ehr.NXT

Electronic Health Record (EHR) software must be capable, efficient, accurate, and simple to use. Next generation EHR software must also be open, interoperable, customizable, and cloud-ready. ehr.NXT delivers complete, Meaningful-Use Certified EHR capability using modern technology and a standards-based architecture.

Key components of ehr.NXT include:

• FHIR (Fast Healthcare Interoperability Resources)
• Open interfaces
• Scalable, high-performance technology stack
• Cloud deployability

More recently we have achieved the complete EHR Meaningful Use Stage 2 Certification for both Ambulatory and Inpatient functionalities, adopted by the Secretary of the U.S. Department of Health and Human Services.

HealthCenter

HealthCenter (HC) is a patient portal and personal health record (PHR) manager that puts health information in the hands of patients. Patients use HC to manage and control their health information. Health records can be electronically and securely exchanged with multiple providers and Health Information Exchanges and consolidated into a single patient record. Patients use HC to manage and control their health information from one easy-to-use online site. Providers use HC to increase patient engagement and to provide Meaningful Use-compliant patient portal access to health information.

More recently we have achieved the module EHR Meaningful Use Stage 2 Certification for both Ambulatory and Inpatient functionalities, adopted by the Secretary of the U.S. Department of Health and Human Services.

HISP

This project helped create services that support the transmission of Direct Secure Messages and the management of trusted relationships between senders and receivers. The messages are operated by our secure cloud, and there is no local software installation required. The services were built for performance, scalability, security and can seamless handle message traffic as it grows. The project continues to provide a secure standards-based interface that allows the easy integration of Direct Secure Messaging into usual workflow, as well as an easy connection to EHRs, patient portals, and other healthcare applications.

Acquisitions: laptop.

View the acquisition announcement – laptop

Acquisitions: laptop/OS.

View the acquisition announcement – laptop/OS

i-Light 2015 – 2018

Partners: Innovatec Sensing & Communication S.L. (Spain), University Politehnica of Bucharest (Romania)

The aim of this project is to develop a novel energy efficient luminaire equipped with an embedded sensing, indoor localisation and communications electronic system that enables a pervasive, seamless, and inexpensive home monitoring scheme. This product will be defined as a next-generation intelligent LED bulb that includes an additional electronic core for environment interfacing, data acquisition and transmission. This novel solution will enable a set of services to prospective users/clients: telehealth applications, ambient assisted living, home rehabilitation applications, educational or training scenarios, or any other framework where long term pervasive monitoring is required.

Hai-Ops 2015 – 2018

Partners: NZOZ ESKULAP (Poland), Innovatec Sensing & Communication S.L. (Spain), University Politehnica of Bucharest (Romania), Carol Davila University of Medicine and Pharmacy (Romania)

HAI-OPS will build a pragmatic, automated solution to significantly decrease HAI prevalence. The project will create a cyber-physical solution integrating a network of sensors and monitoring software able to provide real-time information & alerts, advanced analytics for cutting down HAI roots and for outbreak prevention, all packed as configurable, standards-compliant plug-in for existing Hospital Information Systems (HIS). The project will handle the prevention of hospital acquired infections (HAI) both as singular cases and outbreaks. HAI-OPS will support healthcare as a service for critical necessity. Any clinical location is a potential customer. Primary targets are the ones with extremely high risks of HAI (surgery, invasive investigations, acute care and infectious diseases units).

Acquisitions: domain, laptop, audit.

View the acquisition announcement – audit
View the acquisition announcement – laptop
View the acquisition announcement – server
View the acquisition announcement – video conference system

SoV 2014 – 2017

Partners: Iceland National Institute for the Blind, Visually Impaired and Deafblind (Iceland), Haskolii Islands – University of Iceland (Iceland), Szechenyi Istvan University (Hungary), Fondazione Istituto Per L’interscombio Scientifico (Italy), Lodz University of Technology (Poland), Fundacja Instytut Pozwoju Regionalnego (Poland), Technical University of Iasi (Romania), University Politehnica of Bucharest (Romania)

Sound of Vision will design, implement and validate an original non-invasive hardware and software system to assist visually impaired people by creating and conveying an auditory representation of the surrounding environment. This representation will be created, updated and delivered to a blind person continuously and in real time. This system will help visually impaired people in any kind of environment (indoor/outdoor), without the need for predefined tags/sensors located in the surroundings.

