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Thank you, Paul, Yes it will work absolutely on every blockchain since we are optimizing the "Network Layer" of any given blockchain.
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Thank you for your interest. Right now we are scaling our testbeds, next on our list is Energy Efficiency testings. We will publish preliminary results before the end of this year. Stay tuned!
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In our networking layer architectural model, we have smaller packet sizes, different naming and addressing schemes, and smaller routing tables compared to the legacy network architecture. This means on the user level you will use less resources to handle the transactions hence Energy Efficiency for the overall blockchain users and nodes with faster transaction execution times.
Please find below some of our technical unique value propositions:
Addressing: In our disruptive network layer architecture, the separation of layers based on scope allows for much smaller address fields to be used because they are only relevant to the layer to which they belong.
Scalability: rBlox’s model includes layer management, and thus distinct routing domains, this will provide a greater scalability solution in the blockchain.
We integrated our network layer solution into two open-source blockchains, where we changed the configuration of the networking layer to use our solution’s API. The result was 30% faster Transaction per second on top of what any given blockchain claims they have.
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By enhancing or improving the performance and scalability of blockchain platforms, its day-to-day users in turn will benefit from faster transaction confirmation times. Since transaction confirmation mostly depends on network traffic in proof-of-stake blockchains.
Moreover, since we are the only player in the market to provide a mass blockchain optimization solution by focusing on the network layer of the blockchain architecture, one of the most significant advantages we hold is that our competition are also potential clients, for our optimization is also applicable to the operations conducted by the competitors listed above.
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