Techstack company

About the Client
A solar panel manufacturer aiming to modernize its production by automating the quality control process and minimizing human error.

Challenge
The client struggled with manual inspections that were slow, inconsistent, and required sub-millimeter accuracy. Limited training data, variable lighting, and complex backgrounds in the manufacturing environment made automated detection particularly challenging.

Solution
Techstack developed a custom computer vision solution featuring adaptive positioning algorithms, advanced image processing, and precise measurement using Hough Line Transform. The system automatically identifies defects, measures distances with sub-millimeter precision, and provides real-time alerts through a companion data visualization tool.

Results & Impact

• Achieved sub-millimeter measurement accuracy

• Reduced inspection time and human involvement

• Improved production efficiency and reduced waste

• Enabled real-time defect monitoring and data-driven quality improvements

Techstack’s Role
Full-cycle development — from architecture design and algorithm engineering to real-time monitoring software and deployment, ensuring seamless integration into the client’s production environment.

About Client:
Iliad is an innovative reading platform that combines personalized book recommendations, customizable digital bookshelves, and social features to connect readers worldwide.

Challenge:
The client needed to launch a scalable MVP quickly to validate the concept, ensure smooth UX with advanced animations, integrate multiple book databases, and deliver AI-powered personalization — all while keeping the app fast and cost-efficient.

Solution:
Techstack developed Iliad’s MVP using a microservices architecture on AWS with serverless scaling, ensuring flexibility and cost optimization. The React Native app provided a unified experience across iOS and Android, while OpenAI integration powered intelligent book recommendations. Advanced UI animations were implemented via React Native Reanimated, and third-party APIs (Google Books, ISBNdb) were optimized with caching for consistent data access.

Results:
Delivered the MVP within six months, enabling fast market entry, high user engagement, and smooth performance across devices. The platform is now ready to scale with growing demand.

Impact:

• AI-driven personalization improved reader engagement

• Community-oriented design encouraged social interaction

• Scalable, cost-efficient infrastructure supported product growth

Techstack Role:
Full-cycle product development partner — responsible for architecture design, frontend and backend development, QA, and continuous post-launch improvement.

About the Client

A California-based leader in Sales Enablement, helping global enterprises optimize sales operations through data-driven insights, content management, and real-time collaboration tools.

Challenge

The client’s legacy platform struggled with high technical debt, inconsistent analytics, and limited scalability. Maintaining system stability while evolving architecture and integrating new AI features posed a major challenge. They needed a modernization strategy that could transform fragmented systems into a unified, future-ready ecosystem without disrupting thousands of enterprise users.

Solution

Techstack partnered with the client for a multi-year modernization initiative.
Our team:

• Transformed the monolithic system into a modular, microservice-based architecture.

• Rebuilt the live meeting module with Amazon Chime for stable video and screen sharing.

• Redesigned analytics pipelines using CQRS for faster and more reliable data insights.

• Implemented SSO and a 9-dots navigation system to unify access across multiple tools.

• Integrated Twilio, Aspose, Salesforce, MS Dynamics, Zoom, and MS Teams to enhance collaboration and interoperability.

Results

• 3× reduction in infrastructure costs.

• 50% improvement in performance and system uptime.

• Significantly higher user retention and engagement.

• Faster delivery of analytics and sales insights.

• Unified user experience across the entire product suite.

Impact

The platform evolved into a stable, scalable, and AI-powered ecosystem that strengthened the client’s leadership in the Sales Enablement market. Intelligent meeting summaries, real-time transcription, and automated insights now help sales teams operate more efficiently and close deals faster.

Techstack Role

End-to-end technology partner responsible for architectural redesign, DevOps optimization, AI integration, and continuous delivery of new product features.

About Client
A hospitality company striving to enhance guest experience and streamline operations across restaurants and hotels through an accessible digital solution.

Challenge
The hospitality sector faced major obstacles: complex onboarding processes, fragmented system integrations, and low user retention. The client needed a unified web platform to simplify ordering, strengthen guest–staff communication, and maintain the human touch essential in hospitality.

