At IRNAS, we collaborate with our clients and partners worldwide, but this does not mean we are any less active in our hometown Maribor. We collaborate with University of Maribor
The main aim of the NexGenHVEC project is to establish and improve collaboration between the industry sector and research organisations and hence help with the development of cost-effective, sustainable high-tech
Modular tissue engineering incubator, designed for New Harvest organisation, with temperature and CO2 regulation, including trays with a programmable perfusion system, integrated bubble traps and a culture dish.
Also this year, IRNAS is going to exhibit at 4YFN, Mobile World Congress 19 between 25 and 28 February 2019 in Barcelona, Spain. We are going to showcase our newest
Wave height buoy with LoRaWAN and Lacuna Space LoRaWAN satellite connectivity for deploying sensor networks and acquiring granular information at an affordable cost in marine environments.
After a busy Balkans tour during the past weeks the Vitaprint returns home. We attended the Additive days conference in Sofia, the iCAT conference in Maribor, the pilot event of
At the first The Things Conference on Tour event in Maribor, Slovenia, held on October 4, we gathered more than 150 participants from 74 companies and 11 countries. Together, we
Attachment for acoustic tags and applicator system for Angel Shark Project, allowing for effective, minimal impact tagging and tracking of endangered angelsharks.
We have great news for everyone joining us at The Things Conference on Tour Maribor on 4th October! Our amazing hardware sponsors MicroClimate Network , IRNAS, L-TEK d.o.o. and EBV
At IRNAS – Institute for Development of Advanced Applied Systems we have been actively promoting LoraWAN networks in Slovenia and worldwide for the past two years. To initiate active development
We are seeking two Electronics engineers to join our team in Maribor, Slovenia. Full job description is available here.
Services: Electronics engineering Software engineering Mechanical engineering Rapid prototyping Experimental testing for scientific applications Client: Signify LiFi IRNAS has developed a 3m x 3m floor-installed CNC system for LiFi system
Cost-effective medical device, designed for production in import-limited environments in the scope of Glia: Equal Care project.
Solar powered water level monitoring and camera device with satellite and LoRaWAN connectivity, designed for Arribada Initiative for deployment in Madagascar to monitor the environment of endangered fish species.
Solar-powered camera unit, developed for Arribada Initiative for deployment in Antarctica to monitor penguin population.
Camera based wildlife monitoring platform, developed for Arribada Initiative for deployment in the Peruvian rainforest to monitor wildlife in tree canopies.
Air quality sensor device, designed for Safecast organisation to operate off-grid while collecting environmental and radiation measurements.
Open-source wireless communication system, enabling building-to-building connectivity with a collimated infra-red light beam at a capacity of 1 Gbps or 10 Gbps at distances up to 150 meters.
An universal power management solution for solar powered IoT devices, handling charging, battery monitoring, high current power output, power scheduling, LiPo cell usage, RTC and wakeup timer.
Cost-effective LoRaWAN outdoor gateway, including all components and an antenna element in a weather-proof enclosure, allowing for quality, low-cost network deployment.
When working with custom materials and a broad range of nozzles, adjusting extrusion during the printing process is crucial for fast settings optimization. With the new version of PlanetCNC and
Water-proof IoT turtle cameras and tags, developed for Arribada Initiative for tracking movement and capturing video footage of nesting green sea turtles.
The growing number of sensors and connected devices with LoraWAN technology enables anything from sea turtle monitoring to MCCI power consumption and optimization monitoring and a wide range of other
Understanding animal behavior, changes in the natural environment and effects of climate change on our ecosystems can be efficiently observed with the latest digital technologies and IoT devices. Over the
In the last decade drones and Unmanned Aerial Vehicles (UAVs) in general have proven to be one of the great technological developments with a range of applications from recreational hobby
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DEWESoft RealTime d.o.o.
Limbuška cesta 76b
2000 Maribor
Slovenia EU
VAT ID: SI35873302
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