Cybersecurity Intelligence

Attack Surface
Exposure Scorer

Assess your security posture across 5 domains. See exactly where autonomous monitoring closes gaps that manual processes leave open — and what each gap costs when exploited.

Security Posture Assessment

Check each control your organization currently has in place. The scorer updates in real time.

Perimeter & Network
Next-gen firewall with behavioral inspection
Deep packet inspection, not just rule-based filtering
High
Continuous network traffic anomaly detection
Automated baseline + deviation alerting, 24/7
Critical
Network segmentation / microsegmentation
Blast radius containment on breach
High
VPN with MFA for all remote access
Zero-trust network access preferred
Medium
Endpoint & Identity
MFA enforced across all accounts
Including service accounts and admin access
Critical
EDR with autonomous threat containment
Endpoint detection & response — auto-isolate on detection
Critical
Privileged access management (PAM)
Just-in-time access, session recording
High
Automated patch deployment (24h SLA)
Critical CVEs patched within 24h of release
High
Application & Data
WAF with continuous rule updates
Web application firewall — auto-updating from threat intel
High
Data encryption at rest and in transit
AES-256 / TLS 1.3, key rotation automated
High
SAST / DAST in CI/CD pipeline
Automated security scanning on every code deploy
Medium
DLP — data loss prevention monitoring
Exfiltration detection on sensitive data movement
Medium
Detection & Response
24/7 SIEM with automated correlation
Security information & event management — always on
Critical
Automated incident response playbooks
SOAR — contain, log, escalate without human latency
Critical
Threat intelligence feed integration
Live IOC updates from commercial + open-source feeds
High
Regular red team / penetration testing
At least quarterly, results fed back to controls
Medium
Governance & Recovery
Immutable backups with tested recovery
Air-gapped or immutable, RTO/RPO tested quarterly
High
Incident response plan — documented & drilled
Tabletop exercises run at least annually
High
Vendor / supply chain security review
Third-party risk assessment process in place
Medium
Security awareness training (continuous)
Phishing simulation + training, not just annual
Low
Exposure Score
0 / 100
Critical Risk
0 of 20 controls active
By domain
Perimeter
0%
Endpoint & ID
0%
Application
0%
Detection
0%
Governance
0%
Top exposure areas
Complete the assessment to see your top gaps.
Estimated breach cost at current posture
$4.88M
IBM 2024 average breach cost. Your score adjusts this estimate.
01 /

Live Threat Detection Feed

This is what autonomous threat monitoring looks like in real time. Every event classified, triaged, and actioned — without human latency.

Autonomous threat monitor — live simulation
Initializing threat monitor...
02 /

The Speed Asymmetry

Attackers move in seconds. The gap between attack speed and response speed is what determines breach cost. Autonomous systems close that gap — manual processes cannot.

Manual SOC response
4–72h
Alert fires. On-call analyst paged. Triage begins. Escalation path followed. Decision made. Action taken. Every step adds minutes to hours.
Avg breach cost: $4.88M
AI-assisted response
15–90min
Automated detection and triage. Human confirms action. Faster, but still dependent on human availability and attention in the critical window.
Avg breach cost: $2.20M
Autonomous response
< 60sec
Threat detected, classified, contained, and logged autonomously. Human notified after containment. The attack window closes before damage occurs.
Avg breach cost: $0.94M
03 /

How Autonomous Security Works

01 /
Continuous monitoring

Every log, packet, endpoint event, and authentication attempt monitored continuously. No sampling. No gaps in coverage.

02 /
Behavioral baselining

The system learns what normal looks like for your environment. Deviations — not just known signatures — trigger classification. Zero-days don't hide.

03 /
Autonomous containment

Isolation, blocklisting, session termination — executed in seconds within defined guardrails. Humans notified after containment, not before.

04 /
Self-improving detection

Every incident feeds back into detection models. Rules update from observed attack patterns. The system gets harder to bypass every week.

Close the gap between attack and response.

Quilent Labs builds autonomous self-improving infrastructure that responds in seconds — not hours. The same pipeline that autonomously patches its own code can autonomously defend your perimeter.

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