Solution
Techstack developed ServeMe, a web-based application accessible from any device without installation. The platform includes a digital menu, online ordering, staff notifications, automated FAQs, order tracking, promotional features, and rating options. Designed with robust API integration, it connects seamlessly with PMS, POS, and CRM systems.

Results & Impact
ServeMe transformed service delivery by making it faster, simpler, and more engaging. The platform boosted guest satisfaction, increased operational efficiency, and improved overall service quality for hospitality businesses.

Techstack’s Role
Techstack handled the full-cycle development — from product concept and architecture design to frontend, backend, and system integration, ensuring a smooth and scalable final solution.

About the Client:
A rapidly growing U.S.-based startup transforming virtual fundraising by connecting organizations, sellers, and buyers through a single digital platform.

Challenge:
The client needed to transition from a monolithic MVP to a scalable, high-performance platform that could handle exponential user growth, unpredictable load spikes, and continuous business pivots—all while ensuring reliability, speed, and cost efficiency.

Solution:
Techstack engineered a modern microservices and serverless architecture using AWS Lambda, enabling automatic scaling and maintaining infrastructure costs below 0.2% of total revenue. The frontend, built with React, Next.js, and TypeScript, achieved a 99/100 Google PageSpeed score, while React Native powered high-performance mobile apps for iOS and Android, released within just two weeks.
Our comprehensive QA and CI/CD strategy ensured frequent, stable releases and a seamless user experience across web and mobile platforms.

Results & Impact:

• Scaled from MVP to 400K+ daily users and $1M+ in daily transactions

• Reduced operational costs by up to 80% through serverless architecture

• Reached 1M+ mobile app downloads with consistent cross-platform UX

• Enabled 2–3 releases per week with zero downtime

• Supported 8 years of continuous growth without major rewrites

Through close collaboration and strategic engineering, Techstack helped the client evolve from a startup idea into a market-leading fundraising ecosystem—combining innovation, performance, and long-term scalability.

About the Project
Techstack conducted a comprehensive technical discovery and architecture audit for an Italian energy startup with a partially built product. The engagement focused on evaluating existing architecture, clarifying feature scope, and providing detailed time and cost estimations within strict budget constraints.

Challenge
The partner needed expert assessment of their existing monolithic architecture, validation of incomplete feature specifications, accurate resource planning for budgeting, and comprehensive technical documentation to support government funding applications—all within limited financial resources.

Solution
Techstack implemented a structured discovery process including documentation review, product demonstration sessions, architecture audit, and iterative assessment with regular client synchronization. We designed a new scalable architecture with detailed database structure, DevOps processes, and security measures.

Results
• Revealed critical scalability issues requiring complete architectural rebuild
• Identified ~50% of features as missing or underdefined in original scope
• Delivered comprehensive documentation package with feature prioritization
• Created phased implementation roadmap with clear dependencies

Impact
The deliverables became the foundation for the partner's government funding application while providing a solid technical blueprint for scalable product development that aligned with long-term business growth objectives.

Techstack's Role
Strategic technology advisor providing architecture expertise, feature analysis, and development planning.

About the Client
An entrepreneur with extensive experience in large-scale business operations approached Techstack to bring their vision to life — a platform designed to redefine how enterprises manage complex workflows, dependencies, and strategic decisions.

Challenge
Modern enterprises often struggle with fragmented task management tools, manual scheduling, and lack of real-time visibility across projects. The client needed a unified system to automate processes, streamline communication, and provide intelligent insights for better decision-making.

Solution
Techstack developed a scalable business optimization platform from the ground up, combining advanced architecture, AI, and real-time collaboration technologies.
Key elements include:

• Domain-Driven Design and Event-Driven Architecture for scalability and responsiveness.

• Microservices deployed on Microsoft Azure and Kubernetes.

• CrewAI-based intelligent agents and LLMs for automation and data analysis.

• Matrix.org protocol and Dapr for secure, distributed team collaboration.

• Azure CosmosDB and EventStoreDB for robust data management and event sourcing.

