The sealed execution corridor for Tier-1 banks, RWA funds, and regulated entities. Removing the observability penalty that keeps institutional capital off public settlement rails.
COVARITH validator node is in final preparation for Canton mainnet, deployed on Intel TDX hardware attestation inside a confidential computing environment. Mainnet activation coming soon.
Tier-1 institutions cannot move large-scale capital on public chains without being exploited. Every transaction leaks intent before it settles. That is not a design flaw. It is a structural incompatibility with how institutional finance operates.
Public mempools expose trading intent in real time. Predatory actors read pending transactions and reposition before institutional orders execute — a structural advantage against any large participant.
Front-running bots extract value directly from institutional flows. On large orders, this adds 15–40 basis points of invisible slippage cost — unacceptable for any treasury or compliance-governed entity.
Standard cross-chain bridges lack the granular confidentiality and CIP-0107 signing delays required for institutional bank approval. The result: compliance teams block every on-chain initiative.
If Bank A builds the rails, Bank B will never use them — leaking strategic flow to a competitor is a non-starter. Institutions need a neutral operator whose hardware guarantee proves it cannot see or alter the data it processes.
Assets enter through the private corridor, settle inside a hardware-secured execution environment, and never expose counterparties, volumes, or intent to public observers.
Three interlocking modules forming a complete confidential settlement infrastructure. Each layer closes a distinct attack surface. Together, they remove the observability penalty at the protocol level.
A high-throughput private corridor synchronizing assets from public EVM chains to Canton Network. DAML-driven privacy masks transaction volumes and counterparties from all public explorers. Designed for CIP-0107 compliance from the ground up.
ETHEREUM · BASE · CANTONA sealed liquidity venue where institutions swap stablecoins, RWA tokens, and tokenized deposits via programmatic blind matching — zero public order book, zero observable intent. Counterparty identity and volume never leave the encrypted execution layer.
STABLECOINS · RWA · DEPOSITSA network of validator nodes secured by Intel TDX. Matching and execution occur inside hardware-encrypted Trusted Execution Environments — the neutral-operator standard. CVR-01 enters Canton mainnet soon.
INTEL TDX · TEE · MAINNETCOVARITH serves the segment of global finance where confidentiality, hardware-grade security, and regulatory compliance are prerequisites, not optional features. These are the entities that cannot participate in on-chain markets without a sealed settlement layer.
Global systemically important banks. On-chain capital movement requires CISO-approved, compliance-grade infrastructure with full auditability.
Asset managers tokenizing real-world assets who need compliant, private execution without exposing positions or order flow to the market.
Regional exchanges, central banks, and sovereign wealth funds requiring private cross-border settlement corridors at institutional scale.
Banks issuing tokenized deposits or bank-grade stablecoins that need a private cross-chain corridor without exposing volumes or counterparties.
MENA-based capital pools participating in RWA markets who cannot expose strategic positions publicly — a core VARA/Dubai use case.
Infrastructure providers in the Canton ecosystem seeking battle-tested TEE attestation as a co-validated reference standard for institutional-grade nodes.
COVARITH is not building standalone infrastructure. We compose proven institutional-grade technologies into a coherent privacy layer, on top of the only blockchain purpose-built for regulated finance.
The only public permissioned blockchain purpose-built for institutional finance. Global Synchronizer enables cross-domain atomic settlement with native privacy guarantees. DAML smart contracts provide the confidential execution layer COVARITH is built on.
Intel TDX provides hardware-level memory encryption and remote attestation for confidential computing. Execution inside TEEs is verifiably private — the operator is cryptographically incapable of reading or altering the data it processes. This is the technical foundation of the neutral-operator standard.
Strategic positioning within Dubai's Virtual Assets Regulatory Authority and ADGM sandbox creates a clear regulatory pathway for institutional private settlement in MENA — a $2T+ institutional capital market with direct access to sovereign wealth.
System architect of the CVR Stack. Specializes in hardware-secured financial infrastructure, Canton Network / DAML smart contract design, and institutional liquidity mechanics. Leading MENA market strategy with regulatory alignment across VARA and ADGM frameworks. Background spans crypto infrastructure, Web3 protocol design, and confidential computing environments. Building the privacy standard that makes Canton ready for Tier-1 capital.
COVARITH is at a pivotal moment: infrastructure in final preparation, regulatory clarity, and institutional demand aligned. We are in active conversations across all three tracks below.
Join the closed Q3 pilot. Execute private $10M+ transfers through the CVR Corridor in a controlled sandbox environment. Zero public exposure. Full compliance documentation provided.
REQUEST PILOTWe are raising a $2M Seed round via SAFE. Phase 1 is complete and mainnet activation is near. The regulatory pathway is clear. The market is a multi-trillion-dollar institutional opportunity. Full deck available on request.
VIEW DECKWe are looking for 1–2 DAML engineering partners within the Canton ecosystem. Equity stake in exchange for co-development. Joint Canton Foundation grant application in progress.
EXPLORE PARTNERSHIP