Altabel Group

About the Client The customer is a Switzerland-based company, member of the Swiss Weighing Association, who is the market leader in developing products for digital weight applications for retail, warehouse, dispensing and storage systems, waste disposal vehicles. Objective To assist the client’s team with the development of a set of digital weight applications. Solution The first introduction with the Client happened at Hannover Messe conference which Altabel Group attended in 2022. By that time the client had a couple of almost fully implemented digital weight applications. However, they wanted to develop a universal state machine for them based on C/C++, which would be able to change its states depending on internal and external events. The internal events mean the events from the functioning of the state machine, the external ones - the events from peripheral equipment (sensors, cameras, detectors, etc). Based on the requirements, Altabel Group preselected and, as soon as the customer interviewed and approved, assigned a Solution Architect / software and firmware  engineer, with 15+ years of experience in C / C ++. The allocated specialist was also a research associate at the Scientific Research Institute of Applied Physical Problems, so he was a great asset for the project. The contract was signed under the Time-and-Material model of cooperation with the focus on full-time long-term collaboration. Altabel specialist was mainly involved in the following projects: ?? The application which allows to determine the stock levels of all containers using scales and sends them to a cloud server. The system collects the stocks of the store fully automatically and informs about each individual material withdrawal with time, number of articles and consumers. Its modular design also allows the system to be used in mobile containers or as a "cashier-less" store; ?? The solution for a cupboard suitable for distributed and consignment stocks, which determines removal or return of material with the help of smart weightening. The system collects the stock levels completely automatically and informs about each individual material withdrawal with time, number of articles and consumers. While working on the project, Altabel Team has resolved the challenge that has been actually one of the main pains of the client - to create a universal core for several projects. With an inaccurate approach, the state machine could turn out to be quite complex, overloaded and unstable. It was also necessary to take into account and create many different structures. Result The client was satisfied with the result, as well as with the approach and communication of the dev team, so they prolonged the cooperation and assigned the specialist to the development of another solution - POC/solution for weighing a vehicle while driving which increases road safety and lifetime of road infrastructure. Read More

About the Client The client is a Swedish company operating at the intersection of construction and green technologies, developing advanced simulation software. This technology was invented in the mid-1980s at the Swedish Institute of Applied Mathematics as part of a Statoil project.  Objective The primary goal of this cooperation was to help the customer with the DevOps operations, mainly to implement infrastructure deployment systems; as well as to develop an effective and continuous management system of the software with PowerShell/Bash scripts. Solution The main solutions which are offered by the ?ustomer include: 1) simulation software designed for road and rail tunnel projects. It supports a full range of ventilation and fire design tasks, offering computed results that are visualized within a 3D representation. Key features include: simulation of airflow, pressure, temperature, and pollutant concentrations in tunnel systems; modeling fire scenarios, including smoke production and heat transfer processes; integration of dynamic traffic models to simulate real-world phenomena like congestion and multi-lane traffic; a graphical user interface for designing tunnel models with schematic components such as platforms, fans, and branches. 2) simulation tool that accurately models a building, its systems, and controllers to optimize energy consumption and occupant comfort. The software supports: advanced design issues, such as energy efficiency and thermal comfort optimization; results through robust algorithms that simulate the interaction between building systems and environmental factors; analysis tools for minimizing energy usage while improving indoor conditions. Achievements of the Altabel team and project progress: Initially, Remote Desktop Services (RDS) infrastructure was based on Azure Virtual Machines (VMs), with automation included installing and configuring RDS roles on several Azure VMs (including Active Directory server). In 2022 the project transitioned to the Azure Virtual Desktop (AVD) service, enabling Azure to handle certain role activities such as RDS Gateway and RDS Broker functionalities. Result The collaboration effectively migrated the client's cloud environment to Azure Virtual Desktop (AVD), automating deployments, and optimizing CI/CD pipelines for faster updates. State-of-the-art monitoring via DataDog offers reliability, with long-term DevOps support ensuring scalable, secure operations. The client upholds its green construction technology leadership through optimized, future-ready cloud solutions. Read More

