Datamine Dashboard Adds Real Time L2 Supply Tracking
💡 AI Article Summary
The Datamine Network has updated its decentralized dashboard, introducing real-time tracking of the ecosystem's money supply. This release provides deeper on-chain visibility and analytical clarity for validators and participants.
Advanced L2 Money Supply Metrics
With this update, users can now track exactly how much FLUX has been bridged from Ethereum Layer 1 over to the Arbitrum Layer 2 (L2) network. Since a significant portion of the FLUX supply resides on Arbitrum to power ArbiFLUX and LOCK tokenomics, this visual integration is key to monitoring the global token supply distribution.
Real-Time Uniswap Pricing
In addition to bridging metrics, the dashboard integrates real-time USDC pricing for L2 FLUX. This valuation is pulled directly from Uniswap liquidity pools, offering immediate, decentralized market data. By consolidating these cross-chain data points, the dashboard presents a complete and transparent overview of the entire Datamine monetary ecosystem in a single location.
🔥The next update of our decentralized dashboard features updated real-time tracking of known money supply!
Now you can see how much FLUX is bridged over to arbitrum L2 with USDC pricing backed by Uniswap!
See the full DeFi picture in one place!🧠
https://t.co/EsnZs3DP0q https://t.co/pefY9JSNKE
Frequently Asked Questions
What does the new Datamine dashboard update track?
The updated decentralized dashboard features real-time tracking of the known money supply, specifically detailing how much FLUX has been bridged to the Arbitrum Layer 2 network.
How is the price of bridged FLUX calculated on Layer 2?
The pricing of FLUX on the Arbitrum Layer 2 network is backed by Uniswap liquidity pools, providing real-time USDC valuation directly within the dashboard.
Why is tracking bridged FLUX to Arbitrum important?
Because a significant portion of the FLUX supply resides on Layer 2 to lock for ArbiFLUX and LOCK, tracking these bridged tokens helps users monitor the overall monetary velocity and supply distribution of the ecosystem.