Edge AI VideoIntelligence Platform

Searchable Incidents & AI Operator Reports

Turn camera footage into searchable incidents and AI-generated reports — with on-device detection and edge VLM triage, so the cloud only analyzes what matters.

The reasoning layer on top of your existing cameras and VMS: detect → triage at the edge → analyze in the cloud → search everything.

Edge AI Video Intelligence Platform - AI video investigation with searchable incidents

How It Works

Video → Event → Evidence → Investigation → Search

An edge-cloud model cascade that watches every camera, so your operators only look at what matters.

01 · Ingest

Cameras

Live RTSP streams from any IP camera, or uploaded footage — no new hardware.

02 · Detect

Detect & Track

YOLO11 and ByteTrack find people and vehicles; zone rules raise events on the edge box.

03 · Triage

Edge VLM Triage

An on-device VLM asks "would a guard look twice?" and dismisses routine activity.

Routine events never leave the site
04 · Analyze

AI Operator Report

A frontier VLM writes the report: summary, risk level, recommended action.

05 · Search

Searchable Incidents

Every incident indexed with evidence — findable in plain language, in seconds.

Sits on top of Avigilon, Milestone, Genetec — no rip-and-replace
Fail-open triage — an outage never loses an event
Every decision fully audited, edge to cloud

Platform Capabilities

Everything between the camera and the answer

Detection, triage, analysis, search, and evidence — one Vision AI platform covering the full path from a live RTSP stream to a searchable, audited incident.

01

On-Device Detection & Tracking

Real-time person and vehicle detection with multi-object tracking and zone rules, running entirely on the edge box at camera frame rates.

YOLO11 detectionByteTrack trackingPolygon zones + dwellAlarm sessionsTrack continuity score
02

Edge VLM Triage

A compact vision-language model reviews every event on-device and dismisses routine activity before it ever reaches the cloud.

"Guard look twice" triageGemma / Qwen-VL on-deviceRoutine handled at edgeFail-open designConfig-only model swap
03

AI Operator Reports

Escalated events get frontier-model analysis: a clear summary, a risk level, and a recommended action — like an experienced operator would give.

Plain-language summaryRisk classificationRecommended actionsChronological observationsDual confidence scores
04

Semantic Incident Search

Search hours of footage in seconds using natural language — "person loitering near the loading dock after hours" — instead of scrubbing timelines.

Natural-language searchpgvector + HNSWHybrid metadata filtersAutomatic backfillEvidence attached
05

Live Video Ingest & Viewing

Standard RTSP ingestion from any IP camera with low-latency WebRTC live viewing in the investigation console.

RTSP — any IP cameraWebRTC live viewPre/post-roll buffersAuto reconnectH.264 clips
06

Evidence & Audit Trail

Every incident carries its full evidence chain: clip, keyframes, and a per-stage record of exactly which model decided what, and where.

Keyframe filmstripT−5s → T+10s timelinePer-stage model recordsEdge vs cloud provenanceSession summaries

Outcomes

Stop drowning in alerts

Get reasoned, contextual recommendations the way an experienced operator would give them.

Edge-First

Routine events never hit the cloud

The on-device VLM dismisses routine activity locally — cloud costs scale with real incidents, not hours of footage.

Private

Full video stays on-site

Only a handful of downsampled keyframes from escalated events ever leave the box. Raw footage never does.

Live

Real-time edge detection

Detection, tracking, and zone rules run at the edge against live RTSP streams — no cloud round-trip in the critical path.

Seconds

Search footage instantly

Natural-language semantic search over every analyzed incident replaces hours of manual timeline scrubbing.

T−5s

Evidence from before the trigger

Ring-buffered capture preserves five seconds of pre-roll and ten of post-roll — every clip shows the full story.

Fail-Open

No event ever lost

Every triage failure escalates instead of dropping — a model or network outage never silently loses an incident.

Our Process

From your footage to fleet rollout

We start with a proof of concept on your recorded footage, then go live — one code path from the first test video to the production camera wall.