About the Client The client is a food service business specializing in catering and corporate events. Additionally, the company provides convenient corporate lunch delivery to businesses across Iceland, ensuring high-quality meals. Objective Provide a single order management platform with user-friendly interfaces tailored to each user role. Facilitate a smooth and efficient ordering process for employees Solution Our team has developed a convenient web-based portal for corporate lunch ordering, designed to help companies streamline the meal ordering process for their employees. The platform includes three key roles: Portal Admin, Company Admin, and Company Employee, each with its own set of features. 1) Portal Admin The role responsible for managing the entire system and ensuring its smooth operation. Features: Adds and manages dishes, creating a diverse and comprehensive menu Creates weekly menus for companies to choose from Approves registrations of new companies Views all orders and manages dish prices Manages email notifications 2) Company Admin A representative of the company who configures the platform for their employees and oversees the process. Features: Registers their company (requires approval from the Portal Admin) Invites employees to join the platform Configures order settings (delivery type, available days, payment method: company-paid or individually by employees) Places group orders for employees, streamlining the process for team-wide meal coordination Views the order history of the company's employees 3) Company Employee The end user of the platform who places lunch orders based on the settings configured by the Company Admin. Features: Joins the platform via an invitation from the Company Admin Places lunch orders based on the payment method set by the Company Admin Configures personal information, including dietary preferences and allergy details, ensuring orders align with their needs Views their personal order history Result The project has successfully launched and is now fully operational, serving as a streamlined solution for corporate lunch ordering. The development team continues to work on expanding the platform's functionality based on user feedback and evolving business needs. Read More

About the Client The client is a prominent UK-based cyber security company specialising in autonomous integrated security solutions. They provide a cutting-edge system that shares attack intelligence across email, web and cloud applications, ensuring rapid and continuous protection against cyber threats. This innovative approach enables the company to provide robust defences that operate 24/7 and adapt quickly to new and emerging threats. Objective The main objective of this project was to maintain and enhance the existing main dashboard application that manages the company's integrated security operations. The focus was on addressing a backlog of tasks that included both maintenance and development of new interface features to ensure the system remained effective against evolving cyber threats. Solution Our development team, proficient in ExtJS 6.5 Classic, undertook a dual approach to tackle the challenges presented by the company: Maintenance and debugging - We systematically addressed existing issues within the dashboard to improve stability and functionality. This involved rigorous debugging and refinement of the current codebase to enhance performance and user experience. Interface development - In parallel, we designed and implemented new interface features that enhance the capabilities of the dashboard. This included developing intuitive user interface components that allow more efficient management of security alerts and operational data. Result The improvements made to the dashboard have significantly improved the efficiency and responsiveness of the company's cybersecurity operations. The enhanced interface now facilitates quicker response times and more effective management of security data, providing the company with a superior tool to combat cyber threats dynamically. The project has been highly successful, with the company noting an improvement in operational readiness and threat response capabilities Read More

About the Client German green tech startup developing a "hybrid" energy storage device that consists of a combination of a Li-Ion battery and an H2 fuel cell. Objective To assist in the development of a draft version of the device for testing primary output and obtaining further investments, to develop and customize software for controllers on the draft device. Solution The product of the customer is an add-on fuel cell system - mobile energy storage with heating and recharging function based on hydrogen. The system is mainly sold via the automotive aftermarket and is also suitable for high-price niche markets such as caravans and ships, but also for combined heat and power in the heating market. An Altabel specialist was involved from the very beginning, contributing to the development from scratch. He supported the client's in-house team with embedded development and was responsible for: Implementing a state machine-based control system; Developing a control strategy; Managing communication with sensors and actuators; Configuring fieldbuses (CAN); Displaying system status on the GUI; Logging system data; Commissioning software on the prototype control unit (cRio with LabVIEW from National Instruments); Assisting in test bench trials to determine optimal system operating points; Familiarizing with existing test bench software and hardware; Controlling pumps, valves, and motors in collaboration with the product development team. Result The first prototype of the device was successfully developed and transferred to the initial testing stage; the process of conceptualizing the B-pattern and taking measurements on the test bench was initiated. Read More

