Layer Zero telemetry shouldn’t require enterprise overhead to be presentable. When auditing network…
Schomer — Principal Security Solutions Architect & Founder
Layer Zero telemetry shouldn’t require enterprise overhead to be presentable.
When auditing network infrastructure, drowning in thousands of raw packet captures or standard octet-stream updates makes real-time analysis impossible. The gap isn't a lack of logging; it's a lack of structured ingestion isolation.
I’ve been refining a lightweight filtering engine designed to run efficiently on low-overhead interfaces (even straight inside a mobile Termux terminal). The mechanics are straightforward:
1. Ingestion Isolation: Sniffing raw transactional logs and immediately dropping standard operating system/CDN noise (like Microsoft Delivery Optimization or high-volume Akamai IP streams) before it hits memory.
2. Deterministic State Matching: Isolating localized multicast/unicast channels (like internal TLSv1.2 streams on port 8009 or local mDNS service broadcasts) to track device-to-device communication accurately.
3. Structured Mapping: Converting those filtered packet states directly into clean, standardized threat intelligence objects.
The goal is to build an environment-agnostic command center that bridges the gap between low-layer raw socket traffic and high-level enterprise-ready dashboards (like mapping directly to STIX 2.1 specifications).
If you're building in the AppSec or SOAR orchestration space and favor raw code execution and iterative architecture over corporate frameworks, let’s connect. What are your strategies for keeping telemetry ingestion lightweight without missing edge-case anomalies?
#Cybersecurity #ApplicationSecurity #NetworkSecurity #SOAR #ThreatIntelligence #SecurityEngineering
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Topics: #securityengineering, #applicationsecurity, #threatintelligence, #soar, #cybersecurity, #networksecurity