R+D+I

Only innovation can grow and overcome the obstacles of society. Under this axiom, Orbital Aerospace devotes about 20% of itself to Research, Development and Innovation.

I+D+I

R + D + I

Since its founding in 2008, Orbital Critical Systems  has made a firm commitment to innovation spending about 20% of its budget on RDI project activities related to: critical systems based on IMA technology (Integrated Modular Avionics), ARINC-661 applications, proprietary certifiable DO-254 hardware platforms, embedded systems in unmanned aircraft vehicles (UAV), distributed test bench optimization and advances in the implementation of extra capabilities in real-time operating systems (RTOSs).

The recognized experience of our research staff and the added value obtained through our efforts have opened doors for us to participate in major national and European projects. Orbital Critical Systems  is recognized by the association ANCES as an Innovative Technology-Based Firm (EIBT).

 

Related Cases

SELENA
Orbital Critical  is taking part in the SELENA programme (More Electrical, Safer and More Reconfigurable Systems Orientated towards a More Efficient Aircraft by Reducing the Pilot’s Workload), which is included in the CIEN programme (National Entrepreneurial Research Consortia Strategic Programme) of CDTI. The overall goal of the project is to take a decisive step towards […]
ETH-RTOS
The ETH-RTOS project is one of the most ambitious and challenging I+D project ever developed in this company. The objective is to build our own certifiable Real-Time Operating System (RTOS), with ARINC-653 certification compatibility for safety critical environments in embedded systems. The system will imply a rupture with current commercial solutions, since it is based […]
OPENPREDICTION
            Orbital Critical Systems  has been selected by the Centre for the Development of Industrial Technology (CDTI) to participate in a project under the EEA GRANTS scheme OPENPREDICTION, entitled “REAL-TIME, OPEN AND REMOTE OFF-SHORE WIND FARMS PREDICTIVE HEALTH MONITORING”. The aim of the project is to design and implement a predictive […]