Whisper Internet Infra AI Context
Whisper is an AI-native internet infrastructure intelligence platform that provides comprehensive, real-time insights into every IP address, domain, and network on the internet. By unifying data from multiple sources—including DNS, BGP routing, WHOIS records, and threat intelligence feeds—Whisper enables security teams to understand ownership, connectivity, and historical changes within the internet's infrastructure.
Key Features and Functionality:
- Unified Knowledge Graph: Whisper integrates data from DNS, BGP, WHOIS, GeoIP, DNSSEC, and over 40 threat intelligence feeds into a single, continuously updated knowledge graph comprising billions of nodes and edges.
- Real-Time Data Access: The platform offers live updates, allowing users to query the latest information on internet assets and their interconnections.
- Advanced Query Capabilities: Users can perform complex, multi-hop queries across various data layers using Cypher, enabling deep analysis of infrastructure relationships and threat patterns.
- Historical Analysis: Whisper archives the state of internet infrastructure, allowing users to perform point-in-time analyses for compliance, forensic investigations, and understanding infrastructure changes over time.
- Integration Options: The platform provides multiple integration methods, including a RESTful API with Cypher query access, native connectors for SIEM and SOAR platforms, and support for AI agents via the MCP protocol.
Primary Value and Problem Solved:
Whisper addresses the challenge of fragmented and siloed internet infrastructure data by consolidating it into a unified, queryable graph. This comprehensive visibility enables security teams to detect threats earlier, respond faster, and make informed decisions based on a holistic understanding of internet assets and their interconnections. By providing real-time, contextual intelligence, Whisper empowers organizations to enhance their security posture, streamline investigations, and proactively manage risks associated with internet infrastructure.