About the Client International Business School of Applied Sciences from Germany. Objective To develop a mobile app from scratch for the research purposes of one of Client's project. Solution The aim of the project was to show how smart city techniques implemented in the application can be used to encourage city dwellers to use environmentally friendly and health promoting services from local companies - for example, using public transportation, visiting the gym, or buying healthy foods from supermarkets. And on the other side, there's an opportunity to check whether a dweller uses the offer and benefits from it. The application developed by Altabel team includes the following features: Analysis of user activity (running, walking, cycling) and their duration online and in the background "Challenges", which are grouped into two different classes: Type 1: Activity challenges are proposals for normal tracking activities such as walking, jogging, bicycling, walking upstairs and walking downstairs. Type 2: Company challenges are proposals for various activities of the local companies. Checking the user’s geolocation in the background and when the application is closed. Building a route from the user to the point (selection of the type of transport). Drawing a map and analyzing the current position of the user. When the user is at the endpoint, the application automatically detects it and sends a push notification. Depending on the mode of transportation (on foot, by bike, car or public transport) and the distance, the application calculates the amount of CO2 that the user saves (relative to if he was driving a car). The application has a timer and distance counter. The timer works when the phone recognizes activity. If there is no activity, the timer stops. These modules for React Native have been written in Java and Swift. Result As a result, the mobile apps were successfully developed and delivered to Google Play and App Store. Read More

About the Client The client is a company founded in partnership with Deutsche Telekom AG. The client provides fast, secure, and reliable IoT connectivity services with SIM card provision, data plans and SMS to transmit data using available technology and provide mobile communication between devices at an affordable price, enabling users to benefit from global network coverage at a steady and fast pace. The company serves consumers worldwide and supports all common mobile communications standards (2G, 3G, 4G, NB-IoT). The client's products are widely used in many domains including Asset Tracking and Logistics, Fleet Telematics and Automotive, Healthcare, Hospitality, Smart Building, Smart City, Smart Framing and others. Objective To strengthen the client's internal team with highly skilled developers to support current and upcoming projects Solution Altabel's dev team has been providing software development and DevOps support for the following projects: Project related to the Mobile-Telecom domain (IoT) to provide Internet access to Smart Things. The goal of the project is to replace one of the expensive components of the mobile-telecom stack (previously being received from the client’s vendor) with its own component developed from scratch in order to ensure the commercial benefits of the final product (namely, a SIM card with the Internet, tariff plan and the maintenance for smart devices).   The TISP platform that provides an in-car WI-FI hotspot via mobile connectivity to the OEMs' customers (BMW, Volvo, Daimler) and devices in the car. In the case of Daimler (DAGNA), there are also applications included in the car's head unit that use the B2C data connection such as TuneIn Internet Radio. Today the service is available in Europe and North America. Different OEM offerings require variations of the base product implementation and separation of services due to specific requirements, data security and privacy reasons.   SIM cards and Internet connectivity platform that is stateless (state delegated to Redis) and scalable. In 3GPP topology should be located between SGSN (SGW) and GGSN (PGW). It gives the ability to dynamically redistribute traffic to different packet gateway nodes while looking as a single GSN to external systems. The software stack meant to be deployed in AWS cloud infrastructure using Terraform scripts (infrastructure as a code). The platform also handles GTP-C and GTP-U and supports GTPv1 and GTPv2. Result The projects were successfully completed, and the client regularly returns with requests for experienced specialists with the technical skills they need. Read More