Results
The platform is now ready for real-world testing, enabling companies to enhance collaboration, optimize resource allocation, and make faster, more strategic decisions.

Impact

• Streamlined operational workflows.

• Real-time insights for leadership teams.

• Improved cross-department collaboration.

• Scalable architecture designed for enterprise growth.

Techstack Role
Full-cycle development partner responsible for architecture design, AI integration, cloud deployment, and implementation of collaboration and data management systems.

About Client
Our client is an innovative healthcare provider focused on improving early cancer risk detection through AI-driven technology. Their goal was to create a reliable, scalable, and user-friendly virtual assistant capable of processing complex medical data and delivering personalized risk assessments for patients.

Challenge
The client needed to enhance an existing AI assistant to handle massive medical data volumes, stay current with fast-evolving oncology research, and provide accurate, consistent cancer risk evaluations. Additionally, our team faced a tight two-week deadline to integrate OpenAI’s technology and deliver a functional MVP ready for launch.

Solution
Techstack integrated OpenAI’s GPT-4o model with domain-specific medical knowledge using a Retrieval-Augmented Generation (RAG) approach. We optimized prompt engineering for precise responses and developed a user-friendly web interface with React and TypeScript, utilizing Material UI for faster delivery. The solution was deployed on AWS to ensure scalability, security, and performance.

Results

• Delivered an MVP in just two weeks.

• Significantly improved accuracy and consistency of cancer risk assessments.

• Provided a seamless, intuitive experience for healthcare professionals and patients.

Impact
The upgraded virtual assistant empowers medical professionals to make faster, evidence-based decisions and extends access to personalized cancer risk evaluation across diverse healthcare settings — demonstrating how AI can responsibly support clinical innovation.

Techstack Role
AI integration, system architecture optimization, and front-end development for rapid MVP deployment.

Challenge
Our client needed an AI-powered computer vision system to enable real-time monitoring and quality control on their production lines. The solution required hardware and software setup, remote deployment, comprehensive testing, and full support documentation.

Solution
We developed and deployed a computer vision system designed for real-time product tracking and defect detection on shingle production lines. The system automatically identifies defects early in the manufacturing process and provides plant workers with real-time production line updates, supported by images captured directly from the line. This empowered operators to take corrective action quickly and reduce material waste.

Outcome
The solution significantly improved manufacturing efficiency by catching product defects at early stages, leading to major cost savings and reduced waste. Starting with a small team and no prior IoT product experience, we successfully released the product, scaled the team to 15+ members within a year, and delivered an innovative system now saving the client hundreds of thousands of dollars annually.

Challenge
Our client needed a proof of concept (POC) for an autonomous device to track agricultural data in the field. The solution had to automate data collection, storage, and validation while supporting user accounts, transactions, and data management. To reduce manual work, the system required a mobile application with an intuitive design, a gateway for real-time data collection, and a cloud-based back-office platform.

Solution
We developed a hardware device paired with a mobile application to collect critical field data, including GPS location, farmer details, and harvest information. The mobile app supported synchronization, data collection, and transaction processing, ensuring smooth operation in the field. On the backend, we built a cloud platform to handle configuration, data management, tracking, logistics, contract management, product quality, and weight verification.

Outcome
The solution became a strong example of digital transformation in bean harvesting. It provided transparency across all stages — from harvesting and transportation to quality control and data management. Thanks to our result-oriented approach, we built and delivered the POC device prototype in just two weeks, enabling faster innovation and product launch.

About the Project
Techstack developed an AI-powered Store Notes generator for a fundraising platform, helping sellers better articulate their fundraising causes and address a 21% bounce rate in the note creation process.

Challenge
The platform faced high API costs, performance bottlenecks, and user experience issues with their Store Note creation tool, leading to significant user abandonment.

Solution
We implemented a microservice architecture using GPT-4o-mini with intelligent caching via backend storage and MobX integration in React Native, delivering multiple AI-generated note options while minimizing API calls and latency.

