O1: Establish the fundamental foundation for the TWIST device by successfully fabricating and characterizing VO2 active layers. This objective implies the fabrication of VO2 active layers by Pulsed Laser Deposition (PLD) with controlled thickness and desirable morphology based on optimized deposition parameters.

O2: Comprehensive characterization of VO2 layers by conducting detailed analyses to assess morphological and structural features that can create a baseline for further comparisons and adjustments.

O3: Assemble key components, perform comprehensive testing, and validate the functionality of the integrated TWIST device. This objective involves the assembly of the device with integrated Peltier plates and proper electrical connections to verify the compatibility and assess overall functionality. Expected

O4: Analyze the optical properties and composition of the fully integrated device in order to identify any deviations compared to individual component testing.

O5: Prove the infrared stealth capabilities using a thermal camera (SPOT system). Expected

O6: Conduct advanced testing, optimize the TWIST device, and finalize the demonstrator for operational deployment.

O7: Implement communication and encryption tests using the SPOT system (thermal camera developed by the partner in a previous project) in order to validate the device capability for covert communication (when the device is not in stealth mode)

O8: Submit two patent requests to validate the technique for obtaining demonstrator components.

O9: Publish two scientific papers in ISI journals and present a minimum of two presentations at national/international conferences.