About the Client  The global group of companies with expertise in clinical research organization (CRO). The client delivers systems and services to support the optimal design and efficient management of clinical trials, where imaging provides critical evidence of the novel compound safety and efficacy. The product encompasses patented methodologies for precise and early assessment of treatment efficacy and the tailored advisory, partnering and investment services for the biotech companies with compounds in immune-oncology, immunology, inflammation and neuro-degenerative conditions. Objective To develop specialized software for automated Magnetic Resonance Imaging (MRI) data analysis to be used in clinical studies, imaging biomarkers research, clinical trials of inflammatory, cardio and neurologic diseases. The system provides information to accurately quantify treatment changes, categorize drug efficacy, and identify subgroups of patients. Solution The product is a pure in-browser cloud-based software platform for advanced analysis of medical images distinguishing imaging biomarkers and thus accelerating the process of customary image interpretation. The solution has two modes of operations: The open version is the first free-for-research cloud-based application designed to quantify medical imaging data with the fully automated and semi-automated algorithms; The enterprise version is a comprehensive cloud-based Clinical Trial Image Management System with an integrated multi-stakeholder data management, data upload and data read optimized workflows, as well as a full suite of advanced image analysis functionality for semi and fully automated processing of the static and dynamic MRI sequences, perfusion CT, X-ray and other imaging modalities. ?The product’s infrastructure ensures that there is no data loss, mislabeling or data redundancy in the trial. Its comprehensive intelligent decision support tools help guiding all trial stakeholders through the steps needed to either manage or control trial data. During the course of our cooperation the client has also requested assistance in developing a few complementary projects: Advanced viewer for working with volumetric images – allows working with the images on a deeper level and provides a wide range of operating tools for the radiologists; Simple user-friendly dashboard that visualizes data from various clinical studies to different types of panel's users (CXOs and PMs).   Since 2018, in parallel with the support of the main (production) version and its new features development, the implementation of the new microservices-based platform has been in progress along with integrating of Machine Learning into the solution. Result Thanks to Altabel's decade-long technology support, the client has made significant advancements in medical imaging and drug development, solidifying their leadership in smart trial design. The integration of imaging and AI has enhanced the value and market potential of novel therapies. By combining tech expertise with business insights, the customer is now able to help pharma companies overcome development challenges. Read More

About the Client A Swiss MedTech startup, spin off from the Swiss Federal Institute of Technology (EPFL), pioneering digital microscopy technology to revolutionize surgical oncology. Their flagship product - histology scanner - provides real-time visualization of cancerous cells on surgical specimens allowing surgeons to make informed decisions during tumor removal surgeries. Objective The startup needed a high-performance software solution to power their ultra-high-resolution optical scanner. The goal was to: Enable real-time intraoperative tissue analysis to enhance cancer diagnostics; Develop a robust, ergonomic GUI for seamless scanner operation; Ensure regulatory compliance for multi-market deployment (EU, U.S., China); Integrate AI-powered predictive analysis for enhanced surgical decision-making. Achieving these objectives required a strong technology partner who could deliver scalable, regulation-compliant and high-performance medical imaging software. Solution   Our team developed scalable software with integrated AI capabilities able to handle gigabyte-scale images with zero lag while ensuring strict regulatory compliance. The solution included: 1. Histolog Scanner & Viewer The Histolog Scanner serves as the primary intraoperative imaging tool allowing surgeons to scan, manipulate and export high-resolution images of tissue specimens in real time. Meanwhile, the Histolog Viewer provides a secure and flexible desktop solution for reviewing, annotating and analyzing scans across different devices. Key features include: Live high-resolution image processing for immediate surgical assessment; Advanced annotation & measurement tools to enhance clinical decision-making; DICOM integration for seamless hospital IT system compatibility; Remote collaboration features enabling external device access and multi-user interaction.   2. License Management System To protect software integrity and control feature access, Altabel developed a robust licensing system with: Centralized licensing server for activation & monitoring; Hardware-bound activation preventing unauthorized software use; Time-based & feature-based licensing models ensuring flexibility for hospitals.   3. DICOM Integration A critical step in expanding market reach was ensuring that the scanner’s imaging data could be stored, accessed and shared within hospital systems. Altabel’s team implemented DICOM compatibility enabling: Automated image conversion for cross-platform compatibility; Secure storage & retrieval to integrate with hospital PACS systems; Scalability for future expansion into new geographic markets.   4. E-Learning Platform In 2022 the Client’s Marketing and Sales department approached us with a different kind of challenge - ensuring that surgeons and pathologists could effectively use their innovative technology. To increase product adoption required more than a technical solution - it required education and skills development. To address this, Altabel established a separate full-stack web team, including Business Analysts, QA and web developers, to create a comprehensive e-learning platform for medical staff training. The platform now provides: Interactive training modules simulating real-world histology cases; Certification tracking & AI-powered assessments to ensure clinician proficiency; Remote learning capabilities, reducing reliance on on-site training. According to the client’s feedback, the platform has significantly improved training efficiency, enabled remote learning and increased product adoption by lowering barriers to entry for new users. ?Result Regulatory success CE-marked in 2016, followed by FDA 510(k) clearance in 2024 allowing deployment across Europe & the U.S. Fully compliant with ISO 13485, IEC 62304, IVDR, MDR, ensuring adherence to strict medical regulations.   Clinical & market validation The SHIELD study showed a 67% reduction in reoperation rates for breast-conserving surgeries (from 30% to 10%). Clinical studies confirmed an 80% reduction in tissue assessment time, optimizing surgical workflows. Read More

