Momentum

SORTECH

Momentum partnered with a clinical technology provider to build an integrated emergency care platform that coordinates the patient journey from ambulance dispatch to in-hospital treatment. The goal was to improve speed, visibility, and safety in time-critical settings.

The Problem

Emergency teams were working with disconnected systems: ambulances arrived without shared data, making preparation difficult; registration was still manual and paper-based; queueing depended on arrival order instead of urgency; and monitoring data was scattered. These gaps slowed decision-making and created risk. The client needed a unified, real-time platform to coordinate transport, digitize admission, prioritize care, and support clinicians with accurate information at every step.

The Solution

Momentum developed a modular platform that integrates ambulance coordination, patient registration, triage, and clinical monitoring into a single workflow. The transport layer enables hospitals to receive alerts and key patient information before arrival. Digital intake replaces paper and synchronizes with hospital systems. Intelligent queue management uses predefined models to allocate patients according to severity and resources. A unified dashboard consolidates treatment data, observations, and alerts. The architecture was designed to be robust, interoperable, and suitable for emergency conditions.

The Results

The solution reduced ambulance waiting time by 50%, accelerated document processing by 75%, and improved critical patient identification by 90%. The platform equips emergency departments with early insight into incoming patients, faster admissions, and clearer prioritization, improving both operational efficiency and clinical readiness.

Airly

Momentum partnered with Airly to turn fragmented environmental sensor feeds into a single, actionable air-quality intelligence platform. The system monitors, analyzes, and visualizes data in real time so cities and communities can make faster, better decisions about cleaner air.

The Problem

Airly collected massive datasets from many vendors and formats. They needed to unify historical and live data, keep responses fast under heavy load, preserve accuracy, and present complex metrics in a way policymakers and researchers could read at a glance. The platform also had to scale with new sources and expanding networks.

The Solution

We applied an agile, iterative approach to map inputs, design a flexible data architecture, and optimize performance continuously. A robust ETL process standardized diverse feeds into one model; asynchronous retrieval split historical imports into 45-second batches to overcome API limits; and a real-time dashboard surfaced system status and sensor health. Tech stack: Ruby on Rails, PostgreSQL, Redis (caching), and Sidekiq for background jobs and smart queuing. Advanced analytics added aggregation, filtering, and “max within period” queries for quick pattern detection.

Results

Airly now runs a unified data platform that processes measurements from Airly sensors and other providers—including temperature, pressure, humidity, particulate matter (PM1/PM2.5/PM10), and gases (NO₂, O₃). Data is stored in PostgreSQL in a consistent standard, with configurable download frequencies and access to full history. Operators can track IoT device status and see a performance panel that summarizes system efficiency. The outcome: faster identification of pollution sources, quicker responses to air-quality issues, and a scalable foundation for future growth.

Spinetime

Momentum partnered with a forward-looking HealthTech company to develop a mobile app that brings personalised spinal rehabilitation into patients’ homes. The objective was to replicate physiotherapist expertise through tailored exercise plans and adaptive therapy routines, enabling care beyond the clinic setting.

The Problem

Patients with back issues were constrained by in-clinic sessions and generic exercise programmes that lacked individualisation. The client recognised that digitising a physiotherapist’s expert decision-making and adapting it to patient progress would require a smart algorithm, user-friendly interface and scalable architecture. The needs included creating personalised therapy plans, adjusting sessions based on progression, supporting multiple languages, and laying groundwork for AI integration.

The Solution

Momentum conducted workshops with physiotherapists to capture domain expertise, and developed a decision-tree algorithm to match patient-input data to exercise routines. The mobile app was built in Flutter for both iOS and Android, and the backend used Ruby on Rails. A logic layer built in Vue.js with json_logic managed the decision-tree rules independently of core code. The app’s interface guides users through questionnaires, selects appropriate exercises for one spine area (MVP), and adapts plans daily based on user feedback. The architecture was designed for future enhancements including additional spine regions, eight-language support and AI-powered recommendations.

Results

The resulting application delivers personalised daily sessions, dynamically adjusted based on patient symptom input and progress. Patients receive questionnaire-driven diagnostics and guided exercise workflows through a clean mobile UI. The underlying logic handles complex scenarios efficiently, and the system is primed for multilingual expansion and future AI upgrades.

LabPlus

Momentum built a mobile platform that digitalized medical testing across Poland. Patients can browse, schedule, pay, and receive results for 1,000+ tests on iOS and Android, shrinking a day-long process to minutes while meeting medical data regulations.

