Is Reactor Trade Safe? Security Architecture & Audit Overview
In this article, we’ll tell you what Reactor Trade is and explain how its security architecture is structured. We’ll describe the platform’s non-custodial design, hybrid execution model, external audit process, and relevant risk considerations to help readers understand how Reactor Trade approaches security and whether the protocol can be considered legitimate from a technical standpoint.
What Is Reactor Trade?
Reactor Trade is a multi-chain trading and yield aggregation terminal that provides access to multiple blockchain networks and DeFi protocols through a single interface.
The platform operates as a non-custodial DeFi platform. Users interact with the protocol using self-custody wallets, while the $REACT token is used within the ecosystem for access, incentives, and governance-related mechanics.
Security considerations were incorporated at the architectural level during protocol design.
Security Approach and Design Philosophy
Reactor Trade applies a layered security model commonly described as Defense in Depth.
Rather than relying on a single protective mechanism, this approach distributes responsibility across multiple independent components. The intention is to reduce the impact of individual failures and limit the protocol’s attack surface. A key element of this approach is custody separation.
Non-Custodial Model
Reactor Trade does not take custody of user assets.
- Assets remain in user-controlled wallets (for example, MetaMask, Rabby, or Trust Wallet)
- Transactions are executed via on-chain smart contracts
- The protocol does not include administrative permissions to freeze, withdraw, or transfer user funds
This structure removes custodial counterparty risk but does not eliminate other types of protocol or market risk.
Hybrid Execution Architecture
To balance execution efficiency with security constraints, Reactor Trade separates computation and settlement.
Off-Chain Computation Layer
The off-chain layer is responsible for route calculation and optimization. It processes publicly available liquidity data across multiple blockchains and liquidity sources to identify potential execution paths. This layer does not interact with private keys and cannot submit transactions independently.
On-Chain Settlement Layer
Final transaction execution occurs on-chain. The blockchain validates that:
- The user has explicitly signed the transaction parameters
- The parameters submitted match those approved by the user
If validation fails, the transaction is reverted by the network. Settlement occurs only after these checks are completed.
External Security Audit
Reactor Trade has undergone an external security audit.
- Auditor: Hacken
- Scope: Smart contracts, vault logic, and routing components
- Status: Audit completed
During the audit process, identified issues were documented and addressed prior to deployment. The protocol currently operates using the audited version of the codebase. The audit report is publicly available.
An audit reduces certain categories of risk but does not guarantee the absence of future vulnerabilities.
Risk Considerations
Use of Reactor Trade involves risks inherent to decentralized finance.
- Smart contract risk: Audits mitigate but do not eliminate software risk
- Market risk: Asset prices are volatile and may result in losses
- Infrastructure risk: Issues affecting underlying blockchains or liquidity providers may impact execution
Users are responsible for assessing these risks in relation to their own circumstances.
Conclusion
Reactor Trade is a non-custodial DeFi protocol that applies a layered security architecture and has completed an external audit of its core smart contracts.
The platform does not take custody of user assets and relies on on-chain verification for transaction settlement. While these design choices address certain risk categories, participation in DeFi remains subject to technical, market, and systemic risks.
Users who wish to review the protocol’s architecture directly can access the Reactor Trade platform and examine its dashboard and documentation.
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