Results
• 19,438 AI-generated notes created by 7,197 sellers
• 22.8% adoption rate among sellers
• 38% more funds raised by sellers using Store Notes
• 79% engagement rate (up from previous 21% abandonment)

Impact
The solution transformed a high-abandonment feature into a valuable tool that directly correlates with increased fundraising success, particularly for large campaigns.

Techstack's Role
Strategic partner delivering end-to-end implementation from architecture design to frontend integration within a 160-hour timeframe

About the Project
Techstack enhanced a Berlin-based language learning application with real-time audio streaming capabilities, enabling users to practice languages through AI conversation with grammar suggestions and interactive lessons.

Challenge
Our team needed to implement smooth real-time audio streaming in a React Native app for seamless playback of dynamically generated PCM audio chunks while ensuring audio continuity, dynamic playback management, accurate stream completion detection, and cross-platform performance.

Solution
We developed a native iOS audio bridge using AVAudioEngine with a sophisticated queuing system that prevents audio gaps, implemented a buffer tracking mechanism, and built a React Native integration layer for seamless communication between frameworks.

Results
• Near real-time audio output (reduced from several seconds)
• Consistent latency under 150ms per audio chunk
• Near-zero playback glitches
• Smooth variable speed playback capability

Impact
The solution significantly enhanced user engagement with the application's TTS-based chat and voice assistant features, creating a more responsive and natural language learning experience.

Techstack's Role
Our cross-platform mobile specialists designed and implemented the complete audio streaming architecture, from native iOS components to React Native integration.

Project Summary
Techstack partnered with a Delaware-based HR tech startup to reimagine the traditional job board experience. Starting from a high-level concept, we designed and built a next-gen, multimedia-driven platform that evolved into a fully functional MVP with a modern UI/UX and scalable architecture.

Challenge
Traditional job boards rely on text-heavy resumes and vacancy posts, which often fail to capture personality or stand out—especially in today’s remote-first hiring environment. The client’s challenge was to create a platform that brought human stories to the forefront, making the hiring process more engaging and empathetic for both candidates and recruiters.

Solution
To bring this vision to life, we:

• Conducted market and user research to validate the concept.

• Designed a modern UI kit and UX centered on visual storytelling.

• Developed the MVP with key features, including:

  • Vacancy builder with landing-page-style presentations

  • Multimedia support for images and video

  • Admin panel and vacancy customization tools

  • Email templates and promotional page builder

• Delivered the product iteratively in Agile sprints, ensuring constant client validation.

Team: 1 UI/UX Designer, 1 Project Manager, 1 Software Engineer.

Results
The client launched a standout job board MVP that:

• Differentiated itself with visually rich vacancy presentations instead of plain text listings.

• Delivered a more empathetic and engaging candidate experience.

• Moved from idea to validated product release in record time.

• Positioned the startup for scaling and growth in the competitive HR tech space.

Challenge
A U.S.-based startup needed to scale its mobile platform for sports communities. The existing app lacked the stability and performance required to support rapid growth and deliver the engaging fan experience the client envisioned.

Solution
We rebuilt the platform’s architecture to handle high traffic and ensure long-term scalability. Key features such as video sharing, live chat, and fantasy leagues were integrated to drive fan engagement. At the same time, we overhauled the UX, making the app intuitive and seamless for users. To support the client’s globally distributed team, we optimized development processes, enabling faster and more efficient collaboration.

Outcome
The platform transformed into a robust, scalable social network where fans can connect and engage around live sports events. With improved stability and performance, the client avoided costly rework while gaining the flexibility to scale. Streamlined development further accelerated the rollout of new features, strengthening the platform’s position in the competitive sports tech market.

Challenge
A healthcare provider needed to enhance its ECG analysis system by integrating advanced AI/ML capabilities. The goal was to improve diagnostic accuracy while ensuring seamless integration into existing workflows. In addition, strict requirements for data privacy and security had to be met to safeguard sensitive patient information.

Solution
We integrated a state-of-the-art AI/ML model into the client’s existing ECG analysis flow using Python. The solution covered every step of the process — from deployment and data preparation to secure storage and post-processing. Designed for scalability and compliance, the system ensured smooth integration without disrupting existing operations.