The Problem

LabPlus had a strong vision but limited internal tech capacity. They needed to move fast without sacrificing security or scalability, support 1,000+ tests, ensure seamless payments, and present complex results clearly, all under strict healthcare compliance and budget constraints.

The Solution

We focused on an MVP that proved value quickly. Discovery workshops mapped the patient journey and cut estimated dev time by 40%. Paper-prototype tests with five patients shaped an intuitive UX. Two-week sprints enabled rapid iteration, and security was embedded from day one using HIPAA-aligned practices and pre-vetted infrastructure templates. Native apps were built in Swift (iOS) and Kotlin (Android). We integrated LabPlus’s backend via resilient APIs (error handling and retries) and added a PCI-DSS compliant payment gateway. Key flows included biometric login, smart test search/filtering by symptom or body system with plain-language descriptions, and booking/payment in under two minutes. Results screens use an algorithm that translates medical jargon into explanations with normal ranges and next steps.

Results

Six months post-launch, LabPlus saw growing adoption, thousands of completed tests, and lower administrative overhead. Users book before work and check results at lunch; outside major cities, access improved materially. The platform secured funding from the National Centre for Research and Development and positioned LabPlus with a scalable foundation for new partnerships. Overall impact: easier access to diagnostics, faster turnaround, and a trustworthy, mobile-first experience.

StimulAid

Momentum partnered with a HealthTech company to build an AI-enabled mobile platform that helps patients manage postoperative pain through electro-stimulation therapy. The system connects mobile software with medical devices and personalizes treatment in real time, supporting both patients and clinicians throughout the recovery process.

The Problem

Client needed a digital alternative to opioid-based pain relief after laparotomy and laparoscopy procedures. The product had to simultaneously control up to four electro-stimulation devices over Bluetooth Low Energy while adapting treatment to each patient’s response.The platform also required a secure data flow between mobile, IoT, and backend services, along with features that allow clinicians to supervise progress, adjust therapy, and maintain medical-grade reliability.

The Solution

We designed and developed Android application that integrates with the devices via BLE and manages the full treatment flow. AI was used to personalize stimulation intensity based on patient feedback and recorded outcomes. The backend was implemented in Ruby on Rails with PostgreSQL and Redis to ensure reliable data processing, while MQTT handled communication between the hardware layer and the cloud. The machine learning engine combines on-device inference with cloud-based refinement, enabling continuous improvement over time without disrupting the user experience.

Results

The final product is a connected recovery platform that gives patients direct control of therapy while allowing clinicians to monitor real-world outcomes remotely. The app manages multiple devices at once, adjusts stimulation through AI-driven insights, and provides reminders, treatment plans, and feedback collection to improve adherence. By merging IoT, mobile UX, and AI personalization in a medically supervised environment, the solution delivers safer pain management and a smoother rehabilitation process.

InnGen

Momentum partnered with InnGen, a company specializing in in-vitro diagnostics, to build a web platform for purchasing and managing medical tests. The product lets patients browse and buy tests, book appointments, and track orders, while labs and administrators handle logistics and communication in a single system with capacity-aware scheduling.

The Problem

InnGen had the medical expertise but no digital channel. The process of selecting, buying, and coordinating tests was fragmented across patients, labs, and admin staff, and scheduling relied on manual coordination. The challenge was to make ordering a medical test feel as simple as e-commerce while still meeting strict healthcare data protection, privacy, and compliance requirements — and to do it in a way that serves very different stakeholders at once.

The Solution

We delivered a multi-panel ecosystem: a public site with an integrated shop for patients, an administrator dashboard, and a dedicated laboratory panel. The stack uses Vue.js on the frontend, Ruby on Rails on the backend, and WordPress for easily updated educational content. We built a real-time capacity management engine that balances lab availability, test type, and processing time; integrated PayNow by mBank for compliant payments; Mailgun for email; Twilio for SMS; and Google Maps API for accurate location and routing. Security, healthcare data protection, and regulatory compliance were treated as core requirements at every step.

Results

InnGen now operates a scalable diagnostics platform that coordinates orders, appointments, and communication end to end. The system already supports multiple facilities and includes a new home-testing module so patients can order select tests for self-administration. By digitizing the full workflow from purchase through capacity-aware scheduling, the platform reduces friction, lowers the chance of errors, and positions InnGen for growth in digital diagnostics.

