Exciting news – Marecomms was welcomed as a finalist #startup for @MassChallenge’s 2021 #earlystage cohort! Learn more about the program and our class here ➡️ https://t.co/LzWDDrlNXC
🌊 Explore our analysis of 75 global startups & scaleups developing #underwater acoustic solutions & learn how their solutions impact your business 👉 https://t.co/XRc1ING9qX ft. @MarecommsInc
.@MarecommsInc Founder Dr. Ulaş Güntürkün was featured on Turkuaz TV for an interview about his company and entrepreneurship opportunities in Nova Scotia! Check out the interview here: https://t.co/YpV3qYWbmj
#DalInnovates#EmeraideaHUB#HFXInnovation
Here is an update video on our current product, ROAM (as well as our COVID hair :) )
https://t.co/qnYCRIdg0G
Many thanks are owed to @OceanTechKyle for shooting and editing the video.
Yesterday, @JustinTrudeau announced that he is launching the Chronic Pain Center of Excellence at @McMasterU. The center will provide support to Canadian veterans. This is an essential step toward alleviating chronic pain worldwide.
Great chat with Hfx Wanderers right back André Bona about football and his grad studies in environmental science. Looking forward to the new CPL season! @ Halifax Central Library https://t.co/oDMnc3ip9l
Later this year, @MarecommsInc hopes to have a product on the market that can dramatically improve performance and cut costs of communications between autonomous underwater vehicles and other submarine equipment. https://t.co/1mWE8eiYCa #oceantech
signals, on which, Marecomms' proprietary signal processing algorithms were applied, giving rise to perfect recovery at 26 Kilobits/s.
Drop a line at [email protected] to hear more and how our solution may help your business pain!
Latest results in the development of our underwater acoustic communications system: We have been working on improvements to accommodate higher data rates without compromising reliability and robustness.
We are thrilled to be that much closer to completing the development of our first commercial prototype.
The original version of the following image was converted to a sound signal under the water, transmitted, and then the received sound waves were converted back into electrical