“We provide an integration-ready acoustic technology core so partners can build local, branded low-altitude security products within clear system boundaries, product control, and project responsibility.”
NEWSROOM / 01
Perimeter-deployment news and
low-altitude sensing updates.
The New Ark newsroom publishes company announcements, product progress, partnership information, and reviewed industry updates around passive sensing, safe perimeters, site-specific deployment, and multi-sensor coordination. Each item is clearly identified by publication date, source category, and project context.
NEWS RECORD INDEX / DATE ORDER
Start with the latest verified record.
Combine record type, topic tags, and keywords to navigate the bilingual newsroom ledger without losing its source and publication context.
Acoustic Drone Detection vs. RF Detection: Why Critical Infrastructure Needs Multiple Sensors
A governance-first comparison of passive acoustic and RF information roles for airports, energy facilities, ports, data centres and other critical infrastructure. It explains conditional evidence, protected services, accountable review, lawful authority, integration and written validation—not a sensor prescription, placement plan, threshold, signal-control method or performance claim.
Europe Weighs Drone-Response Roles for Critical Infrastructure: Policy Context, Not Site Authority
A source-qualified Reuters policy record on European discussion of critical-infrastructure operator roles around drones, with authority, liability and site-specific boundaries retained.
Silynxcom Announces Wearable Acoustic Drone-Warning Development: A Prototype-Stage Signal
A source-qualified company-announcement record on Silynxcom's stated prototype-stage wearable acoustic drone-warning platform, separated from validation, availability and fixed-site conclusions.
NATO Black Sea Surveillance Reinforcement: Maritime Context, Not a Commercial C-UAS Conclusion
A source-qualified Reuters record of NATO's announced Black Sea surveillance reinforcement, preserving attribution, maritime-service and commercial-project boundaries.
Claims Concerning Saudi Energy Sites and Airports: Attribution Is Not a Protection Requirement
A source-qualified review of attributed claims concerning Saudi energy sites and airports, separated from verification, protection requirements and C-UAS conclusions.
Abyei Market Strike Reporting: Reported Harm and Attribution Need Independent Evidence
A source-qualified review of reported harm and attribution in an Abyei market-strike account, separated from independent findings and C-UAS conclusions.
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COMPANY NEWS / 01
New Ark launches an open-architecture acoustic detection platform for partner-branded low-altitude security systems.
Hong Kong New Ark Intelligent Technology Limited introduced the Acoustic Detection Array, an open-architecture passive sensing platform that provides pre-engineered acoustic-processing PCBA, embedded algorithms, and integration references for equipment manufacturers, system integrators, and technology partners worldwide.
What is acoustic drone detection? A passive sensing reference for high-hazard oil & gas facilities.
This release explains how distributed microphone arrays can contribute passive acoustic information to low-altitude assessment at high-hazard oil and gas sites, bounded by safe offsets, multi-sensor corroboration, and written validation.
Acoustic vs. RF drone detection: why fusion supports industrial-perimeter assessment.
This technical explainer frames passive acoustics and RF reception as complementary information inputs, discussing safe offsets, corroboration, accountable human roles, and written validation for industrial-perimeter projects.
New Ark launches ARC-PERIMETER passive acoustic C-UAS for oil & gas critical infrastructure.
For refineries, LNG terminals, tank farms, offshore platforms, and chemical parks, the release frames passive acoustic input, safe offsets, multi-sensor corroboration, and human authority as project references.
New Ark launches the SV-A analytic-RF safety reference platform for compliance-first airspace governance.
The platform frames project-level identification, governed interfaces, and audit across radar, acoustic, EO/IR, and C2 integration, placing authorisation, communications protection, EMC review, and written validation before capability discussion.
New Ark launches ARC-PERIMETER acoustic-array networking for layered low-altitude security.
Built on passive acoustic sensing and a safe-perimeter-first principle, the release presents a scalable project reference from single sites to multi-region coordination.
TECHNICAL REFERENCE / 02
Platform capability references disclosed in the release.
The information below is drawn from the company press release dated 1 September 2026 and is presented for newsroom context. Actual capability depends on site, target, environment, integration conditions, and project validation.
