Hypernative Integrates Smart Router RPC Layer to Improve Onchain Data Reliability
Leveraging Magma Dev’s RPC orchestration to support real-time monitoring at scale
Hypernative’s real-time monitoring platform depends on continuous, high-fidelity access to blockchain data. As our coverage has expanded to more than 70 blockchains, the performance and resilience of the RPC layer has become a critical part of maintaining consistent detection and response across networks.
To strengthen this foundation, Hypernative has integrated the Smart Router RPC orchestration layer developed by Magma Devs. Smart Router dynamically routes requests across multiple RPC providers, enforcing fault tolerance and deterministic failover while preserving data availability under load during congestion or partial outages. This integration focuses on architectural resilience and operational correctness, establishing the foundation required for measurable performance improvements over time.
For security systems that operate in real time, RPC instability is not a theoretical risk. Missed blocks, delayed responses, or inconsistent reads can materially affect monitoring accuracy and response timing. By adding an orchestration layer that continuously optimizes routing and failover, Hypernative reduces dependency on any single provider and improves the consistency of the onchain signals it relies on.
For Hypernative, the decision was not about optimizing cost or chasing marginal latency gains. It was about removing RPC behavior as a variable from the security equation. Orchestration at the routing layer allows the monitoring system to assume consistent data access, even when individual providers degrade or fail.
"Hypernative’s mission is to stop onchain threats in real time, which means actively monitoring over a growing list of blockchains through multiple RPCs. Smart Router allows us to treat onchain data access as a reliable system component rather than an external dependency, which is critical for real time threat detection."
Lior Betzalel, VP R&D @ Hypernative
The Smart Router is built on top of Lava Network, a decentralized RPC protocol designed to provide verifiable, resilient access to blockchain data. Lava enables developers and infrastructure providers to source RPC services from a distributed network rather than relying on a single centralized endpoint, aligning closely with Hypernative’s requirements for redundancy and reliability at scale.
"For Web3 to move beyond its experimental phase, security must be both intelligent and uninterrupted. With Smart Router we're helping ensure that the industry's frontline defense always has the clear, real-time data it needs to keep the ecosystem safe."
Tal Bar David, CEO @ Magma Devs
About Hypernative
Hypernative is a real-time monitoring, risk detection and automated response solution that identifies threats with high accuracy and gives customers precious minutes to respond before exploits can do damage. The platform tracks both onchain and offchain data sources and uses battle-tested, sophisticated machine learning models, heuristics, simulations, and graph-based detections to identify over 300 risk types, from smart contract hacks and bridge security incidents to frontend compromises, market manipulations and private key theft.
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About Magma Devs
Magma Devs builds enterprise-grade infrastructure for organizations that depend on reliable, always-on blockchain connectivity.
The team develops Smart Router, an enterprise RPC orchestration layer that enables high-performance, multi-chain operations without the operational burden of complex in-house solutions.
Magma Devs is comprised of experienced founders and technical leaders with deep hands-on expertise designing and operating large-scale blockchain and RPC infrastructure.