AI Video Surveillance for Aviation in the United States
VMukti delivers NDAA Section 889 safe AI video surveillance for U.S. airports, airside operations, and aviation security teams operating under TSA, FAA, and DHS oversight. The platform layers federally-vetted cameras (Axis, Hanwha, Bosch, Pelco, i-PRO, Mobotix, Honeywell, Motorola Avigilon, FLIR) onto a STQC-grade VMS deployed in AWS GovCloud or Azure Government, with ArcisGPT generative-AI video search for incident-room productivity, ANPR-driven access control at perimeter gates, and Visual Bot autonomous agents for ramp safety, FOD detection, and curb-side dwell-time analytics. Compatible with TSA Playbook IV camera coverage requirements and the FAA Part 139 perimeter security mandate, used by airport authorities running NDAA-safe procurement files.
- NDAA Section 889 safe
- FAR 52.204-25 attestation flow
- TSA Playbook IV alignment
- FAA Part 139 perimeter requirements
- AWS GovCloud / Azure Government deployment
- ISO 27001:2022 / STQC certified core
Built for procurement teams at
- Airport authorities (federally funded)
- TSA-aligned aviation security teams
- FAA Part 139 certified airfield operators
- Federal civilian agencies (DHS, CBP, Coast Guard aviation)
- Aviation-focused federal integrators
Use cases — Aviation in United States
Airside ramp and FOD monitoring
Visual Bot autonomous agents scan ramp aprons for foreign object debris, unauthorised vehicle ingress, and ground crew PPE compliance. Alerts route to the ramp tower in under 200 ms via the on-site edge appliance.
Perimeter intrusion and ANPR
Perimeter cameras feed AI tripwire detection and ANPR-driven gate control. Watchlists sync from CBP and TSA feeds in real time; alerts integrate with the airport command centre dispatch workflow.
Curb-side and concourse analytics
Dwell-time, crowd density, and unattended-baggage detection on departures curb and concourse cameras. Concourse heat-maps support TSA wait-time SLAs and concession layout decisions.
Incident-room ArcisGPT investigations
Security operators query the entire camera fleet in natural language ("red sedan, two passengers, dropped curbside terminal 2 between 0500-0600"). Auto-generated incident reports cite timestamp and camera ID for downstream subpoena response.
Customer references
Published case studies are limited because most Aviation deployments in United States run under non-disclosure. Procurement teams can request RFP-ready reference packs covering the deployments listed below.
- U.S. Tier-1 international hub airport — NDAA-safe perimeter modernisation (under NDA, RFP-ready references on request).
- Mid-size U.S. regional airport — ramp safety + concourse analytics pilot.
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United States compliance FAQs
How does VMukti prove NDAA Section 889 compliance?
VMukti provides three artefacts buyers can include in a 889 procurement file: (1) a signed vendor attestation that the VMukti platform contains no software, firmware, or services from prohibited entities (Hikvision, Dahua, Hytera, Huawei, ZTE) or their subsidiaries; (2) a software bill of materials (SBOM) for the cloud control plane and on-premise components; (3) a camera-compatibility matrix flagged for 889 status so the customer can see exactly which OEMs are admissible. Attestation is refreshed at each contract renewal and on material platform changes.
Does VMukti work on AWS GovCloud?
Yes. VMukti deploys into AWS GovCloud (US-East and US-West) and Azure Government for customers whose workloads must run inside FedRAMP / DoD-aligned cloud boundaries. The same software image runs in commercial and government cloud regions; the difference is the cloud provider account, IAM federation, and the operational support model. For DoD IL4 / IL5 use cases the deployment topology is reviewed with the customer's AO.
Is VMukti on the GSA schedule?
VMukti is currently sold into US federal and federally-funded projects through certified system-integrator partners with GSA Schedule 70 and SEWP V vehicles. Direct GSA listing is on the FY2026 roadmap; in the interim, government customers procure via integrator partners with appropriate set-aside vehicles. Contact our US team for the current partner list.
Can existing prohibited cameras be re-used after switching to a 889-safe VMS?
No. NDAA Section 889 prohibits not only the procurement of covered equipment but also its use as a substantial or essential component of a federally-funded system. A 889-safe deployment requires removing or replacing prohibited cameras (Hikvision, Dahua, Huawei, Hytera, ZTE, and their OEM rebrands) from the surveillance network — switching VMS alone does not achieve compliance. VMukti supports a phased migration where prohibited cameras are quarantined on an isolated VLAN, recorded for legal-hold purposes, and progressively swapped for vetted brands.
Which cameras does VMukti onboard in 889-safe mode?
The 889-safe deployment mode restricts onboarding to vetted brands: Axis Communications, Hanwha Vision, Bosch Security, i-PRO, Sony, Pelco, Mobotix, Honeywell, Motorola Avigilon, FLIR / Teledyne, and approved domestic US manufacturers. The VMS rejects onboarding attempts from MAC OUIs and firmware signatures tied to prohibited OEMs, even when the device claims ONVIF compatibility. Customers can request whitelist additions for any non-prohibited OEM not in the default list.
What documentation does a federal or state buyer need to defend a 889-safe purchase?
Procurement files typically need: (1) signed FAR 52.204-25 representation from the prime vendor; (2) software bill of materials covering the VMS and bundled components; (3) the camera compatibility matrix with 889 status; (4) a description of network segmentation between the surveillance VLAN and any covered equipment that remains for legitimate non-prohibited purposes; (5) the contract clause flowing the 889 obligation down to integrator and managed-service subcontractors. VMukti supplies (1)-(3) on request and assists integrator partners with (4)-(5).
Ready to evaluate VMukti for Aviation in United States?
Speak to a procurement specialist who has shipped this exact industry × country combination. RFP responses returned within 5 business days; demo environments stood up in 48 hours.