Multilango

Momentum partnered with Multilango to build a secure, scalable language-learning platform combining real-time video lessons with voice-recognition authentication. The goal was to create a smooth learning experience while protecting premium content and supporting growth across a two-sided marketplace.

The Problem

Multilango wanted to offer unlimited access to tutors and lessons, but needed a way to verify that the real subscriber was using the service. Traditional authentication was too weak, and manual checks would interrupt the learning flow. At the same time, the platform required reliable streaming quality, intuitive booking, and infrastructure that could scale with increasing demand from both students and tutors.

The Solution

Momentum implemented a secure web platform with a two-sided interface for learners and tutors. Voice-recognition technology was integrated to confirm user identity without disrupting lessons. Vonage powered the video-streaming layer for live classes, while the architecture was built for performance and future scale. The backend was developed in Ruby on Rails, and Vue.js was used for the frontend to deliver a clean and responsive interface. The platform enables users to pick a language, select a tutor, schedule a session and launch a lesson in one continuous flow, while tutors manage availability and sessions through their dashboard.

The Results

The finished platform delivers seamless lesson scheduling, smooth video connections, and secure access backed by voice-verification. Fraud risk was reduced without adding friction to onboarding or use. The infrastructure is ready for future scale, supporting expansion to more users and corporate clients. Multilango now operates a flexible subscription platform that balances user experience with robust protection of paid content.

FairPlay Sports Media

Momentum teamed up with Fair Play Sports Media (Oddschecker) to deliver two complementary mobile products—one for the UK market and one tailored for the US. The UK engagement focused on performance and stability for high-volume live betting, while the US project centred on analytics and faster product delivery in a newer regulated market.

The Problem

In the UK, the Oddschecker app was suffering from frequent crashes and instability under load, especially on Android, which undermined user trust and limited the ability to serve tens of thousands of active monthly users. Meanwhile in the US, the client needed an analytics-driven app to enable rapid decision-making, faster feature releases and improved operational flexibility in a growing market.

The Solution

Momentum applied a data-driven, agile approach across both engagements. For the UK app, the team conducted crash report analysis, prioritised the top crash sources, updated native frameworks (Java/Android, Swift/iOS) and introduced a modern CI/CD pipeline to streamline releases and resilience. In parallel, for the US analytics app, Momentum supported a platform build that accelerated delivery, improved analytics workflows and enabled more stable product iterations suited to emerging US regulatory and market conditions.

Results

On the UK side, the crash-free session rate on iOS climbed to 99.95 %, Android crash incidence fell by approximately 70 %, and over 45,000 monthly users benefited from the improved reliability. For the US analytics project, delivery speed improved, stability increased, and the platform now supports more informed, agile product and business decisions in the fast-moving US market.

Amino

Momentum partnered with Amino to turn a bold idea into a mobile platform where users can book personal trainers anytime, anywhere—combining secure payments with a motivating, high-energy UX. Scope: Product Development & Growth, Mobile App Development, and Product Design & Ideation.

The Problem

To launch in Dubai, Amino needed seamless iOS and Android apps, secure local payments, an inspiring interface that drives engagement, and an architecture that scales as the user base grows. Distributed teams (Dubai ↔ Europe) added a communication and delivery challenge.

The Solution

We kicked off with a Product Day to align vision and goals, then iterated in short cycles. Tech stack: Ruby on Rails backend; Swift (iOS) and Kotlin (Android); PayFort and Apple Pay for payments; Facebook Login for fast onboarding; Mailgun for transactional email; and push notifications for engagement. The UX used a bold, motivational visual system (black for strength, orange for energy). We focused on consistent cross-platform behavior, secure transactions, and clear, frequent client communication across time zones.

Results

Amino launched as a polished, reliable experience that connects fitness enthusiasts with trainers at a tap: users browse, book, and pay inside the app, and stay engaged via notifications and a clean UI. Early traction: 5,000+ downloads in the first few months and 250 trainers registered in the first year. The platform’s scalable foundation supports performance as adoption grows while keeping the booking and payment flow effortless.

Steppie

Momentum partnered with Steppie to build a mobile app that turns physical activity into insurance rewards. The aim: give people a daily reason to move and give insurers a measurable way to encourage healthier behavior. Steppie’s concept was strong enough to be named one of Business Insider’s top fintech startups of 2020, and we were brought in to turn that vision into something people would use every day.