Questor 2012 – 2014

Partners: NoemaLife (Italy), University Politehnica of Bucharest (Romania)

The project’s goal is to create a revolutionary tool that will take away the whole cumbersomeness of locating, filling in and executing reports.

Questor will be:

• functioning in an easy and intuitive way as other traditional searching engines

• replace the current manual work by automating the process of searching and filling the report in order to retrieve the desired information

• store the metadata information related to reports in a semantic repository.

Moris FD 2011 – 2013

Partners: NoemaLife (Italy), University Politehnica of Bucharest (Romania)

The Moris Fraud Detection platform addresses fraud problems in the medical insurance frame. Its main goal is to significantly reduce financial losses by providing simple but powerful methods to prevent insurance fraud, thus alerting the insurance houses in real time on possible suspected fraud cases, before the payment is made to the medical insurance companies, with emphasis on the pharmacies.

The solution offers an overview on the identified fraud risks, laid out by counties, pharmacies, medical specialties, diagnostics, doctors, patients, etc. Additionally, the solution graphically expresses the geographical distribution within the country, the total estimated frauds impact (the possibility of fraud) at county level and the correlation between the amounts of potential fraud and their gravity.

Visual D 2011 – 2013

Partners: NoemaLife (Italy), University Politehnica of Bucharest

The goal of the Visual-D project is to provide an overview of the health of the patients, combining text with advanced graphics methods to draw a more comprehensive and more relevant view. The patient data is provided both in real time as well as retroactive, allowing history consultation. The project will be oriented on tasks, and will be based on advanced decision support algorithms to apply the appropriate treatment and actions.

Visual-D will combine medically relevant information of the patients with different clinical protocols, thus providing the medical suitable actions.

Rasen 2011 – 2012

Partners: STIFTELSEN SINTEF, Fraunhofer-Gesellschaft, Smartesting, Software AG, EVRY, The Norwegian Research Center for Computer and Law

The overall objective of the project is to:

Strengthen European organizations’ ability to conduct security assessments of large scale networked systems through the combination of security risk assessment and security testing, taking into account the context in which the system is used, such as liability, legal and organizational issues as well as technical issues.

EUGEN 2010 – 2012

Partners: Sepp.med GMBH (Germany), FOKUS (Germany), University Politehnica of Bucharest (Romania)
The project:

– Display medical protocols in a manner comprehensible to users

– Provides an easy designer clinical protocols used to encourage doctors to create and customize their protocols depending on the needs of the clinical environment in which they work

– Uses services based on standards (engine flows based on the standard XPDL, rules engine business) to provide only information relevant to the time of decision or action, based on patient history, the medical knowledge and treatment plans.

RELIS 2010 – 2012

Partners: FOKUS (Germany), Sepp.med GMBH (Germany), NoemaLife (Italy), University Politehnica of Bucharest

RELIS starts from the idea that we have the possibility of expressing normal pattern / behavior of laboratory data and we can identify unusual activities or environment parameters in order to raise an alert in a human friendly way for a risk situation. The main goal of the project is to provide a real-time identification of non-conforming and possibly incorrect new laboratory results and generation of descriptive alerts which are delivered to the laboratory result legal authenticator. Alerts contain a comprehensive, and easy to interpret argumentation for the laboratory personnel. An early identification of risk reveals those tests that are probably incorrect in the lab result and help laboratory personnel decide whether the tests should be repeated.

ReTeMes 2007 – 2008

Partner: Sepp.Med (Germany)

ReTeMeS will focus on reliability aspects in relation to communication issues and develop for that a flexible test framework as a platform for automated test execution and result evaluation. For that, ReTeMeS will use the recent test technology TTCN-3, developed by ETSI originally for OSI protocols, into the European medical system industry. TTCN-3 combines advantages of increased productivity and power with a sufficient level of formalism for the systematic establishment of quantifiable quality for medical systems.