Pioneers Are Already Building with SP1-CC 💡
Innovation in the blockchain space is often driven by teams pushing the boundaries of what’s possible. Today, leading teams like Eigenlayer are already leveraging the power of SP1-CC to overcome the EVM's limitations. EigenDA, for example, uses SP1-CC to verify that each data availability (DA) blob is backed by a quorum of stake attestations. Verifying a KZG commitment for every blob on-chain was previously prohibitively expensive due to compute limits.
By integrating SP1-CC, EigenDA successfully sidestepped these on-chain compute limits. The complex blob verification now runs off-chain, and a single, succinct proof is then verified on-chain. This not only makes the process feasible but also makes it more cost-effective. Furthermore, with SP1’s aggregation layer, EigenDA can now simultaneously prove multiple blobs at a flat, predictable cost, leading to significant cost savings and increased efficiency.
The success of teams like Eigenlayer demonstrates the immense potential of SP1-CC. It’s not just a theoretical concept; it's a practical tool that is already being used to build more efficient and scalable applications. By empowering developers to break free from the constraints of gas limits and historical data access, SP1-CC is paving the way for a new generation of on-chain applications that are more powerful, flexible, and capable than ever before. This is just the beginning of what’s possible with this new ZK primitive.
@Succinct
#SuccinctLabs
#Succinct
$PROVE
Innovation in the blockchain space is often driven by teams pushing the boundaries of what’s possible. Today, leading teams like Eigenlayer are already leveraging the power of SP1-CC to overcome the EVM's limitations. EigenDA, for example, uses SP1-CC to verify that each data availability (DA) blob is backed by a quorum of stake attestations. Verifying a KZG commitment for every blob on-chain was previously prohibitively expensive due to compute limits.
By integrating SP1-CC, EigenDA successfully sidestepped these on-chain compute limits. The complex blob verification now runs off-chain, and a single, succinct proof is then verified on-chain. This not only makes the process feasible but also makes it more cost-effective. Furthermore, with SP1’s aggregation layer, EigenDA can now simultaneously prove multiple blobs at a flat, predictable cost, leading to significant cost savings and increased efficiency.
The success of teams like Eigenlayer demonstrates the immense potential of SP1-CC. It’s not just a theoretical concept; it's a practical tool that is already being used to build more efficient and scalable applications. By empowering developers to break free from the constraints of gas limits and historical data access, SP1-CC is paving the way for a new generation of on-chain applications that are more powerful, flexible, and capable than ever before. This is just the beginning of what’s possible with this new ZK primitive.
@Succinct
#SuccinctLabs
#Succinct
$PROVE