Outcome
The new AI-powered solution significantly improved the accuracy and speed of ECG analysis, empowering healthcare professionals to make faster, more informed decisions. By automating parts of the diagnostic process, the system reduced manual workload, increased efficiency, and enhanced overall patient care.

Our comprehensive expertise — spanning cloud solutions, DevOps, mobile and web development, AI & ML, QA, UX/UI design, and consulting — ensured a robust, secure, and future-ready solution. With strict protocols for data privacy and security, the client can confidently rely on the system for sensitive medical data processing.

Challenge
A roofing materials manufacturer was struggling with quality control issues caused by environmental conditions during production and storage. Variations in temperature and humidity were affecting product consistency, leading to costly downtime and defects. The company needed a solution that could provide real-time monitoring and historical insights to optimize their processes.

Solution
We developed a comprehensive IoT Sensor Kit that tracks environmental temperature, humidity, and product conditions in real time. The solution included devices equipped with temperature, humidity, and wind speed sensors, as well as an IR camera to generate heatmaps of surface temperatures. This allowed the client to not only monitor current conditions but also analyze historical data to identify patterns and root causes.

Outcome
With real-time monitoring and actionable insights, the company gained greater control over its production environment. The system helped detect instances of under-cooling and over-cooling early, preventing downtime and minimizing product defects. By making data-driven process adjustments, the manufacturer achieved significant cost savings, improved product quality, and strengthened overall operational efficiency.

About the Project
Techstack rebuilt a legacy finance application using .NET 6, implementing a component-oriented architecture while maintaining compatibility with existing .NET full framework components. The project delivered a multitenantable core engine optimizing financial planning and reporting processes.

Challenge
The client needed to modernize their financial software while overcoming significant obstacles: complex multitenancy requirements, technology migration challenges from legacy systems, and maintaining functionality throughout the architectural transition.

Solution
Our engineering team designed and implemented a multitenantable core engine enabling seamless execution across various runtimes. We rebuilt the application in .NET 6, ensuring compatibility with existing components while gradually transitioning to a component-oriented architecture that improved maintainability and scalability.

Results
- Improved maintainability and development speed
- More efficient resource utilization
- Enhanced multi-tenant management
- Significantly improved application performance

Impact
The modernized platform empowers financial teams with advanced planning and reporting capabilities, facilitating informed decision-making and enabling swift business strategy adjustments.

Techstack's Role
Strategic technology partner providing architectural transformation expertise, back-end development, and analytics consulting.

Challenge
In logistics and transportation, assigning shipments to the right carriers is often a complex and time-consuming process. Our client needed a more efficient, transparent, and cost-effective way to manage cargo allocation that would reduce delays and operational overhead.

Solution
We built a digital cargo auction platform that transforms the way shipments are assigned. The system allows carriers to view available shipments and either accept the initial price or participate in percentage-based bidding. This innovative approach replicates the dynamics of real-world cargo handling while ensuring fair competition and efficiency.

The web-based application streamlines the entire process — from bid submission and validation to automated selection of winning bids. Designed with usability in mind, it provides a smooth experience for both shippers and carriers, enabling them to quickly and confidently manage allocations.

Outcome
The cargo auction system has dramatically reduced the time required to assign shipments, helping logistics companies cut costs and increase profitability. By automating and optimizing the allocation process, our solution has not only improved operational efficiency but also delivered a scalable, future-ready alternative to traditional methods.

Challenge
Our client needed to modernize an existing healthcare system by integrating new functionality into their desktop application, enabling it to handle large volumes of heart rate data. The key challenges were ensuring smooth integration with the existing platform, achieving scalability through a new architecture, and maintaining system reliability.

Solution
We delivered a powerful extension to the client’s system with a new .NET 7 module that added advanced functionality and performance improvements. To ensure long-term scalability and efficiency, we built a serverless microservice architecture on AWS, designed for seamless integration with the client’s existing infrastructure. By applying best practices in software design and rigorous testing, we ensured a flexible, reliable, and future-ready solution.