The Problem

Steppie wasn’t trying to launch just another fitness tracker. The goal was to connect movement and money. That created four challenges:

1. Track activity with high accuracy across Google Fit and HealthKit — not only steps, but cycling, distance, intensity, and heart rate — because rewards depend on trust.

2. Keep users engaged long term while still aligning with insurers’ goal of reducing long-term healthcare costs.

3. Transmit and display data flawlessly so no one feels “under-counted.”

4. Make staying active feel enjoyable and routine, so checking progress feels as natural as morning coffee.

The Solution

We worked closely with Steppie to understand the business model, map the value proposition, and design an experience that makes every healthy action count. We integrated with Google Fit and HealthKit to capture verified movement, then linked that data to a reward system that translates activity into tangible insurance benefits. The product was positioned not as an insurance portal, but as a lifestyle companion that pays you back for taking care of yourself.

Results

The outcome is a mobile app that turns walking, running, cycling, and other activity into real incentives. Users get visible, immediate benefit for healthy behavior. Insurers gain a way to promote sustainable insurance practices and lower long-term healthcare costs. By tying daily motion to measurable rewards, Steppie builds a repeatable habit loop between fitness and finance.

Pho3nix Foundation

Momentum partnered with a HealthTech startup backed by Sebastian Kulczyk’s foundation to build a national physical activity platform for children. The goal: take the screens that keep kids sitting still and use them to get kids moving, at scale.

The Problem

The client needed more than a step counter. They wanted a cross-platform system that tracks movement reliably (via Google Fit and Apple Health), keeps kids engaged like a game, prevents cheating, supports large school competitions, and can scale from national reach toward global rollout.

The Solution

We worked in Agile sprints, with discovery and journey mapping of young users and design sprints to shape an interface kids actually want to use. We built the platform across mobile and web using Ruby on Rails for the backend, Vue.js for the web app, WordPress for content, and integrations with Google Fit and Apple Health for verified activity data. We added gamification (points, badges, challenges), animated UI, a responsive training-video platform, nationwide competitions, and anti-cheating features to keep play fair.

Results

The platform reached nearly 150,000 children. At peak, about 50,000 were active monthly. More than 1,100 schools joined national challenges, turning movement into something social instead of solitary. Early feedback shows kids aren’t just logging steps, they’re treating movement as part of everyday routine.

Momentum partnered with Eko-logis, a private waste management company in Wrocław. We built a desktop app for office logistics teams and an Android app for drivers. The goal was one digital system for routes, orders, accounting, and regulatory compliance.

The Problem

Eko-logis handled almost every type of waste except municipal waste, but operations had outgrown manual processes. Routing, customer service, month-end accounting, and BDO reporting were still handled with a lot of manual coordination. The company needed a single platform to manage fleets, orders, schedules, documents, and regulatory duties in real time.

The Solution

We delivered a two-part ecosystem. The desktop app, built with Electron JS, Vue.js, Ruby on Rails, PostgreSQL, Redis, and Sidekiq, supports route planning, CRM, accounting, and automated BDO reporting. The driver app, built in Kotlin with MVVM, Coroutines, Flows, Room for offline data, Navigation Component, and ViewBinding, guides daily work in the field. We added live sync using WebSockets and Redis so changes from the office reach drivers instantly, offline mode for low-coverage areas, and route optimization with Google Maps API to cut fuel use and reduce CO₂ emissions by an estimated 20 tons per year.

Results

The platform now coordinates about 5,500 orders per month and serves roughly 9,000 customers in one system. Month-end accounting dropped from almost a week to a single day thanks to an API that links the new CRM with legacy finance tools. Drivers receive clear tasks inside the app. Performance optimizations such as lazy loading and pagination let the desktop app handle millions of records. The system also created the base for future analytics, smart city integrations, and sustainability tracking.

Smartney

Momentum collaborated with Smartney Grupa Oney S.A., one of Poland’s largest digital lenders serving over 250,000 clients, to modernize their lending platform. The objective was to boost user experience, strengthen compliance, and revamp the core architecture so that the company could scale effectively without sacrificing human-centred service.

The Problem

Smartney’s legacy system had supported rapid growth but was burdened by technical debt, steep development cycles, and fragmented team alignment. The user experience was overloaded with regulatory complexity and lacked emotional clarity, causing hesitation among borrowers. Meanwhile, compliance logic was deeply entwined in the codebase, making updates difficult and risky.

