
Research Institute
Technology Assesment Laboratory
Aurenav Research Institute (ARI) is committed to developing domain independent enterprise architectural solutions, methodologies, and automation tools. Our Technology Assessment laboratory (TAL) focuses on evaluating how Commercial Off-The-Shelf (COTS) and Open Source products and tools can be adapted for enterprise architecture solutions. By leveraging COTS and Open Source solutions with our own internally developed solutions we enable a more robust enterprise architecture development environment that reduces cost, leverages existing technology, and accelerates the development life-cycle.
Enterprise Systems Architecture Laboratory
Our Enterprise Systems Architecture Laboratory (ESAL) works with government, industry, international standards organizations and academia to develop architecture and process frameworks for the enterprise. ARI supports the Enterprise Systems Architecture Laboratory (ESAL) in Stockholm, Sweden. ESAL provides facilities, hardware, software, professional ICT experts, and researchers for both internal and external research projects. ESAL is well positioned to provide independent, third-party evaluations and assessments involving ICT technology and products. Additionally, ESAL provides an important learning platform for educational institutions and for private and government sector organizations.
EICT Applied Research Laboratory
ARI is also involved with the Aurenav EICT Applied Research Laboratory that is tasked with developing pragmatic frameworks, processes, tools and platforms for large enterprise, government and midmarket companies. These solutions are utilized in both our consulting and services business units. Both Open Source and commercial products are researched and developed by the EICT Applied Research Laboratory.
Industry
ARI works with industry to develop Open Standards in enterprise architecture frameworks and in program and project management using frameworks and business process workflows. ARI has developed a number of management and architectural frameworks based on proven methodologies including PENG Analysis, Petri-Net Workflow Analysis, Critical Path Method (CPM), and Program Evaluation and Review Technique (PERT). ARI also coordinates student and client employee project work with real-world projects to provide hands-on experience in managing complex enterprise projects. ARI also provides support for new venture start-ups.
Government
ARI is active in the government sector providing ICT advise, support, and economic development assistance for both developed and developing countries. ARI also supports a volunteer and subsidized consulting pool to assist developing nations tackle complex ICT projects.
Academia
ARI is an active supporter of the Association of Information Technology Professionals (AITP) and the Institute for the Certification of Computing Professionals (ICCP). Through the AITP, ARI works to help educators develop and maintain relevant curriculum and case studies in systems analysis and design, business process analysis, enterprise architecture, modeling based on the Unified Modeling Language (UML), and management sciences. ARI also supports work-study projects that provide students hands-on experience working with real-world Information and Communication Technology (ICT) projects. Through the ICCP, ARI promotes independent, third-party assessment of graduating students and professional practitioners. ARI is actively invovled in the development of ICCP certification exams and provides assistance in developing relevant and pragmatic curiculum in IT and MIS for accredited Universities, Colleges, Technical Schools and Institutes.
Platforms
Working in conjunction with university and government economic development partners, Aurenav provides support for developing technology-based social service solutions. Examples include:
- eHealth Platform - a telemedicine platform designed to allow remote monitoring and support of medical devices in real-time, near real-time, and batch operation modes. The platform is based on a domain neutral architecture and has been deployed as on Open Source Java, WebSphere, Oracle, and .Net platforms (including hybrid mixes of these four platforms). The platform is designed to integrate medical devices via a common information integration platform so that patient data, patient monitoring, patient treatment, and medical research can all be supported through a common open environment based around the HL7 standard. The platform is designed to support alphanumeric and binary data sets including analog to digital waveform representations. Any type of data file can be supported over the platform. Current implementations include integration of medical devices inside and remote to a hospital while maintaining a highly secure environment.
- eHealth Sentinel Platform - a monitoring system that is designed to gather patent symptom and diagnostic information which is then analyzed for trends. The system is designed to provide an early warning to emerging diseases and environmental contamination events.
- eLearning English for IT - a free service designed to help people learn IT terms in English. The service offers a vocabulary builder that combines text and accompanying speech to help students learn how to properly pronounce words used in IT. Visit our English 4 IT website at www.english4it.com






