Management software senses

data protectiondata analysismeasurement

Overview
Discover AMORPH.senses, a 3D perception software solution that combines LiDAR sensing and advanced point-cloud processing to provide real-time spatial intelligence. The platform delivers millimetre-level measurements and reliable tracking of people and objects while operating with a privacy-first design and GDPR-compliant data handling. Typical deployments include airports, traffic management, retail venues, smart cities and industrial sites.

Core capabilities

• Real-time people tracking: detection and movement analysis of individuals and groups, crowd density, queue times and flow patterns without capturing personal identities.
• Object tracking: detection and classification of moving objects such as luggage, equipment, vehicles and assets in 3D space.
• Millimetre precision: high-resolution LiDAR point-cloud processing for accurate position and distance measurements.

Software platform features

• Real-time tracking engine for continuous position and trajectory estimation.
• Sensor fusion and data processing to combine LiDAR with complementary sensors for enhanced situational awareness.
• Live dashboards and analytics for operational monitoring and historical analysis.
• Flexible APIs for integration with existing analytics, control and reporting systems.
• Cloud or on-premise deployment options with hardware-independent architecture.

The LiDAR Planner
The LiDAR Planner is a browser-based design tool to plan and validate optimal sensor layouts prior to installation.

• 3D environment simulation
• Automatic coverage calculation
• Blind-spot detection
• Multi-sensor layout validation
• Browser-based, no local installation required

Hardware & deployment
AMORPH.senses is delivered with recommended hardware setups and edge devices for flexible deployment scenarios.

• Embedded edge computing devices with WiFi and 4G/5G support for mobile or wireless installations.
• Metal enclosure options and multiple mounting kits for mechanical integration.
• Integrated power supply options and deployment-ready LiDAR sensors (hardware-agnostic approach).

Advantages & benefits

• Privacy-first sensing: LiDAR-based detection captures no personal identity data; GDPR-compliant operation.
• Actionable operational intelligence to support decision-making across airports, transport networks, public spaces and industry.
• Efficient area coverage reduces cost per m² and total cost of ownership through fewer sensors and wireless connectivity.
• Dynamic queue detection, instant operational alerts and improved crowd and flow management.
• Seamless integration with analytics platforms and scalable deployments for temporary events or permanent installations.

Use cases

• Airport perimeter security, intrusion classification and alarm validation.
• Passenger flow analysis and operational decision support within terminals.
• Traffic monitoring: wrong-way detection, vehicle classification and intersection safety (vulnerable road user protection).
• Retail and venue crowd intelligence, queue analysis and operational planning.

Technical specifications

• Precision: millimetre-level measurement capability using LiDAR point-cloud data.
• Detection types: people and object classification and tracking in 3D space.
• Privacy: privacy-by-design (no cameras required; no personal data capture; GDPR-compliant).
• Processing: real-time tracking engine with sensor fusion and live analytics.
• Deployment: cloud or on-premise; supports edge computing, WiFi and 4G/5G devices.
• Hardware: metal enclosure options, multiple mounting kits, integrated power supply; hardware-independent sensor support.
• Tools: browser-based LiDAR Planner — 3D simulation, automatic coverage calculation, blind-spot detection, multi-sensor validation.
• Integration: flexible APIs and live dashboards for operational monitoring and alerts.
• Operational features: dynamic queue detection, instant operational alerts, mobile & wireless deployments.