Overview
Hypernative is a specialized Web3 security provider focused on preventing on-chain exploits and fraud through real-time monitoring, detection, and automated response. The company combines transaction simulation, behavioral analysis, and address reputation to deliver an early-warning system that aims to stop attacks before the first malicious transaction executes. Hypernative’s offerings are built to integrate with protocol infrastructure, multisig wallets, custodial flows, and treasury operations to provide continuous protection across chains.
Core Capabilities
-
Real-time monitoring and detection: Hypernative continuously monitors on-chain activity across supported chains to detect anomalous patterns and exploit indicators. This capability is designed to surface threats minutes (or seconds) before harmful transactions occur.
-
Transaction simulation and policy enforcement: Using the Guardian component, Hypernative simulates pending transactions to assess risk and enforces action-level policies. These policies can block, alert, or modify transaction flows to prevent unauthorized or malicious interactions.
-
Address reputation and screening: The Screener provides up-to-date address reputation and risk scoring across multiple chains so teams can screen counterparties and incoming transactions before approval or execution.
-
Automated on-chain actions: Hypernative supports automated responses, allowing organizations to enact predefined mitigations automatically (for example, pausing flows, blocking specific contracts, or triggering multisig workflows) when a threat is detected.
-
Integrations and partnership-ready design: The platform integrates with multisig providers, custodians, and exchanges. Notable partner workflows include native integrations that combine multisig infrastructure with Hypernative’s simulation and policy engines.
How It Works
Hypernative operates as a layered security service that augments preventive controls such as audits and bug bounties. It ingests live transaction data, runs pre-execution simulations, and applies ML-driven and rule-based detectors to categorize risk. When an event meets a threat threshold, policies determine the response: notify operators, open a mitigation playbook, or execute an automated on-chain action to neutralize the threat. The system emphasizes low false positive rates so teams can trust alerts and act quickly.
Recommended Reasons
-
Proactive defense: Hypernative is built to detect and stop attacks before damage occurs, shifting security posture from reactive to proactive.
-
Operational continuity: By providing action-level policy enforcement, the platform helps teams block malicious actors without halting legitimate user flows, preserving UX while improving safety.
-
Cross-chain coverage and reputation: Address screening and reputation tools make it easier to assess counterparty risk in multi-chain environments and prevent phishing and fraud.
-
Measurable impact: The company reports high detection rates and significant funds saved through pre-transaction mitigation, making it compelling for teams concerned with both risk and cost.
Use Cases and Deployment
Hypernative is suitable for protocols, Layer 1/Layer 2 chains, wallet providers, funds and treasury managers, exchanges, and financial institutions. Deployment typically involves integrating monitoring endpoints, enabling Guardian simulations for transaction review, and configuring action policies and webhook/automation endpoints to fit an organization’s operational model.
Conclusion
Hypernative presents a comprehensive, automation-forward approach to Web3 security. It complements audits and incident response by focusing on early detection, transaction-level simulation, and precise policy enforcement to reduce exploit surface and financial loss while maintaining a low false positive rate and integrations that match real-world operational needs.
