nLiteApps has provided software and hardware solutions to the following H2020 / FP7 research projects and applications:
BLEeper: a low-cost outdoor location tracking solution for shoreline applications
BLEeper is a patent-pending approach that utilizes low-cost solar-powered water-proof Bluetooth beacons across geo-fenced shoreline areas (land and on coastal water buoys), in order to deliver high-accuracy location tracking for persons equipped with any type of low-cost Bluetooth wearable (e.g. wristbands, life-vests). BLEeper delivers superior coastal surveillance, compared to any other available solution, leading to significantly increased levels of safety during shoreline activities.
The project received the I4MS-SAE quality label from the ICT Innovation for Manufacturing SMEs (I4MS) and Smart Anything Everywhere (SAE) initiatives.
Find My Friends application
nLiteApps Find My Friends can be used for:
✓ Enterprise fleet / personnel location management
✓ Multi-device location manager for users owning many devices
✓ Sharing locations with close contacts
The app has been ranked 3rd in the Efarmogiada 2015 contest (in Greek).
OfferBoard (Chania) application
OfferBoard facilitates the communication and interaction between store owners and their clients in the city of Chania, Crete, Greece. The app allows store owners to create a virtual shop entity including name, description, location, social media pages, website, and even chatting. As soon as a new offer is published by a shop owner, the app immediately notifies all of its subscribed users.
OfferBoard integrates more than 20 different shop categories (and counting), in order to accommodate any type of store entity and assist users to easily subscribe to their favorite shops for new offers.
EXTRA DAE Reconfigurable Architecture
Project management, business plan and implementation support for the exploitation of the EXTRA DAE Reconfigurable Architecture; development effort is mainly focused on the deployment of virtual machines to FPGA-accelerated cloud computing infrastructure.
Disaggregated Data Center in a Box
Design and implementation of a remote memory access controller onto reconfigurable logic (FPGA), as well as its interface to the system hypervisor for remote memory block allocation purposes.
Agile, eXtensible, fast I/O Module for the cyber-physical era
Reconfigurable interconnect logic and interfaces development to Cyber-Physical Systems (CPSs) including FPGA chips; the interconnect provides acceleration functions for applications, operating system, and the task-based AXIOM programming model.
on-Demand System Reliability
Development of a run-time software framework for fault-tolerant scheduling of application tasks to available embedded processing resources (soft-core processors and hardware accelerators).