1/ ⚛️ #NibiruChain Testnet Phase 2 is live!
We have several big updates: the Nibiru Web App, CosmWasm smart contracts, faster block times, StableSwaps, and a new storage layer for the Cosmos SDK.
⚛️ Like and Retweet to support us
⛓️ More details on the release below
We have several big updates: the Nibiru Web App, CosmWasm smart contracts, faster block times, StableSwaps, and a new storage layer for the Cosmos SDK.
⚛️ Like and Retweet to support us
⛓️ More details on the release below
2/ We received immense support and essential feedback from community members from our first testnet.
Over 4,000+ validators requested to secure the first Nibiru Chain, and over 14,500+ members joined our Discord!
Over 4,000+ validators requested to secure the first Nibiru Chain, and over 14,500+ members joined our Discord!
3/ The web application requires only the Keplr extension to get started.
app.nibiru.fi
As with last testnet, you can still interact with the chain using NibiJS, the Python SDK, or the Nibid CLI. Check out docs.nibiru.fi to get started.
app.nibiru.fi
As with last testnet, you can still interact with the chain using NibiJS, the Python SDK, or the Nibid CLI. Check out docs.nibiru.fi to get started.
4/ Feel free to ask us any questions directly on Discord.
🌌Home: nibiru.fi
🌌Discord: discord.gg/nibiru
Stay tuned for upcoming announcements on the decentralized oracle, NUSD stablecoin, and Testnet Phase 3.
🌌Home: nibiru.fi
🌌Discord: discord.gg/nibiru
Stay tuned for upcoming announcements on the decentralized oracle, NUSD stablecoin, and Testnet Phase 3.
5/ Testnet 2 also has faster finality.
Testnet 1 had an average block time of around 4.5s. We ran a few experiments with different consensus settings and found a setup that should keep the block time under 2s even with 100 validators and no efforts toward co-location.
Testnet 1 had an average block time of around 4.5s. We ran a few experiments with different consensus settings and found a setup that should keep the block time under 2s even with 100 validators and no efforts toward co-location.
6/ We mentioned that we’d start contributing to the Cosmos-SDK in our last update, and that process began last month with the Collections library (primary author: testinginprod on GitHub).
The ADR's already been merged to the Cosmos-SDK
github.com/cosmos/cosmos-….
The ADR's already been merged to the Cosmos-SDK
github.com/cosmos/cosmos-….
7/ Nibi-Swap pools
The first AMM pools are live and accessible via the x/dex module.
This gives users a new way to access NIBI and NUSD liquidity outside the faucet.
The first AMM pools are live and accessible via the x/dex module.
This gives users a new way to access NIBI and NUSD liquidity outside the faucet.
8/ There are now two pool types on Nibi-Swap: constant-product pools and Curve StableSwap pools.
github.com/NibiruChain/ni…
Note: Nibi-Swap is currently accessible only from one of the client SDKs, but it will have web app support like Nibi-Perps before Christmas.
github.com/NibiruChain/ni…
Note: Nibi-Swap is currently accessible only from one of the client SDKs, but it will have web app support like Nibi-Perps before Christmas.
8/ To recap, all of the following clients can be used to set up a wallet, query the chain, and execute transactions.
Web app: app.nibiru.fi
NibiJS: docs.nibiru.fi/dev/nibijs/
Python SDK: github.com/NibiruChain/py…
Web app: app.nibiru.fi
NibiJS: docs.nibiru.fi/dev/nibijs/
Python SDK: github.com/NibiruChain/py…
9/ #NibiruChain now supports permission-less deployment of CosmWasm smart contracts via the wasm subcommand.
CosmWasm requires some low-level C libraries, so we use GoReleaser to cross-compile and statically link the binary, making Nibiru more accessible to node operators.
CosmWasm requires some low-level C libraries, so we use GoReleaser to cross-compile and statically link the binary, making Nibiru more accessible to node operators.
• • •
Missing some Tweet in this thread? You can try to
force a refresh
