You cant win with troll.
Now you are just changing your original question to be "what is the result of a stresstest", and if tonych actually makes a stresstest you would just say "but oh you run the stresstest with AMD Ryzen and more powerful motherboard than what is available for normal people living in Moldova".
Byteball is the first DAG-coin and that hurts your little ego since Iota is still not on any exchange and has the retarded idea of using Proof-of-Work in the space of IoT.
As more transactions are posted to the network transaction times decrease - throughput increases.
I am very interested in your IoT experience and especially the prototype mentioned, is it or will it ever be available for public study? Did you actually use the ESP8266, if so and you cant FOSS it, can you give a few pointers how one would go about implementing a light Byteball client for it, what was the biggest problem you faced?
Thank you.
We cant FOSS the prototype as parts of it are used in the current iteration, the most meaningful parts of course, which is the porting of secp256k1 library, thats basically all that was missing on current esp8266 sdks.
The other problems faced was actually understanding and working through the Byteball light-client js code, and testing.
Now for the next iteration, see the problem with ESP8266 and similar chips, Realtek has a newer almost similar but slightly faster, is the power/energy consumption.
In IoT, especially for things which are sensors, they arent usually connected to power-grid, and run on batteries. ESP8266, despite being weak ass shit in general computing, 80Mhz, if you overdo it can do 160Mhz, with 96kb ram, it still uses on average a whooping 300mAh and peaks at 800mAh. Optimize all you want but you aint gonna get a usable sensor lasting more than 6 months on 4 AA batteries, if it will report something even each 5min.
And if you put 10 000 sensors somewhere you aint gonna go replacing them all every 6 months. We need to go deeper, lower in energy used, to last years, and yet still make secure WebSocket connection and perform Byteballs ecdsa (secp256k1) and sha256, this is the current challenge and it is very fun.
ESP8266 is like a fat cow compared to whats needed.
