Exposure Management
"Continuous attack surface intelligence, eBPF telemetry, and preemptive vulnerability neutralization."
Continuous monitoring to identify and neutralize vulnerabilities before hostile actors can exploit them. You receive proactive intelligence and triage the moment a critical risk threshold is breached.
> VALUE THESIS: Kernel-level visibility meets external attack surface mapping for zero blindspots.
The Fragmented Attack Surface Crisis
Modern infrastructure expands exponentially across multi-cloud regions, Kubernetes clusters, legacy on-prem datacenters, and third-party SaaS integrations. Traditional periodic penetration tests offer only a fleeting snapshot, leaving massive blind spots in the intervening months.
Vulnerability scanners that dump thousands of unprioritized CVEs onto engineers with no context.
Unknown internet-facing assets and forgotten staging environments exposed to automated exploit bots.
Container and kernel escapes going undetected due to outdated user-space monitoring agents.
Delayed discovery of compromised credentials published on underground markets.
Engineered Deliverables
Concrete assets, architectural blueprints, and operational playbooks produced during the engagement lifecycle.
External Attack Surface Mapping (EASM)
Continuous reconnaissance tracking public IP spaces, DNS records, TLS certificates, and exposed services.
eBPF-Powered Kernel Runtime Observability
Deep, low-overhead kernel tracing monitoring system calls, network sockets, and execution anomalies in real time.
Threat-Informed Vulnerability Prioritization
Filtering raw CVE counts through exploitability indexes (EPSS, CISA KEV) to surface only actively dangerous flaws.
Continuous Cloud Posture Telemetry
Real-time detection of misconfigured S3 buckets, overly permissive IAM roles, and publicly accessible databases.
Dark Web & Credential Exposure Triage
Automated monitoring of adversary leak channels and dark web repositories for corporate credentials and tokens.
Executive Exposure Radar & SLA Tracking
Clear, real-time dashboards quantifying mean-time-to-remediate (MTTR) and attack surface volatility.
Engagement Protocol
A disciplined, zero-friction progression designed to deliver measurable risk reduction within days, not quarters.
Perimeter Reconnaissance & Ingestion
Deploying non-intrusive external reconnaissance sensors to map all domain assets and internet-facing surfaces.
Internal Telemetry & eBPF Instrumentation
Deploying lightweight eBPF runtime probes across critical Kubernetes nodes and Linux server infrastructure.
Correlation & Threat Prioritization Engine
Integrating internal vulnerabilities with real-world threat feeds to filter out 90%+ of false positive scanner noise.
Continuous Surveillance & Response Escalation
Active 24/7 exposure surveillance with direct emergency escalation when critical thresholds are crossed.
Expected Outcomes & Long-Term Posture
Eliminate 90%+ of vulnerability scanner noise by focusing strictly on exploitable exposure.
Achieve sub-second detection of malicious process injection with negligible eBPF CPU overhead (<1%).
Discover unmanaged shadow IT and legacy assets before adversaries can find them.
Establish a clear, verifiable SLA for vulnerability discovery and containment.
Other Core Engagements
Execute this Engagement Profile
Discuss scope, timeline, and deliverables with an elite product security architect.
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