About the Client German company providing fast, secure and reliable IoT connectivity services, founded in partnership with Deutsche Telekom AG. Objective To strengthen the client's internal team with highly skilled developers to support current and upcoming projects. Solution Altabel's dev team has been providing software development and DevOps support for the following projects: Project related to the Mobile-Telecom domain (IoT) to provide Internet access to Smart Things. The goal of the project is to replace one of the expensive components of the mobile-telecom stack (previously being received from the client’s vendor) with its own component developed from scratch in order to ensure the commercial benefits of the final product (namely, a SIM card with the Internet, tariff plan and the maintenance for smart devices). The TISP platform that provides an in-car WI-FI hotspot via mobile connectivity to the OEMs' customers (BMW, Volvo, Daimler) and devices in the car. In the case of Daimler (DAGNA), there are also applications included in the car's head unit that use the B2C data connection such as TuneIn Internet Radio. Today the service is available in Europe and North America. Different OEM offerings require variations of the base product implementation and separation of services due to specific requirements, data security and privacy reasons. SIM cards and Internet connectivity platform that is stateless (state delegated to Redis) and scalable. In 3GPP topology should be located between SGSN (SGW) and GGSN (PGW). It gives the ability to dynamically redistribute traffic to different packet gateway nodes while looking as a single GSN to external systems. The software stack meant to be deployed in AWS cloud infrastructure using Terraform scripts (infrastructure as a code). The platform also handles GTP-C and GTP-U and supports GTPv1 and GTPv2. ?Result The projects were successfully completed, and the client regularly returns with requests for experienced specialists with the technical skills they need. Read More

About the Client The client is an American product company, part of Virgin Group corporation, that provides software and hardware development services in the wellness sphere for big corporations. Objective To develop and support a large online wellness platform and Android apps that will enable different companies to encourage their employees to lead a healthier and more enjoyable lives. Solution The platform includes a range of wellbeing programs that help employees gradually build healthy habits, which in turn enables organizations to reduce healthcare costs, increase workforce productivity, build a great corporate culture, etc. Brief summary of the programs: Health management program - Identifies employees with health risks and delivers disease management programs and resources to help them improve their health; Program that amplifies corporate culture by connecting employees through teamwork, activity and healthy habits; A one-stop-shop that promotes the right programs for each employee and connects them to relevant programs, benefits, tools and information; Steps, active minutes, calories burned and sleep tracking; Ability to connect to a variety of wearable devices and apps for automatic tracking, etc. The collaboration with the client started with the assignment of 3 Senior .NET developers. The main objective at the first stages was to learn the system and perform support tasks - minor changes and bug fixes. Later on, our team participated in the implementation of new modules, plug-ins, delivery reports, payment methods, etc. Result During the 9+ years of the collaboration, Altabel has been adapting flexibly to the dynamically changing requirements of the client, increasing and decreasing the team size within 3-12 technicians. Read More

