Following a passion
Vidal's PhD paper asked a seemingly simple question: how could you control pattern, how do patterns arise? What was the physical mechanism?
"When I wrote my PhD I simply loved experimental physics, I never realise I was going to start a business," he says.
"In nature there are a lot patterns which resemble each other. For example, a tiger and a zebra’s stripes. There is another example you can see on the Victoria crater of Mars and on the surface of a coffee.
"These are called convection patterns. How and why these patterns form was a mystery. Too investigate this for my PhD I heating silicon oil in a convective cell (like olive oil in a pan) until it started to form bundles.
"They appeared to obey some kind of law, so I started to write the maths of this pattern formation process. I started to see the patterns behave chaotically. That was curious because the maths was deterministic but you could never guess what the system was going to do next."
Vidal later realised the process could be used as an encryption method and Enigmedia have been able to mathematically prove it is secure.
The research also found the encryption was extremely efficient and therefore a unique opportunity. This is because the coded message can be transmitted in a binary format, like the bands of the convection pattern. This makes the network fast and efficient.
Speed and efficiency
Applications like industrial communications demand rapid messaging. For example, a person receiving a streaming video will barely notice a 100 milliseconds (ms) delay, but in terms of machine-to-machine communication 10 ms is a minimum and one ms is ideal. This the latency Enigmedia can achieve with its cryptography. The service is more robust and up to 95% more efficient than current encryption standards. It also can be used by any kind of device regardless of its computing power and without impacting performance.
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