Primary Attack Vectorshield_person
74%
Human Element Involved
Nearly three out of four cyber breaches involve human interaction—including phishing, stolen credentials, social manipulation, or accidental privilege misuse.
Why Human Risk Matters · Human Vulnerability Index (HVI)
The Human Layer Remains The Most Exploited Attack Surface
Organizations invest heavily in technical perimeters and endpoint telemetry, yet modern attackers bypass technical defenses by exploiting human cognition, urgency, and trust.
Financial Impactpayments
$4.88M
Average Breach Cost
The global average organization impact of security incidents where compromised identities and social engineering vectors allowed adversaries deep lateral access.
The Critical Blind Spotvisibility_off
Least Measured
Unquantified Exposure
While firewalls, clouds, and endpoints produce continuous audit logs, human decision-making and cognitive susceptibility remain completely unmeasured until a breach occurs.
Aligned Frameworks & Defensibility Standards
verified
SOC 2 Type II
policy
GDPR Compliance
health_and_safety
HIPAA Security
credit_card
PCI DSS v4.0
lock
ISO 27001
smart_toy
ISO 42001
psychology
NIST AI RMF
payments
Quantitative $VaR
Move Beyond Awareness Training & Phishing Campaigns
Traditional security awareness programs rely on surveys, compliance checklists, and simulated phishing campaigns. Human Vulnerability Index continuously maps human risk across the organization without disrupting employee workflows.
CISO Dashboard Preview
Live Department Risk Mapping
Finance
820/ 1,000
Department Risk Score (0 – 1,000 Scale)
Engineering
610/ 1,000
Department Risk Score (0 – 1,000 Scale)
Sales
430/ 1,000
Department Risk Score (0 – 1,000 Scale)
Active Findings
AI Vishing Exposure
Shadow Tool Usage
Privilege Drift
Off-Hours Behavioral Spike
See Your Human Risk Landscape
Explore how Human Vulnerability Index (HVI) can reveal organizational blind spots and reduce enterprise risk through continuous assessment and contextual intervention.
RAMP Interactive Console
Live Audit Readiness & VALORA AI Controls
Experience how RAMP performs gap assessments, tests control design and effectiveness as needed, models algorithmic AI risk in concrete dollars ($VaR), and compiles structured workpapers for CCM tools and audit firms.
app.thecyberposture.com/ramp/audit-console
Test of Design & EffectivenessAudit Ready
94%Controls Passed
SOC 2 Type II Controls: 102 / 106 Mapped
ISO 42001 (AI Governance): 38 / 38 Mapped
NIST AI RMF 1.0: 100% Governed
Quantitative $VaR Financial Exposure
-81.7% RiskInherent Risk
$1,312,500
Residual Risk (Post-RAMP)
$240,000
Standardized Evidence Packages for CCM Tools & Audit Firms
Structured Audit Defense Deliverablesdescription
Control Matrix
248 Mapped Controls
description
AI RMF Package
Agent Governance Ledger
description
CCM Handoff Package
Automated CCM & Audit Bundle
Protocol: Day 1 Readiness → Day 2 CCM Output File5 Stages
1. Controls (ToD)→2. AI Posture→3. Quantitative $VaR→4. Audit Workpapers→5. Continuous Hand-off
Live Threat Simulation
Would You Spot The Threat?
Most cyberattacks do not begin with malware. They begin with a decision.
Scenario 1 / 3
EmailUrgent Payroll Update
Your salary details require verification within 24 hours.
Research & Evidence
Built Around Proven Human Risk Patterns
Human Vulnerability Index is designed around observed industry-wide attack patterns, behavioral security research, and real-world breach trends.
74%
Human Element
A significant share of modern breaches involve human actions such as social engineering, credential compromise, misuse, or error.
Verizon DBIR
95%
Human Error
Security incidents frequently originate from mistakes, fatigue, poor decisions, or process breakdowns rather than technical failures.
World Economic Forum
$4.88M
Average Breach Cost
Credential compromise, phishing, and social engineering events routinely trigger the highest financial and operational recovery costs.
IBM Cost of a Data Breach
Why Human Vulnerability Matters
Human Risk Is Measurable
Technical controls alone cannot explain organizational exposure. Human decisions, stress, behavior patterns, and access privileges create measurable attack opportunities.
Static Training Fails
Annual awareness programs create compliance records, but often fail to provide real-time visibility into evolving employee risk conditions.
Context Changes Outcomes
The same employee may behave differently under fatigue, urgency, authority pressure, or operational stress.
