Veröffentlicht von • The Solana Foundation has taken a significant step towards sustainability by announcing its real-time emissions tracking for the Solana blockchain.
• The emissions tracker will dynamically change based on validator network throughput and will measure various elements of the blockchain’s energy consumption.
• The new emissions data will also include marginal emissions, embodied emissions, and Power Usage Effectiveness (PUE).
Solana Foundation Launches Real-Time Emissions Tracking
The Solana Foundation has taken a significant step towards sustainability by introducing a real-time emissions tracker for the Solana blockchain. This tracker was developed in collaboration with Trycarbonara and embeds software directly into Solana nodes.
Dynamic Emissions Measurement
The new emission measurement tool is dynamic and changes based on individual validators‘ throughput, when they are online or offline, as well as changes in the validator network over time. This allows for more accurate tracking of the carbon footprint of the network.
Detailed Carbon Footprint Data
The new emission measurement includes several important factors that have not been previously measured for blockchain technology. This includes RPC nodes, instrumenting underlying hardware, granularity at server level, geolocation of validator and RPC nodes, marginal emissions accounting for incremental impacts of demand on grid supply, embodied emissions accounting for hardware infrastructure manufacturing/transportation/end-of-life management and Power Usage Effectiveness (PUE) to describe data center efficiency.
New Standard For Blockchain Technology
By providing this detailed snapshot of the network’s climate impact, Solana sets a new standard for sustainable blockchain technology. They hope that other major smart contract blockchains can follow their lead in order to reduce energy consumption in this industry significantly.
Conclusion
Overall, the introduction of this real-time emission tracking system from the Solana Foundation is an important step forward in making sure that blockchain networks are operating sustainably while still staying efficient for users. By accurately measuring carbon footprints across different elements within these networks, stakeholders can make informed decisions about how to reduce their environmental impact moving forward.