Blockchain
It's estimated that blockchain companies and cryptocurrency exchanges lost more than $3 billion in digital assets in 2022 alone (Source: chainanalysis.com). Confidential computing can address this epidemic.
01.
Bridges are essential for transferring assets between blockchains. They are oftentimes centralized and hold high-value wallets. They are thus the prime targets for attackers.
02.
Wallets' are classic targets for attacks. If not strongly protected throughout their lifecycle, hackers can copy a wallet's private key from a compromised system's memory.
03.
API tokens are used for automated communication between services. If hackers get access to an API token, they can maliciously act on behalf of a service.
04.
In digital assets, trading data and trading strategies can be highly valuable information. If third parties learn about your trading strategies, they can undermine and replicate them.
Confidential computing keeps data always encrypted - at rest, in transit, and in use. With it, you can create highly secure Web3 applications in which hackers can never access your keys and tokens in plaintext. The most innovative players in the space are already using it.
The EGo SDK redefines ease in adopting confidential computing. Build Intel SGX enclaves with the Go programming language, no advanced expertise needed. Opt for EGo Enterprise for enhanced side-channel protection and more.
As an orchestration framework for Intel SGX, MarbleRun simplifies running distributed confidential-computing apps. It's the cornerstone for highly secure, distributed cross-chain bridges, managing remote attestation, key management, and ensuring secure recovery and fault tolerance.
Confidential computing with EGo and MarbleRun enables a holistic approach to security for blockchain companies, cryptocurrency exchanges, and others. Let us know how we can help.