About the Client E-health startup, ranked as one of the Crunchbase's Top Ten AI startups, developing AI-based tools for the medical community and providing global access to medical information. Objective To help develop a solution that could address the problem of the large amount of unstructured data in healthcare institutions, provide a secure communication environment for doctors, patients, medical students and others, and allow professionals to separate personal and professional communications while complying with GDPR and HIPAA regulations. Solution The solution, developed together with the Altabel's specialists, is an encrypted communication platform that offers two environments: a global community and private channels for licensed medical institutions. The global community allows an open exchange of information, while the private channels provide secure communication for specific healthcare organizations. The platform also offers a range of specialized AI-based tools for doctors: News updates on medicine, science, and technology; Over 200 medical calculators; A comprehensive pharmacological guide that provides access to all information related to drugs, active ingredients, laboratories and more; 3D anatomy software that provides a dynamic and interactive view of the human body and its pathologies; A medical dictionary (Dicciomed) that answers any question about pathologies, diagnoses and treatments. ?The platform features a digital card that serves as official identification for registered doctors, eliminating the need for physical cards. It stores professional documents such as CVs, diplomas and certificates, allowing doctors to manage their documentation digitally. Additionally, it facilitates direct communication between medical professionals and the administration, enabling health alerts and surveys. The platform also includes a specialized healthcare AI-based search engine that analyzes scientific texts, generates concepts and makes inferences. It's powered by a vast database of millions of medical resources, including news, medicine references, research articles, clinical guides and more. This comprehensive tool provides healthcare professionals with instant access to quality information and answers about specific or rare conditions, helping to reduce mistakes and make doctors more agile and efficient. The platform is accessible via web browser, desktop app and mobile devices (iOS and Android). Result Thanks to Altabel's support in leading the development works for the majority of our assignment time, the Client was able to focus on market expansion and establish cooperation with one of the world's leading pharmaceutical companies. By today, multiple medical universities and pharmaceutical companies around the world use the platform with individual customization for their internal communication purposes. Read More

About the Client The client is an IT company which provides software products and support services for enterprises of the human resource market. The company automatizes all procedures of document management required in business processes. Objective To build a cross-platform application for the HR company to allow reducing the operating costs of regional human resources offices all over the country. Solution The client requested to use the Microsoft Azure services for the backend part and frontend part to register the device and send push notifications with the help of it through Firebase service. In order to enable deep linking, if the user wants to share a vacancy, we used the Branch.io service for both platforms. The chat functionality was enabled with the help of Twilio service. The chats were managed both on the customer side and on the office employee side. The app was developed using Angular 4 framework and Ionic and has backend written in C#. The basic functionality of the application: Searching for vacancies; Filtering vacancies by location and functions; User's timeline with all the communication he had with office representatives; Chatbot with different flows for registered and unregistered users; Managing profile to ease the perfect job finding for a candidate. ? Result Altabel's development team has been working on the application for several years already, developing a solution that will help organizations to select only those candidates for the interview that truly match their search criteria. Read More

About the Client The client is one of the leading providers of contracts for difference, FX and spread betting leading in spread betting and CFD trading. The client transacts around 2 million trades every month for individuals in over 50 countries worldwide. Objective To assist the client's distributed team in scaling up and further development of a spread betting and CFD trading application. The challenge was to take up a scheme of the future application and follow the development plan providing quality services. Solution The solution was to meet the industry requirements of speedy data processing and performance as well as strict standards ensuring security of trading deals and transactions. Originaly the application was built with native iOS technologies, while later the decision was made to build an app with Xamarin native technologies to align the development of an application both on iOS and Android platforms. Altabel development team has been developing, enhancing and supporting the following functionality in the application: Instant checking of the latest prices and market movements; Opening and closing positions; Comprehensive live streaming charting package allowing to analyse historical data and identify price patterns and trends, with historical and live streaming prices; Publishing of the latest global investment news from Reuters News; Setting of stop and limit orders including if done and OCO (one cancels other); Creation of new or amending of existing orders; Viewing of pending, completed and cancelled orders; Monitoring of positions using a unique positions chart; Receiving push notifications on price changes for specific markets; Viewing and amending of multiple Watch Lists; Reviewing of trade and order history; Signing in via Touch ID; Trying out the application without signing up; Managing a trading account. One of the most critical features in the application is its security since it deals with access to CFD trading account information and transactions. Result The dedicated team of iOS and QA specialists has been successfully operating together with the client's international team and brought value to the project with competency and innovative approach helping the product stay on top among the competitors. Read More