Outcome
Healthcare professionals now benefit from a faster, easier way to collect and analyze heart rate data, leading to more accurate and timely diagnoses. The new system not only handles large data loads effortlessly but also streamlines processes and boosts efficiency across the organization, giving our client a competitive edge in the healthcare technology space

Project Summary
Techstack partnered with a U.S.-based manufacturer to bring their MVP idea for a 3D printing visualization platform to life. We built a scalable solution with both web and mobile applications, empowering users to upload, view, and interact with 3D models in real time.

Challenge
The client wanted to create an accessible platform where users could easily visualize, share, and collaborate around 3D printable models. Key challenges included delivering smooth, high-performance 3D rendering across multiple devices, supporting diverse file formats, and ensuring a user-friendly interface that worked seamlessly across platforms.

Solution
To address these needs, we:

• Researched and selected the most suitable 3D visualization technologies.

• Designed and developed a responsive web app alongside native mobile apps.

• Implemented features for 3D model upload, interactive preview, and real-time visualization.

• Added collaboration tools, including model sharing and commenting.

• Optimized performance across platforms to deliver a seamless user experience.

Team: Software Engineers, UI/UX Designer, Project Manager.

Results
The client launched a unique 3D printing visualization platform that:

• Delivered real-time 3D previews on both web and mobile.

• Supported multiple 3D file formats for broader accessibility.

• Enabled collaboration and community-building through sharing and commenting features.

• Positioned the startup for strong growth in the rapidly expanding 3D printing market.

ABOUT THE PRODUCT:
Face- and image-matching service for quick access to photos taken at mass events. 

CHALLENGE:
People generate thousands of photos during mass sports events. Our team was to build a service for automated face matching and photo search, storing, and sale.

SOLUTION:
We took a few steps to reach our goal. Here are the most important of them:

Stage 1: POC

We built a proof-of-concept to verify whether matching faces in selfies was feasible. The algorithm we built used AI and deep neural networks.

Stage 2: MVP

We developed a web application allowing users to search photos by face, store, get access to photos and sell them.

Stage 3: PSP integration

We added watermarks and payment integration to enable photo purchasing.

Stage 4: Going serverless

When the platform scaled and attracted more users, server costs increased. We reduced them by implementing serverless architecture. 

Stage 5: Maintenance

We continue to improve and maintain the product and work closely with our partners on the product roadmap.

IMPACT:
For each stakeholder group, we provide value:

• Organizers don’t need to store and provide access to photos themselves;
• Participants now can quickly find their pictures;
• Photographers get access to their target audience and can sell photos to them.

TECH STACK: Azure, .Net, Angular, Javascript, CSS, HTML

PRODUCT: A set of desktop utilities and graphic editors under a single brand. 

CHALLENGE: A large project required maintenance of high development quality and testing speed.

SOLUTION: We started automation testing from scratch in a massive and complex graphic design system. Our main tasks were building a testing framework as quickly as possible and covering most of the code with tests. One more problem was the flood of bugs reported and revealed after bug fixes. The processes needed to be more flexible to withstand the growing bug reports. 

• The team has grown from 0 to 8 members and included manual and automation QAs.
• We introduced double-stage Kanban sprints, where the QA team tests developed features while the development team worked on new features in parallel.
• We optimized the smoke test to save time before releases.
• We introduced testing in different environments (Trunk, Staging) to ensure impeccable release quality.
• We divided the test team into sub-teams each focused on their product to allow engineers to concentrate better and ensure better quality.

OUTCOME: Over the course of our cooperation, the product has become financially self-sufficient. Parallel development and testing sprints ensured an uninterrupted software delivery.

• Unit tests count: 5,000+
• Automated tests count: 2,500+
• Releases we took part in: 50+

ABOUT THE PRODUCT: An open sales engagement platform that integrates content, communications, and actionable insights to improve business results. 

CHALLENGE: The product needed a module for gathering, analyzing, and presenting data about the efficiency of sales campaigns.