The Solution

We approached the project with a dual focus: modern engineering and human-centred design. First, they analysed real-user behaviour, support logs and onboarding flows to identify user stress points. Then they rebuilt the platform incrementally: migrating the frontend to Angular with state management libraries (RxJS, NGXS) and the backend to .NET 7 with a modular architecture (MediatR, dual-database setup using MSSQL and MariaDB). Infrastructure was deployed on Azure with RabbitMQ for messaging and IdentityServer4 for compliance-ready authentication. The interface was redesigned for clarity—guiding users step-by-step, explaining terms in plain language, and reducing friction. The compliance layer was decoupled, allowing regulatory updates without disrupting core flows.

Results

The transformed platform lets Smartney operate on a clean, maintainable codebase that supports faster feature releases and smaller deployment risk. User completion rates rose by 30 %, support call volume dropped by 45 %, and user satisfaction reached 92 %. The modern architecture supports institutional growth while delivering simple, warm, trustworthy borrowing experience.

See full case study: https://www.themomentum.ai/case-studies/smartney

Technological solution

Together with the KBSR team, we conducted a thoughtful assessment of their needs so our product could meet them all. After writing out a specification of all the necessary functionalities and external integrations like Google Calendar, we started the product design process. After the approval of all the mockups of individual screens, presented by our UX and UI designer, we started the application development. The product is a mobile app so we developed it both for iOS and Android devices using Java and Swift. After thorough testing by our QA tester, we presented the application to the client. 

The outcome 

The client’s approved the product quickly as they were really happy with the result. Our team is highly satisfied with the outcome of the cooperation with the client, especially as all of it was held remotely. We could make the work of over 65 employees easier and smooth the process for their clients. Law firms in Poland rarely follow the newest technologies, that is why we are even happier that we could change that for KBSR! Moreover, they noticed over 20% increase in scheduled appointments with the clients which resulted in more deals!

Technological Solution

Together with the Signium team, after the series of workshops, we determined the expectations, needs and specified the functions of the web application. Behind many filtrating options available for employees stays a complex architecture of the system. After the Signium team approved the colors and mockups of individual screens presented by our UX/UI designer, we started developing the app. We decided to use Ruby on Rails for back-end and VUE.JS for front-end development. We took some time to test the application properly, and our QA specialist was paying attention to every detail. The whole process went smoothly as we were always in touch with the client. 

The outcome 

Our team is highly satisfied with the results of our cooperation with the client, especially as most of it was remote. The web application was created for internal use and the end-user has many of the available functions, easily accessible on just a few clicks. We used a limited number of colors while designing the interface, so that the product itself helps and doesn’t distract while working. We provided Signium with full technical specifications which allow in the future to analyze the application and develop it further. Signium has always been taking care of GDPR compliance, but the new system ensures data security and more effective tracking of consents to the processing of personal data. Now they can conduct searches at top executive and upper management levels even faster!

Technological solution

To develop the front-end of the application we chose the Vue.js framework due to its numerous advantages like versatility, scalability, and blazing-fast performance. Our UX/UI designer took care of the emotional and visual design, choosing blue as a dominating color to symbolize trust, elegance as well as high quality. Black and grey were chosen as accent colors to emphasize simplicity and don’t distract the user from the main purpose of the web app. These colors together we found to be a perfect match for a blockchain-related web application.

The outcome

That is how we’ve developed the web application for slock.it. Despite the distance between us, the whole communication process with the client went really smoothly. We have started our cooperation with workshops, so we could establish the needs of slock.it correctly and assess all the tasks. Later on, when needed we communicated on Slack and consulted the most important aspects of the project. Our project manager, Piotr made sure that every aspect of the product is agreed with the technology, client’s needs, and user preferences. Moreover, he strived for high consistency with the mobile application. In spite of challenges that came with blockchain technology and advanced library created by the client, our skilled crew released the product with success and within the determined deadlines. It took us 700 hours and a team of 3 and we were satisfied with the result. What’s more, the client was too! Slock.it could promote a shared economy and its blockchain-based product with its new web application!

