COMPANY NEWS / RELEASE 05
New Ark launches the SV-A analytic-RF
safety reference platform for compliance-first airspace governance.
Hong Kong New Ark Intelligent Technology Limited has launched the SV-A analytic-RF safety reference platform for project-level identification, governed-interface, and audit discussions across radar, acoustic, EO/IR, and C2 command-system integration. The platform is organised around compliance-first, validation-before-decision principles for critical infrastructure and authorised high-security sites.
RELEASE SUMMARY
Move the discussion from broad-emission thinking to a governed cycle of identification, corroboration, authority, and audit.
The SV-A page and this release are project-assessment references, not promises of a result for any site, configuration, or target. Spectrum use, device configuration, remote roles, and any governed-response arrangement remain subject to competent-authority permission, site authorisation, EMC review, accountable human roles, and written validation.
GOVERNANCEIDENTIFY · CORROBORATE · AUTHORISE · AUDIT
PUBLIC REFERENCE / 01
Public parameters support early project discussion, not delivery or outcome promises.
Every value and capability below is a system-level or model-specific project reference. Actual scope depends on site conditions, environment, sensor combination, legality, and written project documentation.
System-level coverage reference
1–10 kmInterpret with site boundaries, installation conditions, and project validation.
Health monitoring & alert reference
24/7Depends on site power, network, accountable roles, and maintenance.
Model-specific spectrum reference
0.1–6.2 GHzNot identical for every model or configuration; project confirmation is required.
Sensor & platform integration
Radar / acoustic / EO/IR / C2Defined by project interfaces, data responsibility, and audit rules.
GOVERNED PROJECT PATH / 02
From spectrum-context review to multi-source corroboration, human authority, and traceable audit.
Spectrum-context review
Within an authorised monitoring scope, review project-relevant signal context alongside defined protection rules for lawful services.
Multi-source corroboration & event tiering
Corroborate radar, acoustic, EO/IR, or field-event information and escalate alerts under project-defined rules.
Authorised interface & audit
Assess a governed interface only where permission, site conditions, accountable roles, and written procedures are satisfied, retaining records for review.
FUSION ARCHITECTURE / 03
A three-layer fusion architecture separates early warning, identification, and area governance.
Remote early-warning layer
Radar / acoustic / EO/IRLong-range information acquisition, bearing or track reference, and early alerts.
Core identification layer
SV-A analytic-RF nodeSignal confirmation and governed-interface assessment under site-authorised rules.
Area governance layer
C2 command platformSituation visualisation, role permissions, log audit, and third-party project coordination.
INFRASTRUCTURE VISUALS / 03A
Visual references for infrastructure-context discussions, not site-performance claims.
These public visual excerpts help teams frame aviation, industrial-perimeter, major-event, and external-infrastructure questions before any project configuration is assessed.
Airfield and aircraft footage with drone visuals
Airfield visuals prompt discussion of communications protection, accountable review, and civil-aviation coordination before any project decision.
Native video controls are available to pause playback.Nighttime industrial-facility footage
Industrial footage supports a safe-offset discussion about hazardous-area separation, exterior awareness, and emergency-communications review.
Native video controls are available to pause playback.Drone visuals above major public gatherings
Crowd and venue visuals frame public communications, site coordination, event documentation, and responsible escalation planning.
Native video controls are available to pause playback.Aerial footage near smoke-affected terrain
Terrain and ground-infrastructure visuals prompt multi-source corroboration, protected-airspace, and site-responsibility discussion.
Native video controls are available to pause playback.Media boundary: clips are project-context references only. They do not independently verify a location, date, actor, intent, cause, outcome, or system result. Use the native media controls to pause any clip.
APPLICATION CONTEXTS / 04
Project discussions across 11 critical-infrastructure and authorised high-security contexts.
Civil aviation
Civil and regional airport airspace safety
Energy & industry
Oilfields, refineries, storage depots, LNG, and chemical parks
Border & ports of entry
Border-control units, outposts, and checkpoints
Mining & minerals
Large open-pit and rare-mineral sites
Corrections
Prisons and high-security detention centres
Ports & shipping
Ocean-going cargo ports and container terminals
Water & hydropower
Large hydropower stations, dams, and water-control hubs
Private estates & commercial
High-end estates, golf courses, and resorts
Authorised defence facilities
Base perimeters, defence warehouses, industrial zones, and authorised outer areas
Government & public institutions
Closed government areas, parliament, and major public institutions
Temporary & mobile projects
Vehicle-borne projects, outdoor events, and authorised exercises
PUBLIC DOCUMENT / 05
Download the public SV-A airspace C-UAS system solution presentation.
This PPTX covers public project references for perimeter planning, multi-sensor awareness, governance interfaces, and written validation; it does not provide controlled execution, navigation manipulation, or operating procedures.
PPTX · 7 slides · Public project referenceDownload solution PPTXPPTXPPTX · 7 slides · Public project reference
COMPLIANCE BOUNDARY / 06
Confirm authority, communications protection, and site conditions before discussing any governed interface.
01Civil navigation, airborne and ground communications, site Wi-Fi, and public mobile services should be inputs to independent assessment, permission, and field testing.
02Third-party comparisons are public technical and governance references only. Product information, suitability, approval results, and site outcomes require confirmation with the relevant manufacturer and competent authority.
03This release provides no frequencies, power, target selection, navigation manipulation, governed response, forced landing, or remote-execution procedure. Every arrangement remains within an authorised written project scope.
NEWS FAQ / 06
Frequently asked questions on the SV-A analytic-RF safety-reference platform launch.
These answers further explain the SV-A release’s project positioning, fusion interfaces, parameter boundaries, and public-material scope.
RECORDRELEASE 06 / AIRSPACE GOVERNANCE FAQ
NEXT REFERENCE
CONTENT DISTRIBUTION / SHARE
Share this reviewed project release.
Opens the platform share interface in a new window.
Review the full ARC-PERIMETER perimeter solution.
A consolidated reference from microphone-array networking to layered perimeters and project validation.
How C-UAS Technology Supports Security Operations at Critical Infrastructure Sites
An educational, project-level guide for New Ark C-UAS readers that explains how counter-uncrewed-aircraft-system (C-UAS) technology can inform security operations at critical infrastructure sites without prescribing deployment or response procedures. It presents acoustic, RF, radar, EO/IR, and fusion as conditional information roles within a broader governance process, emphasizing context, uncertainty, responsible human review, lawful authority, protected services, safety offsets, and written validation.
Designing a Drone Detection Network for Large-Scale Industrial Facilities
A public, project-level educational guide that explains how facility stakeholders can frame requirements, governance, information roles, and validation for a layered drone-detection network—without turning the article into a deployment manual or a promise of detection performance. Acoustic, RF, radar, EO/IR, and fusion are presented only as conditional sources of information whose suitability depends on the site, environment, lawful purpose, and review process. The New Ark C-UAS perspective is practical and systems-oriented: align stakeholders, document constraints, preserve human accountability, and validate claims in writing before relying on them.