SOLUTION: Warming up clients’ interest in the product, adding more value and extending subscription packs are essential for retention of existing customers.

We built a handful of high-efficiency integrations of product analytics tools:

• Tableau allows for extended personification of analytical data—know your customer by their company, title, location and track their flow.
• Gainsight PX provides inputs directly from end-users. The interviews you can acquire through this tool help outline efficient and customized feature adoption strategies.
• FullStory enables the recording of anonymized end-user flow to better understand their needs and identify the root causes of their behaviors.

OUTCOME: We slowed down client attrition and helped grow the platform’s client base. All the improvements led the product to acquisition at the beginning of 2021 by one of the leading players in sales enablement.

ABOUT THE PRODUCT:

A set of desktop utilities and graphic editors under a single brand.

CHALLENGE:

The maintenance of an enterprise platform that incorporates 5 global brands with dozens of integrated products. We needed to beat the low performance, develop custom features, and solve instantaneous technical issues.

SOLUTION:  

We designed a serverless backend to handle high loads and the majority of business flows, such as licensing, authorization, data management, and AI. We also covered the system with unit, integration, and auto-tests, which unlocked continuous delivery.

Custom features we built and continue to maintain include a cross-platform advertising system, administration panels for brands’ products, payment processing integration for advertising systems, marketing reporting, and single sign-on. The custom code we integrate into the platform follows similar patterns to speed up development and testing time.

If necessary, we migrate from one database to the other, update ad localization keys, do whatever may prevent downtime, or improve user experience and system quality.

OUTCOME:

• We have implemented a CQRS pattern
• We have made the infrastructure fully auto-scalable
• We have introduced development by microservices

We have covered the system with unit, integration, and auto-tests, which unlocked continuous delivery.

ABOUT THE PRODUCT: A platform for quick access to services in hospitality that instantly delivers a client’s demand to staff by real-time request routing.

CHALLENGE: Identify the problems that users face in the hospitality sector and search for cases where process automation can bring value to the business.

SOLUTION: The Techstack team built the product from scratch, starting from the idea. We have built the following apps and units:

• Two cross-platform mobile apps built with PhoneGap and migrated to React Native
• A progressive web version of the app on reusable components between React Native and React
• A web dashboard build with Angular 7
• A real-time backend built with Node.js and Socket.IO.

OUTCOME: The product we designed and built implements the idea of being where the client is.

Enabling an automated interaction with clients wherever they are, we improved customer service and added value to the hospitality industry.

PRODUCT: Portal for сollecting and storing patient history before visiting a doctor, using a Survey module. It ameliorates the processes of organizing the work of the hospitals.

CLIENT: A leading provider of breast information management solutions, including options for planning, sharing results, patient navigation, and more.

CHALLENGE: When we started our cooperation with the partner, the Survey module allowed doctors to get answers to all predefined questions before the patient’s visit, but it had limited capacity. It was necessary to give a unique assembly for each individual hospital. Also, the technologies needed to be updated to improve productivity and availability.

SOLUTION: We started by building a new web portal for patients’ access, which was integrated with central data storage (Visual FoxPro). Its functionality has multi-step patient verification.

We created the stack of the Portal and Survey module, using ASP.NET MVC Framework, and updated the system to .NET Framework 3.5 and wrote a new frontend with AngularJS. This means that we updated the whole stack.

We rewrote the code of the Survey module and implemented a new approach. The functionality of the module consists of a Survey consumer, Survey provider and Survey library.

VALUE DELIVERED:

• Serviceable Portal
  We recreated the Portal and Survey module using the actual technologies. This influenced the system positively, made it more convenient and faster.
• Configurable surveys for patients
  The questions are completely customizable to any facility, so it is possible to gather the data that is vital to different medical practices. The data is encrypted, so the patient’s information stays safe and secure.
• Accessible additional forms
  In addition to the history questionnaire, centers can also migrate other necessary forms to an online portal. This can include privacy and consent forms, disclosures and any other forms that require a patient signature.

TECH STACK: .NET, C#, ASP.NET Web API, SignalR, AngularJS, PWA.