Your physical and cyber data are converged in reality. But your infrastructure keeps them separate.
Two separate worlds telling the same story.
Your organization has invested millions in security. But physical and cyber systems were built independently, speak different languages, and never compare notes.
Physical Security Systems
Tell you WHO was where, WHEN, and HOW they got there:
- • CCTV footage (person, location, time, behavior)
- • Badge reader logs (who entered, when, which access point)
- • Door sensors (which zones were accessed)
- • Visitor logs (external people, purpose, escort)
- • Alarm systems (intrusions, anomalies)
Problem: These answer "WHAT happened physically" — but nothing about what the person did digitally at the same time.
Cyber Security Systems
Tell you WHAT digital activity happened, WHEN, and WHO did it:
- • SIEM logs (system access, logins, data queries)
- • Endpoint protection (malware, suspicious activity, anomalies)
- • Database logs (who accessed what data, when)
- • Network logs (traffic, connections, data flow)
- • Email logs (communications, attachments, external transfers)
Problem: These answer "WHAT happened digitally" — but nothing about whether the person was physically present to do it.
The Critical Question They Can't Answer Together:
Person X was physically outside the building (per CCTV), but cyber logs show them accessing the database from a remote IP at the same time. Who's lying — the physical system or the cyber system? And what does this mean for your security?
What the gap costs your organization.
Insider Theft (Undetected)
From a financial services firm
PHYSICAL EVIDENCE
CCTV shows employee leaving building 6:45 PM with portfolio containing confidential documents.
CYBER EVIDENCE
No after-hours system access in logs. No export events detected.
The Gap: Nobody correlated them. Security watched the CCTV footage, IT checked the logs. Each saw their own "proof," but nobody read across both. Theft wasn't discovered until 3 months later when the customer noticed missing data.
Credential Theft (Disguised)
From a healthcare organization
CYBER EVIDENCE
Database access logs show unusual activity at 2:15 AM. Multiple patient records accessed by credential "doctor.name."
PHYSICAL EVIDENCE
CCTV shows building is locked. No one physically present. Badge logs show no access.
The Gap: HIPAA audit sees access logs and flags a control gap. But investigation reveals credentials were compromised weeks prior. Nobody knew because physical + cyber teams were investigating separately. Result: Failed audit, remediation work, regulatory scrutiny.
Control Gap (Compliance Finding)
From a manufacturing company
AUDIT QUESTION
"Can you prove who accessed the secure server room and what they did there?"
ANSWER
Badge logs show who entered. But cyber logs (server access, equipment changes) don't match badge data format. Auditor sees a control gap.
The Gap: Evidence EXISTS in both systems, but it's split across incompatible formats. You can't present a unified picture. Auditor flags a finding. You spend months remediating something that was never broken — just disconnected.
Five roles, five different versions of the same problem.
Chief Security Officer
Problem: Your mandate is to protect the organization. But your physical + cyber teams operate in parallel, not together.
Cost: Incidents go undetected because the full picture requires reading both systems at once.
Chief Information Security Officer
Problem: You optimize cyber security in isolation. But physical events (building access, insider movement) create cyber risk.
Cost: You're writing security controls for a world without physical context. They fail in production.
Chief Risk / Compliance Officer
Problem: Auditors ask: "Prove your controls work." But your evidence is split across systems that don't sync.
Cost: Failed audits, regulatory findings, remediation overhead for control gaps that aren't really gaps.
Chief Financial Officer
Problem: You're spending $2-5M annually on security tools. But they don't talk to each other, so you're getting 60% of the ROI.
Cost: Money invested in tools that generate intelligence nobody is reading or acting on.
VP Operations / Continuity
Problem: Incidents affect operations. But root cause analysis requires correlating physical + cyber events — and your teams can't do that efficiently.
Cost: Incidents take weeks to investigate, resolve, and document. Downtime costs + response inefficiency.
Organizations are discovering and fixing these gaps.
See how. Then let's check if you have them.