Presentation
Etherssd: An In-Storage Ethereum Analytics Platform with Minimized I/O and Authentication Overhead
DescriptionEthereum's massive data requires auxiliary proofs (e.g., Merkle proofs) for trusted queries, creating significant I/O and data movement overhead.
We introduce EtherSSD, an innovative in-storage Ethereum analytics platform with computational storage devices (CSDs) designed for real-time data analysis. EtherSSD bridges the semantic gap between the host and CSDs, dissolving authenticated data queries into flattened (highly concurrent) in-CSD page accesses with slashed I/O operations from the host side. Additionally, EtherSSD incorporates an authentication engine that offloads cryptographic verification computations from host CPUs. Evaluations under real-world workloads demonstrate that it reduces authenticated query execution time, particularly the I/O and authentication overhead.
We introduce EtherSSD, an innovative in-storage Ethereum analytics platform with computational storage devices (CSDs) designed for real-time data analysis. EtherSSD bridges the semantic gap between the host and CSDs, dissolving authenticated data queries into flattened (highly concurrent) in-CSD page accesses with slashed I/O operations from the host side. Additionally, EtherSSD incorporates an authentication engine that offloads cryptographic verification computations from host CPUs. Evaluations under real-world workloads demonstrate that it reduces authenticated query execution time, particularly the I/O and authentication overhead.
Event Type
Research Manuscript
TimeWednesday, July 294:42pm - 4:54pm PDT
LocationMtg Room 203C