Logistics Center
Why these environments require a different security model​
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In industrial and logistics parks, security is not measured in “incidents”—it is measured in continuity and exposure. A single event can trigger cascading impact: operational delays, contractual penalties, liability, compliance issues, and extended investigations.
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A theft is not just a loss—it becomes downtime, claims, non-compliance, and investigations.
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An unauthorized entry is not simply “an intruder”—it may be insider risk, sabotage, or opportunistic theft driven by time windows.
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A “blind spot” is not a camera problem—it is an entry vector.
SiteOne delivers a model that combines prevention + control + documentation under a repeatable C2 operational workflow.
Customer pain (expanded, commercial and specific)
Extended perimeters + operational blind spots
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Industrial parks have long fences, internal routes, yards, docks, and outdoor warehouses—often with variable lighting and weather effects. Shadows, rain, fog, and vegetation movement increase “operational noise” unless there is real triage.
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Multiple access points + third-party traffic
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Suppliers, transporters, contractors, visitors, and employees create constant access pressure. Risk concentrates in windows: shift changes, after-hours, secondary gates, and loading/unloading points.
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Night operations + high-value assets
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Most critical events occur late at night and on weekends. High-value assets are constantly exposed: containers, cargo, spare parts, equipment, fuel, copper, tools, and vehicles.
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Insider risk
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Not every incident enters “through the fence”; many losses leave “through the gate.” Real control requires event correlation (video + access + LPR + schedules + patterns).
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Network outages / fragile links
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Parks often have weak connectivity across warehouses, yards, perimeter zones, and expansions. If the network drops: visibility is lost, evidence is lost, and SOP execution breaks—exactly when incidents occur.
Outcome
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A continuity-first, closed-loop operating model:
Detection → Human Verification → Deterrence → Escalation → Audit-Ready Evidence
So security becomes a measurable operating system, not passive surveillance.
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Industrial parks have long fences, internal routes, yards, docks, and outdoor warehouses—often with variable lighting and weather effects. Shadows, rain, fog, and vegetation movement increase “operational noise” unless there is real triage.
​
Multiple access points + third-party traffic
​
Suppliers, transporters, contractors, visitors, and employees create constant access pressure. Risk concentrates in windows: shift changes, after-hours, secondary gates, and loading/unloading points.
​​
Night operations + high-value assets
​
Most critical events occur late at night and on weekends. High-value assets are constantly exposed: containers, cargo, spare parts, equipment, fuel, copper, tools, and vehicles.
​
Insider risk
​
Not every incident enters “through the fence”; many losses leave “through the gate.” Real control requires event correlation (video + access + LPR + schedules + patterns).
​
Network outages / fragile links
​
Parks often have weak connectivity across warehouses, yards, perimeter zones, and expansions. If the network drops: visibility is lost, evidence is lost, and SOP execution breaks—exactly when incidents occur.
How we operate
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Detect → Verify → Orchestrate → Deter/Escalate → Document
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Detect: Video AI configured by zone/schedule/severity (intrusion, loitering, line crossing, after-hours, approach to docks, unauthorized lingering)
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Verify: human-in-the-loop triage suppresses noise and confirms intent/context (zone + time + access + plate)
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Orchestrate: playbooks trigger the correct protocol (immediate deterrence, on-site coordination, or escalation)
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Deter/Escalate: voice-down + responsible coordination + authority protocol when applicable
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Document: centralized event log, evidence, timestamps, actions taken, and outcome (audit-ready)
Included technology applications (with commercial intros + expanded cards)
1) Perimeter Threat Detection (Video AI)
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Presentation: Stop perimeter breaches before they become losses—by detecting real events, not generic motion.
What it does: Detects relevant events based on operational context, not simple movement.
Includes:
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Zone-based detection: perimeter, docks, yards, gates, internal routes
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Rules by schedule/shift and severity
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Fine-tuning to reduce false alarms (without losing sensitivity)
2) Access Intelligence (LPR/ALPR)
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Presentation: Turn every vehicle movement into traceable, auditable access intelligence—across every gate.
What it does: Converts access into an auditable, correlatable system.
Includes:
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Lists (authorized / restricted / visitors / contractors)
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Entry/exit auditing by gate and time window
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Plate + video + event correlation (e.g., “plate X enters at 2:14am and activity occurs at dock 2:18am”)
3) AIoT Asset Telemetry (AMaaS)
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Presentation: Prevent operational anomalies from turning into incidents—monitor asset health and conditions in real time.
What it does: Telemetry for critical assets and operating conditions.
Includes:
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Health/anomalies/alerts based on thresholds and trends
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Severity-based escalation: operations → maintenance → security
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Video integration: an IoT anomaly can trigger immediate visual verification
4) Resilient Connectivity (CMA)
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Presentation: When connectivity fails, security fails. CMA keeps monitoring, response, and evidence online.
What it does: Prevents network-driven “operational blindness.”
Includes:
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Continuity for video/voice/telemetry
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Link telemetry (latency, jitter, packet loss, uptime)
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QoS/prioritization for mission-critical operations
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SLA/SLO reporting per site
5) Command & Control 24/7
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Presentation: Standardize response across every shift with triage, playbooks, escalation, and executive-grade reporting.
What it does: Operations center with severity triage and playbook execution.
Includes:
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Incident prioritization (critical first)
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Event log + evidence + reporting
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Continuous optimization: rules, zones, noise reduction
Deliverables (what the client receives)
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Risk and coverage map by zone (perimeter, docks, yards, access points, internal routes)
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Severity matrix (critical / medium / informational)
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Playbooks (SOPs) by scenario: intrusion, after-hours, unauthorized access, sabotage, asset extraction
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Role-based escalation matrix: on-site security, operations, administration, authorities
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Monthly audit-ready reporting: KPIs + event log + evidence + recommendations
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Hardening plan: blind spot closure, deterrence signage improvements, rule adjustments, access improvements
KPIs (commercial + meaningful)​
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TTV (Time-to-Verify): detection → human verification
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TTD (Time-to-Deter): verification → action/intervention
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False Alarm Suppression Rate: noise eliminated vs total
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Escalation Success Rate: protocol-compliant closures
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Operational Uptime: real availability of coverage/connectivity
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Incidents Prevented: successful deterrence prior to materialization
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(Optional) Access Audit Completeness: % of access events logged/correlated
CTA
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