Methodology
From Awareness To Measurement
Traditional security programs focus on awareness and phishing campaigns. Human Vulnerability Intelligence focuses on measurement. By combining behavioral indicators, technical telemetry, privilege context, and risk signals, organizations gain continuous visibility into their human attack surface instead of relying solely on periodic training exercises.
Scientific Modeling & Defensibility
Methodology
Unlike checklist compliance or static training quizzes, CyberPosture's methodology rejects subjective guesswork. Our architecture is engineered on empirical behavioral psychology, aviation human reliability engineering, actuarial loss mathematics, and high-assurance data integrity standards.
Every employee risk signal, 0–1,000 resilience index calculation, and automated audit workpaper adheres to validated, peer-reviewed scientific frameworks—ensuring complete mathematical defensibility for individuals, CISOs, and independent audit teams.
psychology_altCognitive Exploit Modeling
Behavioral Psychology
Cialdini’s 6 Principles of Influence
Robert Cialdini's seminal persuasion framework models how social engineering actors weaponize human cognitive heuristics: Authority (executive spoofing), Scarcity & Urgency (panic triggers), Consistency (commitment traps), Reciprocity (quid pro quo), Social Proof (herd compliance), and Liking (affinity pretexting). HVI measures resistance against these exact behavioral levers.
Human Vulnerability Index (HVI)Scientific Model →
warningSystemic Failure Precursors
Human Reliability Engineering
The Dirty Dozen Human Factors
Derived from high-reliability aviation safety, the Dirty Dozen isolates the 12 psychological and environmental conditions—including Pressure, Urgency, Fatigue, Complacency, Distraction, and Norms—that precede 80%+ of security breakdowns. CyberPosture models situational context rather than assigning punitive blame.
Human Factor AnalysisScientific Model →
verifiedAudit-Grade Verifiability
High-Assurance Evidence Governance
ALCOA / ALCOA+ Data Integrity
Originating in regulated life sciences and pharmaceutical compliance, ALCOA+ mandates that every risk signal and RAMP audit workpaper is Attributable, Legible, Contemporaneous, Original, and Accurate (+ Complete, Consistent, Enduring, Available), providing audit-ready cryptographic defensibility.
Audit Integrity StandardScientific Model →
paymentsDollar-Value Pricing
Actuarial Financial Loss Modeling
FAIR™ Quantitative Risk ($VaR)
Factor Analysis of Information Risk (Open FAIR™) replaces subjective 'High/Medium/Low' heatmaps with probabilistic Value-at-Risk ($VaR) loss distributions. It prices risk exposure in concrete dollars using value at risk across productivity loss, incident response, regulatory fines, and reputation impact.
VALORA AI & RAMPScientific Model →
smart_toyAlgorithmic Exposure Guardrails
AI Governance & Algorithmic Safety
NIST AI RMF 1.0 & ISO/IEC 42001
The premier global benchmarks for Artificial Intelligence Management Systems (AIMS). The VALORA engine benchmarks autonomous LLMs, agentic workflows, and training data pipelines—uncovering surprising algorithmic exposure and pricing it into concrete dollar figures using value at risk.
VALORA AI EngineScientific Model →
fact_checkSOC 2 · GDPR · HIPAA · PCI DSS
Day 1 Audit Readiness
Multi-Regulation Baseline & Test of Design (ToD)
Tech-stack tailored control cross-mapping that verifies control design integrity in 30 seconds across SOC 2 Type II, EU GDPR, HIPAA Security Rule, and PCI DSS v4.0, packaging signed, immutable workpapers ready for export to day-to-day CCM tools.
RAMP ArchitectureScientific Model →
Platform Architecture · Pillar 2
RAMP: Risk & Audit Management Platform
Continuous compliance tools only monitor once you are compliant. RAMP actively executes the Test of Design (ToD) to get your business and AI systems audit-ready on Day 1.
01
30s Test of Design (ToD)
Automated gap analysis against SOC 2, ISO 27001, HIPAA, PCI DSS, and GDPR mapped to your cloud tech stack.
02
AI Posture Governance
Defensible posture checks across LLMs, agentic workflows, and training data aligned to NIST AI RMF and ISO 42001.
03
Value-at-Risk ($VaR) Loss
Translates abstract technical risks into concrete dollar-value probabilistic annual loss exposure figures.
04
Audit Firm / CCM Export
Packages signed evidence directly consumable by your SOC 2 auditors or continuous compliance monitoring tools.
Enterprise Partnership
Harden Your Human Layer & Accelerate Day 1 Audit Readiness
Request a confidential briefing with our product architecture team to review your HVI Enterprise posture and audit timelines.