Elinext Healthcare Software Development
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The document outlines a software development company's operations in healthcare, detailing its locations in Belarus, Vietnam, and Poland, with 85% of employees as software engineers. It highlights various projects, including medical software applications for clinical trial management, patient monitoring, and emergency services, emphasizing compliance with healthcare regulations. The company also adopts Agile methodologies and provides ongoing training and professional development for its teams.
Elinext Healthcare Software Development
- 1. Healthcare
- 2. years in custom software development Development centers are located in Belarus, Vietnam and Poland. HQ is in Minsk, Belarus employees as of the beginning of 2020, where 85% are software engineers Attrition rate Java, PHP, .Net, C#, C++, JavaScript, Python, iOS, Android, Frameworks Web & Mobile Apps UI/UX Design CRM & Customer Engagement ERP & Asset Management IoT & Infrastructure Management Cloud Computing & SaaS Development Blockchain DevOps
- 3. Сertified Quality Management Сertified Information Security Management Google Cloud Certified AWS Certified ISO 13485 HIPAA PIPEDA PHIPA FDA 21 CFR Part 820 IEC 62304 • Code Review • Static Analysis • Dynamic analysis • QA and unit-tests • Continuous Integration • Rules and processes • Best-practice and knowledge sharing in onboarding process. • Professional trainings, including external courses. • Developer conferences and international hackathons
- 4. Multiple projects, one of which is a SaaS application with a streamlined, intuitive interface for doctor workflow management, electronic health records management, billing, and scheduling; Ongoing cooperation for 4 years Cardio report suit with PACS and hemodynamic solution for collecting data, signals and images for all invasive and non- invasive cardiology to form a post-operation treatment plan; Multiple projects, one of which is a clinical trials management software that allows life sciences companies to streamline the execution and commercialization of global clinical trials; Multiple projects related to feed pipelines management, aggregation and anonymization of PHI, risk measurement, clinical trials research and healthcare data analytics; Dedicated team of 22 developers and QA engineers; Agile-based SDLC Ongoing cooperation for 8 years Dedicated team of 8 developers and QA engineers; Agile-based SDLC Ongoing cooperation for 4 years Dedicated team of 9 developers; Agile-based SDLC Ongoing cooperation for 12 years Dedicated team of 50 developers and QA engineers; Agile-based SDLC
- 6. Medical alert service integrated within a smartwatch that includes indoor/outdoor location, two-way voice communication and fall detection. Its mission is to help vulnerable people and their families by providing rapid responses and interventions to emergencies. In case of a fall, sickness, elopement, wandering or any other incident, the service enables you to intervene promptly. Web app to register emergency cases and allocate a free ambulance crew to the address of emergency. Smart watch with a two-way voice communication, geolocation, and a fall detector for everyday use. Java, Angular, MySQL, UX
- 7. Integrated Cardiology Information System for collecting data, signals and images for all invasive and non-invasive cardiology. Scheduler – appointments with in/out patients, bed management, coordinate doctors’ calendars; Boarder – dashboard with global view. To get a patient from the registry to the operation room or pre/post operation clinical department (order a porter/litter, track the location and movement of a patient, and meanwhile prepare a room for him). Procedure – CVIS for invasive and non-invasive procedures. Integration with HIS, RIS, PACS, registry software, and clinical trials database. Tracking – follow-ups and registries. Tracer – stock management and inventory. eCR – web patient case review. Analytics – overall clinic performance and operations. Compliance – patient education and monitoring. .Net, C#, Java, Angular, UX
- 8. Proof-Of-Concept (POC) that demonstrates the ability to analyze a movement of a human body on the provided video set. The goal was to detect the signs of Parkinson disease. The future goals were the analysis of video feet to predict epilepsy seizures. Recognize 5 markers on a body of moving person in a provided video file. These 5 markers correspond to two hands, two feet and a center of a chest. OpenPose library. OpenPose represents a system to jointly detect human body, hand and facial key points; TensorFlow is an open source library for numerical computation and large- scale machine learning; OpenCV (Open source computer vision) is a library of programming functions mainly aimed at real-time.
