Zero-Trust Access Control & Spatial Crowd Intelligence · Edge-Native

Sub-Second Delegate Access. Dynamic Personalization at Scale.

Automate zone-based access control, enforce real-time delegate clearance, count massive crowd densities across multi-hall expos and trigger personalized welcome displays - executed 100% on air-gapped edge nodes.

  • Facial Access Verification<10mslocal in-RAM search
  • Spatial Count30/ frameparallel targets
  • Personalized Display TriggerSub-1sgate to screen
  • Persistent Disk Storage0KBvolatile RAM only

Operational scenarios

Frictionless for delegates. Watertight for security.

Four pain points for exhibition and conference directors - and how Chkdin AI addresses each.

Operational scenario 01

Automated Zone Access Control

The challenge

In multi-tier conferences, delegates try to enter VIP lounges, closed-door keynotes or press rooms using unauthorized or shared badges, forcing security staff into uncomfortable manual confrontations.

The Chkdin AI solution

Hands-free, walking-speed 1:N facial clearance at session entry gates. Local edge nodes cross-reference each biometric vector against authorized clearance tables in under 10 ms. Authorized delegates pass seamlessly; unauthorized attempts trigger quiet sentry alerts.

Key outcome

100% elimination of badge-swapping exploits and friction-free access for authorized attendees.

Edge-native architecture & privacy

Zero storage. Zero internet reliance.

0 KB

Zero-Storage Privacy Pipeline

Video streams process strictly in volatile RAM buffers and zeroize in under 50 ms - 0 KB saved to disk. Public attendees are never identified or permanently stored; designed for GDPR, DPDP and PDPA requirements.

50+

Offline Edge Sync

Local edge servers sync delegate credentials across 50+ gate nodes over isolated venue LANs, keeping access control at 100% uptime even if venue internet crashes.

1:1

Hardware Enclave Protection

Access databases and neural models are cryptographically locked to physical node hardware enclaves to prevent tampering.

Technical parameter matrix

Event operations parameters.

Event solution parameterEngineering benchmark specification
Biometric Clearance Latency < 10 ms local in-RAM vector verification
Simultaneous Target Count Up to 30 targets / frame (parallel tracking)
Welcome Display Trigger Speed < 200 ms optical identification to screen render
Cross-Gate Re-ID Alert < 1.0 s command console push
Disk Storage Footprint 0 KB written to disk (100% volatile RAM)
Network Resilience 100% air-gapped / isolated local mesh

FAQ

Event deployments, answered.

How does facial zone access work at a conference?

As delegates approach turnstiles or session doors, local edge nodes cross-reference their biometric vector against authorized clearance tables in under 10 ms. Authorized delegates pass; unauthorized attempts trigger a quiet sentry alert.

Can it count people in each hall?

Yes. Optical nodes track up to 30 targets per frame across hall entrances and concourses, computing real-time net occupancy and dwell-time heatmaps without logging personal identities.

How fast are personalized welcome displays?

From optical identification to screen render in under 200 ms, when a registered VIP is within 5 metres of an entrance portal.

What if the venue internet crashes?

Local edge servers sync delegate credentials across 50+ gate nodes over isolated venue LANs, keeping access control running at 100% uptime.