If your dApp relies on a single endpoint, you are one timeout away from a bad day 😅 That’s why Stakely built the Web3 Load Balancer: more reliable APIs, fewer outages ⚡

We started this to solve a very @cosmos-flavored pain: stable RPC + LCD access to read and write onchain data without praying to a single node ⚡ Today it’s not just Cosmos. The Web3 Load Balancer is available for multiple blockchains 🚀

@cosmos What does it do? It’s a layer that boosts availability and performance so your team isn’t firefighting 24/7 How does it work? It takes your dApp requests and routes them to a pool of nodes, not a single one. If a node fails, it automatically retries on another 🚀

@cosmos → In @cosmos, for example, RPC + LCD are the standard endpoints → On other networks, it’s usually JSON-RPC (plus other APIs depending on the stack)

@cosmos Examples of networks already listed in the Load Balancer: @ethereum, @Celo, @HyperliquidX, @osmosis, @StoryProtocol, @archwayHQ, @celestia, @namada and much more...

@cosmos @ethereum @Celo @HyperliquidX @osmosis @StoryProtocol @archwayHQ @celestia @namada Best part for devs: zero drama integration 🫡 Swap your endpoint for the Load Balancer endpoint and keep shipping. No installs, no extra infra

@cosmos @ethereum @Celo @HyperliquidX @osmosis @StoryProtocol @archwayHQ @celestia @namada 🔧 For node operators: joining is simple and transparent  Config lives on GitHub, and anyone can propose changes via PR