- 9. SaaS solution to aggregate and manage PHI feed pipelines, anonymize sensitive data, and measure risk of identification afterwards. Java, Angular, MySQL Case Study
- 10. Fully-functional SaaS platform for clinical trials management and collaboration with the configurable modular interface and securely host files in a 21 CFR Part 11 Compliant centralized virtual data room. .Net, C#, ExtJS, AngularJS Case Study
- 11. Health analytics tool to analyze patients’ information and build quality measures. Made in compliance with Obama Care Act to reduce expenses for healthcare. Integrated with EMR to help providers manage performance-based contracts, rapidly improve quality reporting measures and enable proactive patient care. PHP, AWS, MySQL Case Study
- 12. Web-based application for doctor workflow management, electronic health records management, billing, and scheduling, with a streamlined, intuitive interface. The software passed ONC certification. Java, Angular, MongoDB, Oracle Case Study
- 13. The patient portal that interoperates with PACS and RIS and allows patients to register and track their radiology exams and medical reports. Security (HIPAA, ISO 27001 and 62304 compliant) Purely AWS-based; Passed external audit, security penetration and usability testing. Zero downtime; 4 user roles: deployer (super-admin to manage all clinics); admin (to manage data within the clinic); clerk (doctor); user (patient). Java, Angular, AWS Case Study
- 14. Service that allows track and update entire family medical history with notifications about upcoming inoculations, checkups, appointments or prescriptions. Node.js, Ember.js, Bootstrap, PostgreSQL
- 15. Patient satisfaction survey tool that serves as an early-warning system and provides healthcare provider with valuable recommendations for action. Negative development trends in the individual practice areas can be identified early. Ruby on Rails, Redis, PostgreSQL
- 16. Custom caregiving app based on peer-to- peer business model allowing to receive in- home care and significantly reduce their expenses for hiring a care giving individuals instead of addressing an agency. PHP, JS, MySQL, Android SDK, Java, Objective-C Case Study
- 17. Patient Portal, a part of a revenue cycle management system for Emergency Services that enables quick and secure way of paying for EMS bills. PHP, Yii2, MySQL
- 18. A mobile app that makes a picture of the skin and detects the level of a person’s sunburn using Explicit Image Detection technology. Objective-C, MVC-pattern, Core Data Case Study
- 19. The patient data management system that allows store and patient’s personal and health data, track diagnosis and treatment, view attached documents or images. Net, ASP .NET MVC, MS Web API 2, AngularJS, MS SQL
- 20. The application allows our medical providers to gather complete health information and provide a comprehensive report of all conditions, existing or previously unidentified. The patient data is gathered and processed for prospective risk evaluation. On the basis on the evaluation healthcare insurance companies are able to offer appropriate life insurance packages. Objective-C, Core Foundation, MessageUI, Crittercism, Reacability, SMWebRequest, BlackRaccoon, EventKIT, CoreGraphics
- 22. • Allows to control of the project development process • Customer is charged according to the resources utilized and the time spent while working on the project • The model is used where scope, specification and implementation plans cannot be fully defined in advance • Partnership can last from 3 months to several years • The model requires well-developed technical requirements in form of specification documents • This model is most of the time suitable for small scale projects (from one to three months) • The projects are typically neither changed nor extended during implementation
- 23. • Team setup • Plan and prepare • Refine requirements (Functional and Non- Functional) • Design • Architecture • Infrastructure • Product backlog • Sprint backlog and planning • Feature(s) • “Ready for Release” • Sprint backlog and planning • Feature(s) • “Ready for Release” • Proof features and their priority by value and complexity • Design a truly flexible and future-proof solution • Plan an effective communication model • Ensure further possibility to develop several services/ features in parallel
- 24. elinext.group info@elinext.com www.elinext.com 155B Bogdanovich st., Minsk, 220040 +375 17 237 5365 37A Phan Xich Long st., Ward 3, Phu Nhuan District, Ho Chi Minh City +84 8 3995 6849 6800 Jericho Turnpike, Suite 120W, Syosset, New York, 11791 +1 516 393 5818 Europaplatz 2, 10557, Berlin +49 30 408 192296 Marina House, Adelphi Quay, Waterford +353 51 347 055 Republique Business Center, 3/3 bis rue Taylor, 75010 Paris +33 1 85 64 10 29 Office 302, Dominion Centre, 43-59 Queen’s Road East, Wanchai 100 Tras st., #16-01, 100 AM, Singapore, 079027 Ul. Sabały 58/lokal A1-B1, 02-174 Warszawa Dniprovska naberezhna 26Zh, office 25, Kyiv