#Meshbackbone is launching free Internet service in Seattle

Mesh InfrastructureMeshbackbone is launching free Internet service in Seattle by implementing 100% solar powered Multi-Gigabit wireless stations.

02/27/18 – The innovative Internet service provider announced on Tuesday a project proposal to pilot 42 stations. The new network will cover 1/2 square mile of a Seattle neighborhood on Beacon Hill. The team started testing Solartech Station Aly1, a Patent Pending solar powered station announced a few weeks ago by Solartech.

The wireless network on Beacon Hill will be the first in the world to deliver 10 Gbps public WiFi connectivity.  In collaboration with freepublicnetwork.com , Meshbackbone is also testing B.A.T.M.A.N (Better Approach To Mobile Ad-hoc Networking) a Layer 2 protocol.

Founder and CEO, Alex Patrut in a recent interview mentioned that “the recent collaboration with Free Public Network will help us provide free unlimited Internet up to 2 Mbps per device.”

According to Mr. Patrut, users will have paid options to upgrade for prioritized traffic and faster speeds. This includes access to premium features and services. “Aly1 eliminates a large percentage of operational cost. We figured that even a small percentage of premium customers will be enough to cover our expenses. I believe if we offer good value and quality products and services, a free user will prefer to be a paying customer. This business model will keep us motivated to continuously improve and innovate.”

Facebook Comments

#Solartech is announcing Aly2 Solar Station with a supercomputer built-in.

Meshbackbone Super Block Chain

Solartech is announcing Aly2 Solar Station will have a supercomputer built-in. Meshbackbone will begin testing parallel supermining and use mined cryptocurrency to exponentially grow the network.

03/18/2018 – Meshbackbone, the innovative Internet service provider, will begin testing Solartech Aly2 parallel supercomputer as a miner. Alex Patrut, inventor and founder, recently shared: “We are trying to create something amazingly unique. We are building a new parallel mesh supercomputer that will grow 2 TFLOPS with each wireless solar station deployed. We are working on Epiphany Routing Logic and we are getting ready to implement the next generation WGPIO.” Solartech is planning to finalize Aly2 by the end of 2018 with the capacity to continuously support a 200 watt-hour load.

Mr. Patrut mentioned that they are heading into the unknown, with testing and experimenting being the only ways to find out the true potential– “This has never been done before, there are no instructions, no specifications, no recommendations.  The potential we are envisioning is mind blowing, and it could revolutionize the industry from AI, cloud computing to blockchain. Right now we don’t know if it’s going to work, we need to test, fail, learn and keep testing.”

Meshbackbone will begin collaborating with i-Laboratory.org , the Seattle based research and development incubator and begin testing ASIC (application-specific integrated circuit) mining as an immediate source of income to fund the project. The cryptocurrency name is not announced.

“The entire project is based on a clear choice to help the world. This dream is fueled by passion, vision and determination, but unfortunately, dreams don’t pay the bills, money does. I’ve been using my own money and savings because I believe a Big Idea is bigger than its Idea person. Our funds are getting depleted but cryptocurrency mining could help us fund and continue this project. We need to be creative so we don’t lose momentum and reach a complete stop. If we ever reach that point, I just hope the next person will learn from our success and shortcomings and continue on this mission to provide free Internet for all.” – Alex Patrut

Facebook Comments

#Meshbackbone is testing #Solartech Station Aly1

Meshbackbone is testing Solartech Station Aly1 in a Seattle residential neighborhood

 

02/24/18  –  Recently, Meshbackbone and Solartech announced a strategic partnership in an effort to deploy the world’s first, solar powered multi-gigabit mesh wireless network.

Today, Meshbackbone successfully deployed Aly1 and started monitoring the performance. The company installed the test unit on Beacon Hill. The founder and CEO, Alex Patrut , describes the experience: “It went unbelievably fast. We anchored the two mounting brackets in under five minutes. At that point, we placed the all-in-one-unit in the bracket and used the security bolts to lock it down.”

Solartech Station Aly1 is a patent pending solar wireless station. It’s design eliminates the installation cost and speeds up the deployment. “We see the stupendous benefits in new network installations. We don’t need to attach to poles, we don’t need to dig or bore, we don’t need certified installers, we don’t need to assemble anything. If we don’t need to do any of that, it saves us time and money” said Alex Patrut.

For the next couple of months, Meshbackbone will work with the City of Seattle to receive right of way utility permits and deploy more units.

 

Facebook Comments

Introducing #Solartech Station Aly1

introducing Solartech Station Aly1Solartech’s founder, Alex Patrut is introducing Solartech Station Aly1

02/11/2018 Today, Solartech is introducing Solartech Station Aly1, a patent pending, solar powered wireless station. This all-in-one vertical solar station is implementing innovative technologies and techniques.

According to Alex Patrut, “We took a completely new and innovative approach, from the ground up. We had a vision to design the most affordable, efficient and performant solar wireless station on the planet. Every technology we selected was carefully researched and tested. We custom designed and built so we can create, what I call, system harmony engineering.”

The latest innovation in thin film solar cells, helps Solartech to design a unit that can be installed vertically, and still perform in shaded or low light conditions. The company also implemented a new battery chemistry that has a very high cycle life, 20,000 cycles, with excellent endurance and safety. Mr. Patrut explained “Actually I had a lot of fun testing and experimenting with these new batteries. We crushed them, punched them, stabbed them, burned and froze them, but towards the end it got boring, nothing dangerously exciting happened, they are boringly safe”. Due to this high safety, mobile medical devices also started implementing the new cell chemistry. One underlying reason for this technology’s characteristics is that the chemistry uses nanocrystals on the anode instead of carbon, which provides a much more effective surface area.

Another innovation Solartech implemented was in radio system design. The company is working to implement certified Wi-Fi 10 Gbps, but they are also augmenting the network with 60 GHz full duplex Multi-Gigabit links. “We looked at 60 GHz radio spectrum and it shows amazing potential for bandwidth capacity. 60 GHz is not immune to oxygen particles and does terribly trying to penetrate any surface. Because of that, even if is license free and open to everybody, the 60 GHz spectrum is not crowded at all and we can use the entire bandwidth. It’s perfect for P2P and P2MP direct sight links between our meshed solar stations.”

During the next couple of months, the company will deploy pilot units and start raising capital for production and operations.

Facebook Comments