About the Client International technology company, an industry leader in critical communication and population alerting systems. A pioneer in the development of advanced systems for critical messages, with many unique patents known in the industry for their technological and life-saving capabilities, the client specializes in creating solutions for citizen communication and public warning for the security, convenience and welfare of people. Objective To support the current project and extend the functionality of the system. The product should be able to notify people about disasters, both natural and man-made, to help them react quickly in affected areas and avoid potential threats through various communication channels such as Voice, SMS, location based SMS, email, fax, Facebook, Twitter, etc. Solution The product includes several solutions: Population Alert solution - a multi-channel scalable platform that can be used by one or several disaster management agencies affiliated with governing bodies or by private entities (university campuses, football stadiums, shopping malls etc) to mitigate disaster risk by timely dissemination of accurate information which helps people react quickly in affected areas and avoid potential threats; Emergency Preparedness suite – a web-based software modules for managing the incident life-cycle including planning for, responding to and recovery from all hazardous incidents and events; SMS Lifesaver App - a mobile app that makes it possible for volunteer lifesavers located near a person suffering from a sudden cardiac arrest to be notified, etc. ?Result Altabel's team expanded the company's technology to alert large international populations on mobile devices, successfully attracting users from countries such as Singapore, Chile, Peru, and Australia. In 2018, the company was acquired by Everbridge Holdings Limited, a global leader in critical event management and enterprise safety software applications. Currently, Altabel continues to collaboarte with Everbridge and to deliver a more comprehensive suite of solutions to a wider customer base, enhancing their ability to more effectively manage and respond to critical events on a global scale. Read More

About the Client A European IT company offering an affordable and user-friendly platform that combines open-source hardware with modern cloud-based solutions to enable automation of smart technologies in homes, buildings, and communities. Objective The customer partnered with Altabel to rebuild, modernize and support their existing mobile application for smart home control. The main goals were to: Improve app performance and speed Update the UI/UX to a more modern, user-centric design Introduce new smart home features and integration capabilities Solution To meet the requirements, the Altabel team selected React Native to build a cross-platform app for both iOS and Android, supporting mobile and tablet versions. At the initial stage, our Business Analyst worked closely with the customer to gather requirements and define user stories. Our design team proposed several UI concepts, and the final version was selected with the client’s input. Since then, the app has undergone a full rebranding, and our designer continues to work on ongoing design improvements to constantly enhance the user experience. The resulting application delivers a clean, intuitive interface and reliable smart home functionality. Key features include: Creating a custom dashboard with quick access to favorite and frequently used devices One-touch control to turn off all lights when leaving the house Intuitive management of room devices, thermostats, and shutters Searching devices by category (e.g., all active outlets or thermostats) Changing room images and selecting themes (light or dark) Multilanguage support The client also offers various package extensions and integrations, allowing users to tailor the system to their needs and manage everything from one central app. Result The app, now rebranded and modernized, was successfully published on App Store and Google Play, and continues to receive regular updates and improvements from our team , including ongoing UX/UI design enhancements. In addition to maintaining the mobile application, the Altabel team is also working on the redesign and rebuilding of the client’s web portal. This portal serves as the central hub for managing all connected devices from smartphones, tablets, or desktop environments. Every device could be connected to it to create a true total solution for your own project or home. If the user's technology can communicate and the third party is open to communication, it can be integrated into the system. The user can consult the system on any device: smartphone, tablet or computer. This way it is possible to have control over the techniques from a distance. Alongside this, our team is developing several additional web applications to support and extend the client’s ecosystem. Read More