Detection range
Multirotor 500 m+ · Fixed-wing 5 km+
Array coverage
120° per array · 360° with three arrays
Concurrent targets
16+ per array · 48+ with three arrays
Channel configurations
64 / 128 / 192
Environmental reference
−30 °C to +65 °C · IP65
Network topology
Multi-node mesh · Up to 16 arrays
OPEN INTEGRATION MODEL / 03
Open collaboration structured around integration and verifiability.
The open integration model described in the release supports partners working according to their own product plans, brand strategy, assembly capability, and project responsibility.
Core module supply
Pre-engineered PCBA, embedded algorithms, technical documentation, and reference designs for partner integration discussions.
Algorithm SDK & API
Acoustic processing and multi-sensor fusion integration through interfaces including C/C++ and Python.
Technology-transfer support
Project-led production coordination across PCB files, BOM, assembly design, software licensing, and process guidance.
PRESS RELEASE SUMMARY / 04
From low-altitude blind-zone awareness to systematic passive-acoustic integration.
The release describes information gaps that may occur when operating at low altitude, in complex background conditions, behind buildings or terrain, or in low light and adverse weather. Using acoustic fingerprints, beamforming, and TDOA, the platform provides a passive sensing input for multi-target discovery, classification, and location assessment, with TCP/IP and MQTT interfaces for connection to existing security platforms.
PCBA delivery01PASSIVE ACOUSTIC · OPEN ARCHITECTURE
INDUSTRY UPDATES / 05
Perimeter-sensing industry updates reviewed against public sources.
This section publishes industry updates on low-altitude security, passive sensing, fibre-optic UAV contexts, multi-sensor fusion, and safe-offset deployment for critical infrastructure. Every item identifies its source category, date, applicable context, and validation boundary.
Skylock and Insignito announce passive-acoustic integration for multi-layer C-UAS.
Using the companies’ public announcements and Romania NATO trial background coverage, this note reviews passive acoustics as a complementary multi-sensor input—not a NATO standard or performance finding.
UK Army trial highlights layered acoustic and RF drone awareness.
Using British Army public training reporting and independent coverage, this source-qualified record discusses acoustic, RF, and other authorised inputs for cautious multi-sensor assessment; it is not a performance or deployment finding.
Zvook vehicle-mounted passive acoustic sensing test: from fixed nodes to a mobile reference.
Using a company-reported test, independent coverage, and the official BATT26 exercise context, this record discusses fixed, distributed, and mobile sensing topology; it is not a procurement, adoption, or performance finding.
Vilnius Airport alert: why detection is not identification.
Using Lithuanian-authority information relayed through public reporting and independent cross-checks, this record examines evidence correlation and human review after a possible-drone alert was identified as birds.
2026 C-UAS-related procurement: public records and the global-total boundary.
Reviews traceable public announcements from the United States and Poland, distinguishing contract ceilings, national orders, and an unverified global aggregate; it is not a market forecast or local-procurement recommendation.
NATO Allies announce an over-US$40 billion five-year counter-drone investment commitment.
Using NATO's official announcement, this record distinguishes the Allied investment commitment and Drone Edge context from a central budget, a single contract, or any site-specific outcome.
Indra unveils DRIZZLE at UNVEX: the 130 km figure is configuration-dependent.
Using Indra's public release, this record distinguishes the approximately 80 km standalone statement from around 130 km mothership-supported reach; it is not independent validation or a procurement finding.
Airport drone event: 360° perimeter review and analytic RF-system context.
Using a public news video, this note examines sensing, alert coordination, analytic RF review, human authority, and protection of aviation communications and navigation; it is not an incident or system-performance finding.
High-risk industrial facilities, low-altitude risk, and a window for passive acoustic awareness.
An industry observation on safe offsets, passive acoustic perimeter awareness, multi-sensor corroboration, and project-level compliance boundaries; it is not a finding about a specific event or system outcome.
New Ark releases the ARC/PERIMETER safe-offset project reference for high-risk industrial security.
The release structures project discussion around hazardous areas, external safe buffers, perimeter information input, multi-sensor corroboration, human authority, and written validation.
New Ark introduces the ARC-PERIMETER™ AI Acoustic Fence concept.
The concept forms a virtual sensing perimeter with distributed acoustic nodes for discussing acoustic information input, multi-sensor coordination, and written validation in low-altitude security projects.
