 4 frontend programmers, 1 Business Analyst, 1 Project Manager, 1 QA.

Duration: 6 months for the MVP

Results: Successfully developed a mainstream dating platform with a multi-level admin panel, integrated with multiple payment systems, a sophisticated search engine, and an online gift shop. The platform also features a unique user engagement technique with the Awards feature.

Work with us: If you're looking to develop a comprehensive and user-friendly online platform, reach out to CPCS. Our team of professionals is ready to assist you with your next project.

Project Title: Offline Business Club Goes Digital with CPCS

Short Description: CPCS helped an offline business club transition to a digital platform, enhancing security features, implementing biometric authorization, and integrating with Zoho CRM.

Industry: Business and Technology

Objectives: To transition an offline business club to a digital platform, enhance security features, implement biometric authorization, and integrate with Zoho CRM.

The challenge for our company: Reusing and improving the code written by a third party that allowed for personal data breaches.

Our Solution (step by step):

• Step 1: Conduct a thorough analysis of the code written by a third party.

• Step 2: Implement a number of data security methods to prevent personal data breaches.

• Step 3: Develop and implement authorization via biometrics, including Face ID and fingerprints, to enhance UX/UI.

• Step 4: Adopt many solutions from the existing platform to minimize development hours and reduce costs.

• Step 5: Implement integration with Zoho CRM, allowing the platform admins to manage the business club’s events and operate with user profiles’ data.

• Step 6: Enhance UI/UX, including a new and easy-to-use search option with efficient filters.

Technologies applied: Backend development – NodeJS, Frontend development – Angular, Android development – Java, iOS development – Objective-C.

Team: 1 iOS developer, 1 Android developer, 1 backend engineer, 1 PM, 1 designer, 1 QA.

Duration: 6.5 months for the end-to-end solution

Results: Successfully transitioned an offline business club to a digital platform, enhancing security features, implementing biometric authorization, and integrating with Zoho CRM. The enhanced UI/UX and new search option with efficient filters have attracted new memberships and made end users feel more connected within this professional network.

Work with us: If you're looking to transition your offline business to a digital platform, enhance security features, or improve your UI/UX, reach out to CPCS. Our team of professionals is ready to assist you with your next project.