🎉 I've successfully bound my wallet for the DSCVR Airdrop!
Early community members are being rewarded.
Have you checked yours yet?
👉 https://t.co/3IyUIJ2Ilo
#DSCVR#Airdrop
Key features include
- p2p expense ledger + balances + settlement suggestions
- persist/restore snapshots (contract state + local node fallback)
- web UI with chat, expense actions, assistant input
- Added InterSplit (p2p expense splitter) similar to WeChat system split bill. With side channel sync.
- Added contract-backed persistence + local fallback snapshot.
- Added browser UI for SC-Bridge control
- Added settlement export (text/json/csv) @TracNetwork
From Doubt to Determination: The Beginning of My Master’s Research Journey
How I ended up working on my master’s thesis topic—and why it was a game changer.
When I first reached out to my supervisor about joining his research team, he set a clear challenge:
It wasn’t easy, but I embraced the challenge. Now, I’m officially on my way to mastering variable stiffness control for my thesis, with a mix of learning and application.
Though I had hands-on experience with SOLIDWORKS and background knowledge of MATLAB, I wasn’t fully confident in my simulation skills. But after some focused learning, I decided to go for it.
I spent several days diving deep into the research, learning about servo platforms, variable stiffness, and the technical skills needed for the project. I realized the key skills required were
1. 3D design with SOLIDWORKS
2. Simulation using ANSYS
3. Optimization with MATLAB
"You’ll only be accepted if you can take on this project: designing a servo platform with variable stiffness." At first, I was uncertain—I had no idea if I could take on such a complex topic. But the more I thought about it, the more it intrigued me.