SMARTIONIXAnalyse fresh camera frames
Eligible video remains close to the authorised Martion Mac edge node.
MARTION VISION · AIRSPACE AWARENESS
Visual early warning for possible drones and drone swarms.
Invisible Shield is an operator-activated Edge AI mode in Martion Mac. It analyses the Mac camera and deliberately configured IP/RTSP feeds, then routes a camera-identified candidate alert to the authorised Martion TV Police Responder screen for immediate review.
01 / PROBLEM
A fast aerial object should become an operational signal—not footage reviewed later.
Small aerial targets may remain visible for only seconds, while conventional CCTV primarily records what happened. Invisible Shield adds a visual intelligence and response layer to compatible cameras while an event can still be assessed.
EDGE
Retain credible visual candidates
Small-target search, visual evidence and temporal tracking build a reviewable event.
ROUTE
Notify the authorised team
Camera identity, available location and review context reach the scoped responder workflow.
LIVE VISUAL WORKFLOW
Built to retain small, fast and imperfect signals.
The current pipeline combines multi-scale search, local image correction, semantic visual evidence and a motion-aware track that predicts where the target may appear next.
- 01Prioritised image regionsDistant-target and likely display regions receive focused analysis before broad search.
- 02Predictive lead cropThe current crop, expected next crop and movement corridor are evaluated for continuity.
- 03Early exit on a valid eventA qualifying candidate can be escalated without waiting for every remaining image region.
- 04Glare and compression resilienceExposure, highlight, contrast and sharpening adjustments can recover useful local detail.
INVISIBLE SHIELD / LIVE VISUALPOSSIBLE TARGET
POSSIBLE MULTIROTOR UAS
CAMERA 02 · PERIMETER NORTHTRACK 01 · MOTION LOCK ACTIVE
TRACK STATECONTINUITY
SOURCEIDENTIFIED
EVENTROUTED
DECISIONREVIEW
02 / DETECTION PIPELINE
Six layers of visual context.
Each layer addresses a practical difficulty of visual airspace awareness. It is an integrated workflow rather than a claim of universal detection.
More useful pixels
Complete-frame and prioritised regions are examined at multiple scales so a distant object can receive focused analysis.
Track continuity
A temporal tracker predicts the next position and inspects the lead region and motion corridor.
Independent viewpoints
One credible event can cue faster inspection on another source, while each camera must produce its own visual evidence.
Recover local detail
Local exposure, highlight, contrast and sharpening adjustments support glare-affected or compressed feeds.
Swarm candidate review
Spatially distinct candidates are retained so one possible target can be distinguished from a possible multi-target event.
Visual family labels
Candidates can be organised into multirotor, fixed-wing, hybrid VTOL, FPV, single-rotor, tethered, micro, custom or unclassified UAS families.
03 / OPERATING CHAIN
From camera pixel to responder action.
Invisible Shield connects detection to an accountable event lifecycle. The responder receives context for review, while operational authority remains with trained personnel.
Start a defined session
An authorised operator activates Invisible Shield for the configured sources.
Read fresh frames
Martion Mac analyses eligible Mac and IP/RTSP camera sources.
Retain a candidate
Multi-scale evidence and tracking prioritise a credible moving aerial proposal.
Attach context
Single or multiple target context and available visual family evidence are added.
Identify the source
Event type, camera identity, location and review access reach the scoped responder.
Apply judgement
The responder reviews the event and decides whether corroboration or response is required.
04 / DEPLOYMENT MODELStart controlled.
Start controlled.
Measure. Then expand.
The commercial and operational pathway is structured around defined pilots, per-site configuration, source and responder expansion, and ongoing support—without claiming readiness before field acceptance.
01
CONTROLLED PILOT
Define sites, scenarios and acceptance criteria
Agree target conditions, fields of view, cameras, false-alert tests and operational ownership.
→02EDGE CONFIGURATION
Register identity and validate each feed
Attach source name and location, test freshness and tune the local analysis profile.
→03RESPONDER INTEGRATION
Scope review and resolution controls
Configure the authorised Martion TV workflow and validate camera-to-alert delivery.
→04FIELD ACCEPTANCE
Measure the intended environment
Review missed events, false alerts, latency, recovery and operator clarity in realistic conditions.
→05PHASED EXPANSION
Add sources after criteria are met
Expand by camera, site, responder role and approved model as evidence supports it.
→RESPONSIBLE OPERATION
Visual early warning, with clear limits.
Invisible Shield produces possible-drone alerts for authorised human review. It does not establish hostile intent, payload, operator, origin, nationality or military ownership. It does not jam, intercept or neutralise an aircraft.
- Performance varies with camera resolution, optics and field of view.
- Target pixel size, contrast, lighting and weather affect visibility.
- Obstruction, motion blur, stream compression and network latency can delay or prevent an alert.
- There is no universal guaranteed detection range; each source and site must be measured.
- Where available, corroborate with another camera, Remote ID, RF detection, radar or other authorised sensors.
- Phone-screen imagery is a development test aid and does not establish field performance.
Evaluate Invisible Shield in the environment that matters.
Define the site, camera estate, expected aerial scenarios and operational acceptance criteria.