Build sovereign connection to break free
from dominant bridges
Build Sovereign Connection
Unlock your app's potential with verifiable piont-to-point connections across any chain, tailored to your needs: Break free from dominant bridges.
Start Building
LCP is a groundbreaking technology that empowers light client verification leveraging TEEs and ZKPs.
Benefits
Build sovereign connection to break free from dominant bridges
Robust Security
Built-in light client verification with TEEs and ZKPs
Easy and Quick Bootstrap
A connection is established without a dedicated team and expertise.
Minimal Cost
Operational costs and gas costs are ultra-efficient, and staking mechanism is not required.
Fast and Scalable
As fast as the source chain’s finality, no matter how much transactions increase.
Privacy Preserving
Your data is validated and relayed by nodes you control.
Robust Security
Built-in light client verification with TEEs and ZKPs
Easy and Quick Bootstrap
A connection is established instantly without a dedicated team and expertise.
Minimal Cost
Operational costs and gas costs are ultra-efficient, and staking mechanism is not required.
Fast and Scalable
As fast as the source chain’s finality, no matter how much transactions increase.
Privacy Preserving
Your data is validated and relayed by nodes you control.
FeatureS
Highly secure and truly open technology
Light Client Verification
Core to maintaining verifiable and efficient connections.
Multi-Prover Security
A proven security inherited from TEEs and ZKPs for light client verification.
Stateless
Recover the state only using on-chain data
Extensible
Designed to support a wider range of blockchains, from L1 to L2, or enterprise-grade chains.
Fully Open Source
Full Transparency and community-driven
Light Client Verification
Core to maintaining verifiable and efficient connections.
Multi-Prover Security
A proven security inherited from TEEs and ZKPs for light client verification.
Stateless
Recover the state only using on-chain data.
Extensible
Designed to support a wider range of blockchains, from L1 to L2, or enterprise-grade chains.
Fully Open Source
Full Transparency and
community-driven.
community-driven.
Want to learn
more about LCP?
more about LCP?
Explore the core features that make LCP efficient, secure,
and adaptable to modern blockchain technology
and adaptable to modern blockchain technology
Explore the core features that make LCP efficient, secure, and adaptable to modern blockchain technology
Go to Docs
How LCP Works
LCP is a proxy middleware designed to enable light client verification across chains,
utilizing both TEE and ZK provers. It supports IBC as the primary messaging standard that embeds a light client verification standard by default.
utilizing both TEE and ZK provers. It supports IBC as the primary messaging standard that embeds a light client verification standard by default.
LCP is a proxy middleware designed to enable light client verification across chains, utilizing both TEE and ZK provers. It supports IBC as the primary messaging standard that embeds a light client verification standard by default.
Transaction Flow
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The Source chain writes a commitment to send a packet to itself.
The Relayers detect the event and send a packet to the LCP.
TEE Provers and ZK Provers in the LCP validate the packet and generate proof.
Relayers pass the packet, along with the proof, to the Destination chain.
The LCP light client on the Destination chain validates the packet.
Why IBC?
IBC offers app developers open, highly composable, and permissionless messaging paths, while LCP provides open and secure connections. When these two merge, the control of all cross-chain connections is placed entirely in your hands.
IBC is a truly open and standardized protocol for interoperability. It acts as a general-purpose, permissionless messaging standard with a proven track record and the largest developer community. As part of its design, it includes light client verification by default, ensuring secure and reliable cross-chain communication with Light Client Proxy (LCP).
Learn More
Track Record
LCP offers flexible settings tailored to each use case. You can customize the configuration to match the security needs of your dapps.
What’s TOKI?
TOKI is a cross-chain bridge app that uses LCP to provide secure and cost-effective cross-chain transfers. It's currently available on the testnets for Ethereum and BNB Chain, with a mainnet launch planned for Q1 2025.
Why did TOKI chose LCP?
Cross-chain bridges still face significant exploits, largely due to the centralized nature of their architecture. LCP and IBC enable secure cross-chain transactions with minimal trust by leveraging TEE and ZKP. That's why TOKI chose LCP for its solution.
TOKI's website
What’s Progmat?
Progmat is a startup backed by Japan's largest financial institutions, building a platform for issuing and managing tokenized securities, stablecoins, and utility tokens. Stablecoins issued on the Progmat platform will be interoperable through IBC and LCP.
Why did Progmat chose LCP?
Making stablecoins available on multiple blockchains is key to driving the adoption of those issued on the Progmat platform. Progmat chose LCP for its trust-minimized design, ensuring the stablecoins remain secure and easy to use for everyone.
Progmat's website
Injective
Injective's website
xion
xion's website
Milestone for 2025
Light Client Development
Ethereum, BNB Chain, Cosmos, Hyperledger Besu
25 Q1
OP stack, including Optimism and Base
25 Q2
Arbitrum, ZK-Rollups, Avalanche, Polygon, Solana, and more
25 Q2~
Corda, Hyperledger Fabric, and more
25 Q3~
Prover Enhancement
Intel SGX
25 Q1
Multiple ZKVMs
(
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25 Q2
Multiple TEEs, such as SEV and Nitro
25 Q2~
Let's build with LCP
LCP offers flexible settings tailored to each use case. You can customize the configuration to match the security needs of your dapps.
For dApp developers
Let's build your sovereign connection based on your needs using LCP. We'd be happy to recommend the best security option.
For LCP Operator
The LCP node can be run by anyone to protect partner dApps. If you're interested in running an LCP node, we'd love to hear from you.
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