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Sky Shadow Systems Request a briefing
Air, surface, subsea and edge system nodes connected to ShadowCore, with human command and evidence layers above.
Concept visualisation — not a photograph of deployed hardware.

Human-commanded multi-domain architecture

One autonomous ecosystem. Air. Surface. Subsea. Edge.

Distributed sensing is organised into one coherent operating picture through ShadowCore, with governed agent assistance and accountable human command across five canonical system roles.

Request a Private Briefing Explore the Ecosystem

01 / Advanced sensor fusion

From heterogeneous inputs to a confidence-aware mission picture.

The public pipeline shows correlation, confidence and provenance before an explicit human authorisation gate. It does not claim sensor performance or automatic consequential action.

Discuss a Fusion Architecture

Sensor fusion pipeline

Inputs to accountable decision
Sensor fusion and human authorisation pipeline EO/IR, RF, radar, acoustic and AIS inputs pass through correlation, a fused track and a confidence-scored decision card. A non-bypassable human authorisation gate precedes the evidence record. RAW INPUTS EO / IR RF RADAR ACOUSTIC AIS CORRELATIONALIGN SOURCES FUSED TRACKSHARED PICTURE DECISION CARDCONFIDENCESCORED HUMANAUTHORISENON-BYPASSABLE GATE EVIDENCERECORD NO AUTOMATIC BYPASS Sensor fusion pipeline, vertical layout Five raw input types progress through correlation, fused track, decision card, human authorisation and evidence record. The human gate has no automatic bypass. RAW INPUTS EO / IR RF RADAR ACOUSTIC AIS CORRELATIONALIGN SOURCES FUSED TRACKSHARED PICTURE DECISION CARDCONFIDENCE SCORED NO AUTOMATIC BYPASS HUMAN AUTHORISATIONACCOUNTABLE REVIEW GATE EVIDENCE RECORDDECISION TRACE
EO/IR, RF, radar, acoustic and AIS inputs are correlated into a fused track and a confidence-scored decision card. Consequential action cannot pass the distinct human authorisation gate automatically; the resulting decision is recorded as evidence.

02 / One common operating system

One operating layer for context, judgement and evidence.

ShadowCore is the sole primary public operating and intelligence layer across the ecosystem. It organises information and recommendations; it does not replace accountable human command.

Request a ShadowCore Briefing

Ecosystem architecture

Five systems / human command / evidence
Sky Shadow five-system ecosystem architecture PHOBOS, Sea Ghost, Sea Shadow and Shadow Node connect to ShadowCore. ShadowCore connects to a human command layer and an evidence layer. Air, surface and subsea bands show each operating domain. AIR SURFACE SUBSEA PHOBOS VTOL AIR SYSTEM SEA GHOST SURFACE SYSTEM SEA SHADOW SUBSEA SYSTEM SHADOW NODE EDGE COMPUTE + FUSION SHADOWCORE OPERATING + INTELLIGENCE HUMAN COMMAND AUTHORISE + REVIEW EVIDENCE TRACE + RECORD Sky Shadow five-system ecosystem architecture, vertical layout A vertical mobile layout shows PHOBOS, Sea Ghost, Sea Shadow and Shadow Node feeding ShadowCore, with human command above and evidence below. HUMAN COMMAND AUTHORISE + REVIEW SHADOWCORE OPERATING + INTELLIGENCE PHOBOS AIR SYSTEM SEA GHOST SURFACE SYSTEM SEA SHADOW SUBSEA SYSTEM SHADOW NODE EDGE COMPUTE + FUSION EVIDENCE RECORD
PHOBOS, Sea Ghost, Sea Shadow and Shadow Node connect through ShadowCore. Accountable human command remains the authorisation layer, while the evidence layer preserves the decision record.

03 / Governed agentic architecture

Agents that propose. Humans that approve.

Agent assistance is framed as bounded engineering and operational support. The page remains gated until each authority, verification, recording and failure-handling statement is evidenced as actual practice.

Request a Governance Briefing

04 / Five systems

Five systems. One coherent architecture.

Distributed sensing is organised into one coherent operating picture through ShadowCore, with governed agent assistance and accountable human command across five canonical system roles.

05 / Engineering foundation

Research themes connected by evidence and human approval.

Technology content explains engineering methods and governance gates. Restricted detail and unverified performance remain outside the public site.

Discuss a Technical Review

06 / Sectors

Start with the mission, then select the architecture.

Solution pages describe buyer context, decision points and governance needs. They do not claim that one fixed platform or sensor set fits every environment.

01

Ports and harbours

Frame approaches, waterside assets, perimeter context, escalation and evidence needs before selecting systems.

02

Offshore energy

Build awareness around dispersed assets, access routes and operating constraints without assuming one coverage model.

03

Subsea infrastructure

Define routes, review points, maintenance context and evidence handling for underwater assets.

04

Critical infrastructure

Combine fixed-site, edge and mobile roles around lawful authority, site context and a clear operator workflow.

Map a Mission Requirement

07 / Deployment pathway

From mission context to deliberate scale

Deployment pathway

From mission context to deliberate scale
Five-stage deployment pathway The buyer journey moves through Map the mission, Select architecture, Controlled pilot, Train and govern, then Scale deliberately. Each stage identifies a typical input and output without asserting deployment status. 01MAP THEMISSION IN: CONTEXTOUT: PROBLEM DEFINITION 02SELECTARCHITECTURE IN: MISSION NEEDSOUT: PROPOSED MIX 03CONTROLLEDPILOT IN: AGREED SCOPEOUT: EVIDENCE RECORD 04TRAIN +GOVERN IN: OPERATING ROLESOUT: APPROVAL ROUTE 05SCALEDELIBERATELY IN: REVIEWED EVIDENCEOUT: CONTROLLED DECISION HUMAN REVIEW AND LAWFUL-USE SCREENING REMAIN ACTIVE ACROSS EVERY STAGE Five-stage deployment pathway, vertical layout Five stacked stages show the input and output for mission mapping, architecture selection, a controlled pilot, training and governance, and deliberate scale. 01MAP THE MISSIONIN: NON-CLASSIFIED CONTEXTOUT: PROBLEM DEFINITION 02SELECT ARCHITECTUREIN: APPROVED MISSION NEEDSOUT: PROPOSED SYSTEM MIX 03CONTROLLED PILOTIN: AGREED SCOPEOUT: EVIDENCE RECORD 04TRAIN + GOVERNIN: OPERATING ROLESOUT: APPROVAL ROUTE 05SCALE DELIBERATELYIN: REVIEWED EVIDENCEOUT: CONTROLLED DECISION HUMAN REVIEW ACROSS ALL STAGES
The pathway starts with non-classified mission context, moves through architecture selection and a controlled pilot, then establishes training and governance before any deliberate scale decision. Human review and lawful-use screening remain active throughout.

08 / Controlled qualification

Tell us the mission context. Keep sensitive detail out of the form.

This is the single primary conversion point. It must explain what is submitted, what is reviewed, what screening may apply and what a qualified party may receive.

Submit for Review