iExec’s RLC Privacy Layer May Enable Privacy-Centric dApps on Arbitrum

• iExec expands its privacy layer to Arbitrum, enabling TEEs for DeFi, AI and gaming dApps.

• Deployment reduces developer overhead and improves scalability for privacy-first applications.

• Several Arbitrum projects already integrate iExec; RLC powers privacy executions and utility.

iExec privacy on Arbitrum: native TEE tooling for Arbitrum dApps, protected computation, and RLC-driven privacy — learn how builders integrate privacy today.

What is iExec privacy on Arbitrum?

iExec privacy on Arbitrum is a deployment of iExec’s Trusted Execution Environment (TEE) toolkit to the Arbitrum layer‑2 network, enabling confidential computation and private data handling for Arbitrum dApps. The integration lets developers add privacy without managing complex infrastructure while maintaining compatibility with EVM standards.

How does iExec integrate TEEs with Arbitrum dApps?

iExec packages TEE services as developer-ready modules that integrate via standard EVM calls and off-chain worker orchestration. Deployments use RLC to pay for compute and attestations, and security audits have been conducted by industry teams such as Halborn (mentioned as plain text) to validate the implementation.

Integration reduces friction for builders by providing prebuilt libraries, documentation, and runtime components. This allows dApp teams in DeFi, AI and gaming to protect sensitive logic (like private order books or ML models) while keeping on-chain interactions minimal.

Why does privacy tooling on Arbitrum matter for users and builders?

Privacy tooling prevents risks like front‑running and data leakage by keeping critical data and computations confidential. For users, this means greater control over personal data. For builders, native privacy support simplifies compliance, reduces attack surface, and enables new business models based on confidential data processing.

When will more EVM networks receive iExec privacy tooling?

iExec’s Arbitrum rollout is the first phase of a multi‑chain plan. The framework is redesigned for fast deployment across EVM‑compatible chains, and additional networks will follow based on developer demand and integration schedules.

Which Arbitrum projects already use iExec privacy?

Projects integrating iExec tooling on Arbitrum include Ototamto, DexPal, 1xBuild, Incentive Finance, TempWallets and ApeBond (all listed as plain text). Early adopters span DeFi, wallets and incentive platforms demonstrating diverse use cases for confidential computation.

How to integrate iExec privacy tooling into an Arbitrum dApp

Follow these high-level steps to add iExec privacy support to an Arbitrum dApp:

1. Register a compute task and define confidential inputs and outputs.
2. Configure off-chain worker nodes with TEE attestation and link them to your Arbitrum contract.
3. Use RLC to fund task executions and record attestations on-chain.
4. Test with mainnet‑fork or Arbitrum testnet before production deployment.

Comparison: privacy before vs after iExec on Arbitrum

Frequently Asked Questions

How secure are TEEs used by iExec?

TEEs provide hardware‑level isolation for computations, reducing the attack surface compared with fully on‑chain processing. Security audits by third parties such as Halborn (plain text mention) increase assurance, though regular audits and best practices are recommended.

Will iExec on Arbitrum prevent front‑running?

Yes. By executing sensitive order matching or transaction construction inside TEEs, iExec reduces information leakage and mitigates front‑running risks for DeFi applications.

Key Takeaways

• Native privacy tooling: iExec brings TEE-based confidential computation to Arbitrum dApps.
• Developer enablement: Prebuilt modules and RLC payments lower integration barriers.
• Real-world adoption: Multiple Arbitrum projects already integrate iExec tools, spanning DeFi, wallets and incentives.

Conclusion

iExec’s expansion to Arbitrum introduces robust privacy tooling to one of the largest EVM layer‑2 ecosystems, enabling a new generation of privacy‑centric dApps. With TEEs, RLC economics and audited deployments, builders gain scalable, secure primitives—expect faster adoption as multi‑chain rollouts continue. Learn more from COINOTAG updates.

Published: 2025-09-08 | Updated: 2025-09-08 | Author: COINOTAG