RF-centric workflows had clearer leverage.
Stronger RF dependence and less crowded low-altitude environments made conventional sensing assumptions easier to support.
AERIS MESH · PRODUCT CONCEPT · V0.7.4
Hear the approach before the warning window closes.
ADDS is the planned passive acoustic early-warning layer within AERIS Mesh, designed to evaluate whether a candidate low-altitude drone approach can be surfaced early, alert an operator, and support continued context refinement through distributed sensing.
Illustrative controlled-demo targets, not validated operational performance.
01Detect early.
02Alert before full refinement.
03Refine while warning time remains.
- 01Early cue
- 02Alert visible
- 03Mesh refinement continues
Why now
Low-altitude routes compress the time available to understand an approach.
Reduced-RF control approaches can reduce that leverage.
Reduced-RF and non-RF control approaches, including fiber-optic-controlled systems, can reduce the leverage of RF-centric detection assumptions.
This is broader threat-context framing only. It does not state or imply validated AERIS detection of RF-silent, fiber-optic, low-signature, or other specific drone classes.
The opening: evaluate a passive acoustic layer that may surface a candidate earlier, then evaluate whether distributed nodes can add context.
Why acoustic-first
Evaluate an additional passive cue for earlier awareness.
The concept evaluates passive sensing as an additional awareness layer. The planned mesh workflow would use system observations to refine operator context.
Passive acoustic sensing without an active acoustic probe
ADDS is being developed to evaluate acoustic signatures as a potential early candidate-event cue.
Evaluate useful warning time
The development objective is to surface a candidate cue while useful warning time may remain. This intended benefit remains subject to controlled validation, acoustic conditions and operating conditions.
Evaluate system corroboration
The development plan evaluates whether neighboring observations can improve direction, confidence, and event context. Any improvement remains subject to controlled validation and does not constitute independent truth.
Current: single-node prototype. Next: controlled validation. Later: multi-node corroboration.
Platform architecture
One bounded workflow, from first detection to human handoff.
AERIS Mesh is designed to carry a candidate through the planned Detection → Confirmation → Tracking → Mapping → Alert / Handoff workflow.
- 01 Detection Planned acoustic candidate cue
- 02 Confirmation Planned system-corroboration state; not independent truth.
- 03 Tracking Planned continuity state
- 04 Mapping Planned direction and context
- 05 Alert / Handoff Human review required
Warning-window logic
Alert first. Keep refining the picture.
The planned interface would surface a candidate warning before neighboring nodes complete the full context.
Illustrative controlled-demo sequence
Timing is illustrative and remains a controlled-demo planning sequence.
Simulated product interface
A clear warning picture, organized around operator attention.
Three scenarios show how route, cue, timing, confidence, and event emphasis can change inside one stable interface.
- Active cue
- Corroborating node
- Inbound candidate
- Inactive node
- Protected asset
Event sequence
Warning and refinement
The interface illustrates an early operator alert followed by continued mesh refinement. It does not represent live operational data or validated field performance.
Controlled validation
Turn the warning-time thesis into measured evidence.
The next evidence package should test timing, range, corroboration, continuity, and operator clarity under documented controlled conditions.
Acoustic baseline
Planning target: To be established through controlled testing.Repeatable candidate-cue observations
Preliminary cue
Planning target: To be established through controlled testing.Timestamped first-cue latency
System-corroborated candidate
Planning target: To be established through controlled testing.Documented planned-state timing
Useful warning window
Planning target: To be established through controlled testing.Protected-asset-relative sequence
Human review
Clear handoffComprehension and decision-path notes
Each target remains to be established through controlled testing; no validated operational-performance figure is stated.
Validation path
Build evidence before broadening the claim.
A narrow progression keeps each next step tied to what the prior stage can actually demonstrate.
-
01
Internal concept
Align the early-warning story and controlled interface.
-
02
Controlled validation
Measure cue timing, range, and warning-window value.
-
03
Pilot design
Define node placement, reporting, and review workflow.
-
04
Product hardening
Use documented evidence to guide reliability and packaging.
Release posture
A concept narrative with explicit operating limits.
PUBLIC INFORMATION WEBSITE · PRODUCT-CONCEPT COMPANION
This v0.7.4 site contains no live integrations or operational data and transfers no prior LegalOps approval.
MVP workflow
Detection → Confirmation → Tracking → Mapping → Alert / Handoff.
Human review remains required.
Outside the MVP
Jamming, interception, RF takeover, GNSS interference or jamming, spoofing, cyber takeover, autonomous response, active mitigation, offensive action, weaponized behavior, and operational site-protection guarantees.
Controlled materials boundary
This site is a product-concept companion, not a standalone investor case. Commercial, market, funding and pilot details are provided only through separately reviewed controlled materials.