< Capabilities / Continuous monitoring >
CONTINuous monitoring of critical national infrastructure.
Tell us what to watch for on your assets. LEWES keeps the data flowing from every sensor and site, including the ones that are hard to reach. MAYNE compares each new capture with the baseline you set and raises an alert, evidence attached, the moment something changes.
< 01 / The problem >
Your obligations have grown. Your operating model hasn't.
Operators face more scrutiny and more compliance obligations every year. Legacy monitoring and manual processes haven't kept up.
Complex operating environment
Asset integrity, site traffic, exclusion zones, substations, cable routes and incident response, often across dispersed sites that are hard to reach.
Expanding attack surface
As infrastructure gets more connected and data-dependent, the attack surface grows with it: cyber intrusion, maritime intrusion, RF disruption, GPS spoofing, drone reconnaissance, physical sabotage, supply chain compromise, sensor spoofing.
Fragmented visibility
Monitoring systems operate in silos with limited interoperability and no unified intelligence layer, leaving incomplete situational awareness across every domain.
Manual, reactive maintenance
Maintenance and risk mitigation run on fixed, point-in-time inspection cycles and manual processes: delayed anomaly detection, unnecessary vessel and workforce mobilisation, higher operational risk and cost.
Intensifying regulatory pressure
Resilience frameworks alongside economic and environmental strategy place a growing burden on operators to evidence compliance: risk management, incident response, supply chain assurance, environmental reporting.
Constrained ability to scale
As offshore and critical infrastructure capacity expands, the bottleneck moves from construction to efficient, resilient, data-driven operation.
Perimeter security alone can't carry this any more.
< 02 / Our solution >
Understand. Decide. Act.
An end-to-end operating model: understand your environment, make informed decisions, and act autonomously at scale.
Understand
01
Real-time situational awareness
MAYNE fuses data from imagery, real-time feeds, RF monitoring and structural telemetry into one operational picture, combined with LEWES's autonomous sensing for persistent, real-time awareness across every domain.
- Geo intelligence & EO/IR imagery
- Search, detect & track radar, SAR
- RF (SIGINT/EW) & pattern of life
- Open source & meteorological data
Decide
02
Faster, better decisions
MAYNE turns raw data into actionable intelligence: predictive analytics, anomaly detection and digital asset modelling move operations from reactive to informed and forward-looking.
- Anomaly detection across every connected sensor
- Early risk identification, backed by evidence
- Interventions prioritised on real-time data, not fixed schedules
Act
03
Autonomous response at scale
LEWES is the operational execution layer: autonomous inspection, dynamic tasking and coordinated response across UAVs, sensors and other connected assets, tasked through MAYNE, so a finding triggers a response.
- UAV tasking & inspection missions
- Maritime & sensor deployment
- Incident response & escalation
< 03 / Product >
LEWES
Connected autonomy
Command and control for remote, BVLOS operations.
LEWES is the operational command-and-control layer that connects assets, sensors and autonomous platforms into a single system, operating infrastructure remotely, safely and at scale, without needing an operator on site.
< LEWES integrates >
UAV fleets
Fixed sensing systems
Maritime awareness (AIS, radar, RF)
Surface & subsea autonomous platforms
LEWES / Tasked UAV on autonomous inspection
< LEWES provides >
01
Real-time command and control of UAVs, sensors and autonomous systems
02
Secure data transmission between remote environments and cloud-based intelligence systems
03
Coordination of distributed assets across turbines, substations and other connected sites
04
Remote BVLOS operations without an on-site operator
< 04 / Product >
MAYNE
Operational intelligence
One dashboard, every source, one operational view.
MAYNE consolidates data from every site and domain into a single, unified dashboard, giving real-time situational awareness and decision support in one place.
< MAYNE integrates >
UAV platforms & inspection systems
Fixed sensors
Maritime intelligence (AIS, radar, vessel behaviour)
RF spectrum monitoring
Structural & environmental telemetry
Third-party & open-source feeds
< Supports decisions on >
01
Predictive maintenance & asset health monitoring
02
Detection of operational anomalies and emerging risk
03
Maritime behavioural analysis and threat identification
04
Operational risk scoring and prioritisation
05
Integrated compliance reporting and audit trails
06
Real-time alerting and incident awareness
MAYNE / One dashboard, every source
LEWES + Mayne = Data fabric
LEWES and MAYNE together form the Data Fabric: the same core product across every deployment, independent of platform or analytics technique, and the foundation for continuous operational improvement as the record gets longer.
< 05 / Full capabilities >
Capabilities and outcomes.
Persistent site monitoring
Fixed sensors, autonomous UAV patrols, AIS intelligence, thermal and EO/IR monitoring, radar and RF integration, fused into vessel-behaviour analysis and wider threat intelligence.
Asset & infrastructure inspection
Autonomous blade, structural, corrosion, thermal, substation and cable-route inspection: periodic inspection cycles replaced by continuous operational awareness.
Onshore security operations
Autonomous perimeter monitoring, UAV patrols, thermal intrusion detection, smart access awareness, RF environment awareness and vehicle movement analytics.
Operational intelligence
Infrastructure readiness monitoring, operational anomaly detection, workforce operational awareness, incident management, maintenance coordination and compliance reporting.
Predictive maintenance
Condition-based maintenance, AI-assisted fault identification and risk-prioritised intervention planning: lower downtime and cost, fewer vessel mobilisations, longer asset lifecycle.
Digital twin & infrastructure intelligence
A continuously updated operational representation of every asset: condition models, structural degradation tracking, cable-route awareness and historical trend analysis.
< 06 / Why StirlingX >
Enablers and accelerators.
Delivery is enabled through regulatory alignment, secure architecture and strategic integration, not the platform alone.
Regulatory alignment
Supports compliance with operational resilience and cyber-security legislation, helping operators maintain fully auditable, transparent and compliant processes: continuous monitoring, incident detection, reporting and auditability that stands up at board level.
Secure and resilient by design
End-to-end encrypted communications, zero-trust operational architecture, identity-aware access, segmented infrastructure controls, secure edge and cloud processing. Resilience through distributed architecture, no single point of dependency, multi-layer sensing and degraded-environment capability.
SORA & operational permissions
Built for the Specific Operations Risk Assessment framework governing higher-risk UAV operations: BVLOS, operational complexity across dispersed sites, airspace integration, detect-and-avoid, operational redundancy and emergency procedures, with distributed pilot operations, remote command and edge autonomy.
Partners & ecosystem integration
Designed to integrate with existing third-party platforms and analytics capability, for a fast, flexible and scalable approach rather than rebuilding what already exists.
Open-source intelligence
MAYNE can incorporate external intelligence sources (open source and social sentiment, geolocation, corroboration) to broaden context and support operational decision-making.
See the control layer on your own estate.
Bring us the assets, the sensors already in place, and the questions you can't answer today. We'll show you what LEWES and MAYNE would flag on your infrastructure.