1

Site & Footage Assessment

Review your cameras, zones of interest, and incident types, then validate the pipeline against your recorded footage.

Camera & VMS auditZone & rule definitionDetection validationPrivacy reviewEdge topology decision
2

Edge Deployment

Install the edge stack next to your cameras and connect live RTSP streams — no changes to existing infrastructure.

Edge box provisioningRTSP stream connectionDetection calibrationEvidence capture setupLiveness monitoring
3

Triage Calibration

Tune the on-device VLM triage and escalation policy so routine activity stays local and real events escalate reliably.

Edge VLM selectionEscalation policyThreshold tuningFail-open verificationCost baselining
4

Cloud Analysis & Search

Configure frontier-model analysis, report formats, and the semantic search index over your incident history.

Cloud VLM configurationReport customizationSearch index setupConsole rolloutAlerting hooks
5

Operator Rollout & Tuning

Train your team on the investigation console and iterate on rules, models, and thresholds with real-world data.

Operator trainingFeedback-driven tuningModel upgrades by configMulti-site expansionOngoing support

See what your cameras have been trying to tell you

Start with a proof of concept on your own footage — detection, triage, AI reports, and semantic search, working on your real incidents in weeks.

POC on your footage in 4–6 weeksWorks with your existing VMSFull video never leaves your site

FAQs

Questions about the platform

How the Edge AI Video Intelligence Platform works with your cameras, your VMS, and your privacy requirements.

Still have questions? Talk to an engineer

It's an AI-powered video investigation platform that turns raw camera footage into searchable incidents and AI-generated operator reports. An edge box next to your cameras runs real-time object detection, tracking, and zone rules, then a compact vision-language model triages every event on-device — asking, in effect, 'would a guard look twice?' Only events worth attention are escalated to a frontier cloud model for deep analysis, which produces a summary, a risk level, and a recommended action. Everything becomes searchable in natural language.

No — it sits above them as the reasoning layer. Your cameras, video management system (Avigilon, Milestone, Genetec, or others), and recording infrastructure stay exactly as they are. The platform ingests standard RTSP streams, which every IP camera exposes, so connecting real cameras requires no new hardware and no rip-and-replace. Most security teams drown in alerts; we take the alert, the footage, and the context, and return a reasoned recommendation the way an experienced operator would.

It's a filter-and-refine architecture in three stages. First, a YOLO-family detector with ByteTrack tracking finds people and vehicles and applies your zone rules in real time on the edge box. Second, a compact vision-language model (such as Gemma or Qwen-VL) reviews keyframes on-device and dismisses routine activity — those events are logged and audited but never sent to the cloud. Third, only escalated events go to a frontier model like Gemini or Claude for deep analysis. The triage fails open: if the edge model is ever unavailable, events escalate rather than being dropped, so an outage never loses an event.

Privacy is architectural, not a policy checkbox. Full-resolution video never leaves your site — it stays on the edge box and your existing recording infrastructure. When an event escalates to cloud analysis, only a small set of downsampled keyframes is sent, and routine events are handled entirely at the edge with no cloud contact at all. Every incident carries a full audit trail recording which model analyzed it, where that model ran (on-device or hosted), what images it saw, and what it concluded.

Every analyzed incident is embedded into a vector index (PostgreSQL with pgvector), so operators can search past footage the way they'd describe it to a colleague — 'person loitering near the loading dock after hours' — instead of scrubbing timelines. Searches combine semantic similarity with structured filters like risk level, event type, camera, and time range, returning ranked incidents with their clips, keyframes, and AI reports attached as evidence.

A proof of concept on your recorded footage — detection, triage, AI reports, and the investigation console — typically takes 4-6 weeks. A live pilot with RTSP camera ingest and an edge box on-site usually lands in 8-12 weeks, and fleet rollout across sites follows from there. Because uploaded video and live cameras share one code path, everything validated in the POC carries directly into production.

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