Introducing EchelonGraph: Cloud Security Intelligence for the Modern Enterprise
Today we're launching EchelonGraph — a platform that maps your entire cloud attack surface, visualizes blast radius, and automates compliance across AWS, GCP, and Azure.
EchelonGraph Team
Engineering
The Problem
Cloud infrastructure is growing faster than security teams can keep up. The average enterprise uses 3+ cloud providers, runs thousands of workloads, and ships dozens of changes per day. Traditional security tools scan in silos — one tool for vulnerabilities, another for compliance, another for network exposure.
The result? Security teams are drowning in alerts with no way to answer the most important question: "What's actually at risk?"
Our Approach
EchelonGraph takes a fundamentally different approach. Instead of scanning in isolation, we build a real-time graph of your entire cloud infrastructure — every asset, every connection, every vulnerability, every compliance control — in a single, queryable database.
This graph-first approach enables capabilities that are impossible with traditional tools:
🔬 Attack Surface Mapping
We continuously discover every asset across AWS, GCP, and Azure. EC2 instances, VPCs, security groups, S3 buckets, IAM roles, Kubernetes clusters, serverless functions — all mapped with their relationships.💥 Blast Radius Visualization
Click any node in your infrastructure graph and instantly see its blast radius — every other asset that could be compromised if that node is breached. This is powered by real-time graph traversal against Neo4j, not static rule matching.🛡️ Compliance Automation
EchelonGraph continuously evaluates your infrastructure against SOC 2, GDPR, ISO 27001, NIST CSF, PCI DSS, HIPAA, DPDP Act, and ISMS-P. Scores update every 5 minutes. Evidence is collected automatically.🕵️ Threat Intelligence
Real-time CVE matching against your discovered software versions. Attack path analysis identifies exploitable multi-hop paths from the internet to sensitive data.Architecture
EchelonGraph is built as a set of Go microservices communicating via gRPC and NATS:
All data stores implement per-tenant isolation: PostgreSQL RLS, Neo4j label isolation, ClickHouse partition isolation.
What's Next
We're launching in beta with multi-cloud support for AWS, GCP, and Azure. Over the coming months, we'll be adding:
Protect your infrastructure before the breach
Map your attack surface, automate compliance, and detect insider threats in real time.
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