High performance cross-chain relaying, built for scale
We power seamless interoperability between blockchain ecosystems through robust relayer infrastructure. From IBC to Hyperlane and Wormhole, we deliver secure, low-latency communication across chains.
IBC connectivity
Reliable inter-chain communication within the Cosmos ecosystem.
We ensure secure packet relaying, consistent uptime, and efficient data flow between connected networks.
Hyperlane interoperability
Flexible cross-chain messaging across diverse networks.
We operate robust relayers that support scalable, permissionless communication between chains.
Wormhole relaying
Fast and secure cross-chain transfers for assets and messages.
Our infrastructure supports low-latency relaying, enabling seamless interoperability.
Interoperability infrastructure across leading protocols
Relayers transmit messages and transactions between blockchains. They ensure that data - such as token transfers or contract calls - is delivered reliably from one network to another.
We operate and maintain this critical infrastructure across IBC, Hyperlane, and Wormhole to guarantee consistent and secure cross-chain communication.
Connect your application
across chains!
Interested in cross-chain relaying? Contact our team to discuss infrastructure tailored to your integration needs.
Or simply write us an email at:
info@solva.solutions
Solva is among the most experienced relayer operators in the space - from executing the first IBC transaction on Terra to supporting critical war room operations when reliability matters most.
Security Standards
Fault-tolerant systems built for predictable operation and continuous availability
We are strictly adhering to SOC2 standards, and are currently in the process of getting our certification.
Defense-in-depth across all system layers. MPC-based signing and industry-standard key management secure signing workflows.
Redundant geographic deployments with hot failover ensure deterministic behavior during network or platform events.
Least-privilege access controls, encrypted end-to-end communications, and VPN-based isolation protect all components.