Technical Solutions

In the first phase, our UX/UI designer was dealing with the client. During the consultation, he led them through the specification, took care of the branding and materialized their idea in the form of the first mock-ups. The next stages were attended by QA specialists, programmers and graphic designers, which throughout all the stages of the project, were under the watchful eye of the Project Manager Radek. Following the implementation of the app for Android, it took a year for Foodsi to „knock on our door again”. The vast majority of restaurants was using iOS devices, so it was almost impossible to register and increase the quantity of cooperating restaurants. We were asked to work on an iOS application. By the way, we had got unpleasantly surprised. Only a year had passed and the technologies had changed enough to slow down and hinder the functioning of the Android version. Meanwhile programming the application for iOS, it was also necessary to update the program for Android. We have created a friendly and pleasing to the eye interface, thanks to which the end-user can easily buy food. He can search for a restaurant in several ways, using the map or the search engine with a few helpful filters. In terms of graphics, we have chosen a currently trendy clear model of solid colors, where dominates black – the color of high quality and bright green – a color often associated with ecology.

The outcome

It is worth to mention that Foodsi was financed exclusively from Mateusz and Kuba’s resources. Considering that the cooperation with Foodsi was processing only remotely, we managed to successfully get the application through the development process. Despite difficulties with the Android app’s compatibility, thanks to our skilled crew, both apps were successfully published in application stores within the determined deadlines. Foodsi started its activity on April 1, 2019, cooperating with only 3 restaurants in Warsaw. Currently, they have established collaboration with more than 150 restaurants all over Poland including Warsaw, Katowice, Wrocław, Poznań and Gdańsk. Their number keeps on growing. We wish Foodsi to enjoy the taste of success as long as possible!

Technological Solutions

Together with the LabPlus team, we went through a series of workshops to determine the customer’s expectations and specify the functions that should appear in the application. Behind the tremendous number of options available for the final user, stays a highly complex architecture of the system. As soon as LabPlus approved the colors and mockups of individual screens presented by our UX/UI specialists, we started to work on application development. Since the back-end system belonged to our client, it was necessary to coordinate our and their team during the product development process. Therefore, we were in constant contact with LabPlus employees.
To create the application for iOS we chose Swift, while the application for Android was written with Kotlin.

The outcome

We are highly satisfied with the results of our cooperation. The end-user of the application has many of the available functions, easily accessible on just a few tabs. Designing the interface we used only two colors: blue and white, bringing to mind a medical uniform. Thanks to this, it does not distract but informs about the purpose of the application. The user is guided through registration, a series of questions allowing to personalize the scope of the recommended tests and finally through their purchase as well as analysis.
Although the LabPlus team responsible for the backend was located in another part of Poland, together we managed to get through the whole process and complete the development before the deadline.

Mobile applications have been successfully published in shops and the number of its users is gradually growing. No doubts. LabPlus offers over 1000 types of specialist tests, which can be performed in numerous laboratories located throughout Poland. It is possible to search it by name, type or location. It is also possible to compare the costs of tests in different establishments. The results of the examination are safely stored in the LabPlus database; the application requires the introduction of a security code every time it gets open.
The product has been appreciated not only by application users but also by the National Centre for Research and Development. This is how LabPlus received funding for its further development. And this is a healthy way to be!

Technological solution

To develop the back-end and the administration panel of the application we chose the Ruby on Rails framework due to its numerous advantages for example simplicity of the code that, fastening the programing, allows our developers to focus on another aspect of the project. To create the iOS app we chose the Swift language, meanwhile the Android we proceeded with Kotlin. It is worth to mention that our highly skilled developers overcome some obstacles; the biggest was the connection and integration with the payment systems operating in Dubai.

Our UX/IU designer took care of the emotional and visual design, choosing black as dominating color to symbolize power and elegance as well as high quality; and orange as an accent color to emphasize the positive energy and determination. These two colors together we found to be a perfect match for a fitness-related application.

The outcome

Despite the distance between us, the whole communication process with the client went so smoothly, that after the delivery of the iOS app we had been asked to continue the collaboration. So consequently, we designed and implemented the Android version of the app. Now everyone, no matter if iOS or Android users, can easily book his personal trainer. No excuses.

However, our relationship with Amino had not finished there. We also worked on recent improvements. We modified and simplified some structural and aesthetic details to make the app even easier to use than before. We also simplified the booking process and payment systems management. The app added the Fitness Consultation service thanks to which the customer may discuss their training plan with a qualified personal trainer. Despite some unexpected difficulties, we kept the deadlines and released the two apps within the scheduled time! Now you can work out wherever you are. The trainer structures your workout according to the location and your physical abilities: lunch break in a skyscraper, family picnic outdoors or directly in the gym you attend. No excuses, your trainer will find you wherever you go!