Sailient
Technology
The foundation under every environment: software, AI, hardware, sensors, edge computing, networking and the systems that join them.
Sailient technology
Not only hardware. Not only software. Systems.
Five layers, designed together — from the sensor that observes to the intelligence that helps a person decide.
- IntelligencePerception, fusion and decision support — a person stays in control.
- ConduitThe software layer that connects systems and information.
- Network / EdgeProcessing on site and links that hold without fixed infrastructure.
- HardwareCompute, electronics, energy and devices.
- SensorsOptical, thermal, acoustic and radio sensing.
Technology concepts
Cross-domain systems.
Concepts that are not tied to one environment — each is intended to work on land, at sea, in the air and below ground alike. Every entry is labelled as what it is: a concept, a candidate or a component inside the system. None is a product in production.
Sensing
Radar, optical, infrared, chemical and passive sensing — used across every environment.
Technology · Sensing
GlareConcept
Detection of directed optical and laser observation.
- Sensing
Edge
Compute and sensor hubs on site, so a decision does not depend on a distant data centre.
Technology · Edge
EchoConcept
A rugged acoustic and seismic sensor hub.
- Sensing
- Edge compute
Technology · Edge
NucleusCandidate
An edge compute module.
- Edge compute
Technology · Edge
VertexCandidate
An edge compute node for sensor fusion.
- Edge compute
Networking & Communications
Links, relays and spectrum awareness that keep systems connected without fixed infrastructure.
Technology · Networking & Communications
BeamConcept
A point-to-point optical link.
- Network
Technology · Networking & Communications
SignalConcept
Frequency monitoring and awareness.
- Network
Technology · Networking & Communications
WeaveConcept
An encrypted mesh radio relay.
- Network
Technology · Networking & Communications
FieldLinkCandidate
Edge connectivity for teams.
- Network
Technology · Networking & Communications
RelayCandidate
Relay hardware for field networks.
- Network
Technology · Networking & Communications
NodeLinkCandidate
A distributed edge node.
- Network
- Edge compute
Systems & Command
Where everything comes together in front of the person who decides.
Technology · Systems & Command
RedoubtConcept
A deployable command container, standard footprint.
- Conduit
- Operator
Intelligence Layer
Named software components that turn what sensors, edge and networks deliver into one picture and coordinate autonomy. Components inside the system, not products of their own.
Technology · Intelligence Layer · Component
LumenConcept
Visual data fusion, object detection and bringing the situational picture together — for air and sensing systems.
Technology · Intelligence Layer · Component
PulseConcept
Edge synchronisation and network resilience — for communications and edge systems.
Technology · Intelligence Layer · Component
ApexConcept
Navigation and autonomy orchestration — for ground, maritime and air autonomy.
Support Systems
Systems that run across every area: keeping equipment ready, and the people who operate it trained.
Technology · Support Systems
DepotConcept
Spares, maintenance state and readiness tracking.
- Operator
Technology · Support Systems
DrillConcept
Operator training and mission rehearsal.
- Operator
Technology
AI inside the system.
AI at Sailient sits inside the system rather than on top of it: recognising objects in sensor data, fusing detections from different sensors into one picture, and helping a person decide faster.
It does not act on its own where an action changes something outside the system. That decision stays with a named person, and the system records it.
Networking
Field & Edge Network
Software and hardware intended to keep systems and teams connected and computing where fixed infrastructure is unavailable — one family across every environment.
- Conduit Mesh
Software-defined network layer
- All networking concepts and candidates
Weave · Beam · Anchor · FieldLink · NodeLink · Relay
Across the environments
Five environments, one system.
- + Land
Intelligent systems for terrestrial environments — sensing, mobility and connected field systems.
- + Sea
Intelligent systems for maritime and coastal environments — persistent sensing and connected systems across complex environments.
- + Air
Intelligent systems for aerial environments — observation, navigation and connected systems from above.
- + Space
A research direction for software, sensing, communications and systems extending into orbit.
- + Subterranean
Intelligent systems beneath the surface — sensing, connectivity and edge systems where signals and daylight do not reach.