In recent years, the growth of cloud services has proven the success of the serverless model (AWS) and PaaS (Heroku). These models minimize the effort and operational costs incurred while building digital products and help in scaling up. However, these systems are built in a centralized style in which service providers keep and control everything in their data centers where resources are not fully optimized. As a result, service fees have always been quite costly for developers.

From a user perspective, things might look like this:

However, these hosting systems have to serve billions of requests every day, and as the result, you will notice lags and high latency, sometimes poor video quality to compromise with the limitation of bandwidth/computing power.

For most of the users and even streaming platforms, they believe it’s the best they can do: everyone is struggling, therefore it has become a standard.

And whenever overload happens, or international internet cables snap, or their Hosting shutdown for maintenance/errors — the whole industry takes it as inevitable bad luck. The current solution for it is somewhat brute force: Everyone is gathering more bandwidth, more computing power, then charge aggressively to cover the costly infrastructure investment.

What if we told you, that things should not be like this?

On the surface, the Streaming service Bluesea Network provides looks just like the traditional approach. Streaming platforms send packages of data to their end-user. However, right under the surface, they are interacting with a network of nodes coordinated by the core technology of Bluesea.

We have solved the problem of:

• Allowing devices a wide range of devices, from high-end servers to slow embedded devices to join the network

• Optimizing the Routing path

• Proof of forwarding

• Work Verification

• Probalistic Payment

And we will be glad to discuss our approach to creating a massive infrastructure network in our soon-published Whitepaper!

Today, the 24th of August 2022, we are currently having a MVP (Mini Viable Product) that simulates the cross-geographic connection between users/devices via a network of nodes. The conference calls use case is chosen to test the latency, the quality of video streaming (graphic and audio), and how our Routing optimization works

The simulation comes with great results with extremely low latency, stable connection, and room for development on network scalability. The test runs gradually show us how competitive we can price our service as the following:

While our competitors have a burden from investing non-stop for bandwidth and computing powers, with the risk of disruptive factors that shut down their service, we are able to charge our service almost 10 times cheaper.

You might find that Bluesea Network is having the technology that is capable of doing really well, with or without theblockchain application — but it’s not the case.

In order to grow our network with frictionless reward transactions across countries, and negate the scenario of unintentionally centralizing our network (with a few big players contributing most of the bandwidth and computing then acquiring most of the rewards), we use smart contracts on a matured layer 1 chain to manage the network with transparency.

There is a lot for us to do in the 3rd Quarter of 2022 — when we achieve our Proof of Concept!

In recent years, the growth of cloud services has proven the success of the serverless model (AWS) and PaaS (Heroku). These models minimize the effort and operational costs incurred while building digital products and help in scaling up. However, these systems are built in a centralized style in which service providers keep and control everything in their data centers where resources are not fully optimized. As a result, service fees have always been quite costly for developers.

From a user perspective, things might look like this:

However, these hosting systems have to serve billions of requests every day, and as the result, you will notice lags and high latency, sometimes poor video quality to compromise with the limitation of bandwidth/computing power.

For most of the users and even streaming platforms, they believe it’s the best they can do: everyone is struggling, therefore it has become a standard.

And whenever overload happens, or international internet cables snap, or their Hosting shutdown for maintenance/errors — the whole industry takes it as inevitable bad luck. The current solution for it is somewhat brute force: Everyone is gathering more bandwidth, more computing power, then charge aggressively to cover the costly infrastructure investment.

What if we told you, that things should not be like this?

On the surface, the Streaming service Bluesea Network provides looks just like the traditional approach. Streaming platforms send packages of data to their end-user. However, right under the surface, they are interacting with a network of nodes coordinated by the core technology of Bluesea.

We have solved the problem of:

• Allowing devices a wide range of devices, from high-end servers to slow embedded devices to join the network

• Optimizing the Routing path

• Proof of forwarding

• Work Verification

• Probalistic Payment

And we will be glad to discuss our approach to creating a massive infrastructure network in our soon-published Whitepaper!

Today, the 24th of August 2022, we are currently having a MVP (Mini Viable Product) that simulates the cross-geographic connection between users/devices via a network of nodes. The conference calls use case is chosen to test the latency, the quality of video streaming (graphic and audio), and how our Routing optimization works

The simulation comes with great results with extremely low latency, stable connection, and room for development on network scalability. The test runs gradually show us how competitive we can price our service as the following:

While our competitors have a burden from investing non-stop for bandwidth and computing powers, with the risk of disruptive factors that shut down their service, we are able to charge our service almost 10 times cheaper.

You might find that Bluesea Network is having the technology that is capable of doing really well, with or without theblockchain application — but it’s not the case.

In order to grow our network with frictionless reward transactions across countries, and negate the scenario of unintentionally centralizing our network (with a few big players contributing most of the bandwidth and computing then acquiring most of the rewards), we use smart contracts on a matured layer 1 chain to manage the network with transparency.

There is a lot for us to do in the 3rd Quarter of 2022 — when we achieve our Proof of Concept!