PROES technology was primarily developed to provide coverage for isolated areas with no or poor network coverage.
PROES innovative algorithm increases the network capacity up to 5 times more than conventional communication protocols. Providing full bi-directionality, various adaptable data rates in addition to using lower frequency bands with higher penetration rate (such as 169 MHZ) makes our products ideal for loT control-command applications specially in dense environments such as forests or the industrial where high penetration rate is required. Our RF links for IoT applications has supported a communication range of 174km (LoS) with only 14dBm (25mW) transmission power.
PROES silent signal reception needless of setting a pre-determined synchronization pattern, its immunity to burst noises, jamming and channel fading provides a military level security for particular defense applications.
Solid evaluations based on the hardware implementation of PROES technology on FPGA proved that our innovative algorithm is a lot more efficient in terms of required resources and also power consumption compared to the existing technologies such as Spread Spectrum techniques. Therefore, the simplicity of integrating PROES algorithm on ASIC, is expected to disrupt the market in various telecom applications.
We are honored for winning the “Innovation Awards Honoree” of CES® 2023.
“Innovation Awards Honoree”
We are pleased to annonce that PROES innovative solution in long range telecommunication technology won the “Innovation Award” of CES® 2023, Las Vegas, US.
“The CES Innovation Awards are based upon descriptive materials submitted to the judges. CTA did not verify the accuracy of any submission or of any claims made and did not test the item to which the award was given.”
French National Innovation Award
Jules Garsault, the CTO of PROES, was awarded the French National Innovation competition, i-PhD, in 2019.