Sensor Agnostic
Aggregate multi-modal sensor ecosystems onto a single platform.
Operationalise sensor-driven systems at the edge
Combine multiple sensors, algorithms and workflows onto a single platform for
health monitoring and physiology research.
Edge first design for disconnected, mission-critical environments.
Synchronise data capture
Align data streams across multiple devices and modalities.
Real-Time Feedback
Execute workflows locally at the edge with immediate insight.
Remote Monitoring
Monitor, manage and support deployments from anywhere.
What is Nexus
An infrastructure layer for multi-modal, sensors-based systems.
01
Unify
A common infrastructure to combine sensors, algorithms and workflows into a single platform.
02
Extend
A modular plugin architecture to simplify addition of new devices, capabilities and workflows.
03
Record
Edge storage and processing to maintain a complete operational record at the point of use.
04
Control
A common operational interface that enables local and remote system management.
Why Nexus
Transform sensors, algorithms and workflows into a single operational system.
Orchestrate
Coordinate sensors, algorithms and operational workflows through a common execution layer. Nexus manages data flow, synchronisation and execution across heterogeneous devices without requiring bespoke integration between components.
Standardise
Establish common interfaces, shared data models and centrally managed workflows across deployments. Integrate diverse sensors and devices while maintaining consistent outputs, configuration and operational behaviour.
Scale
Extend deployments through standardised plugins, additional sensors and specialised edge nodes. Systems can evolve from compact standalone configurations to distributed architectures without redesigning the platform.
Manage
Maintain visibility and control across deployed systems through local interfaces, remote access and operational telemetry. Configure devices, update workflows and support deployments from a single operational environment.
Platform architecture
Designed to place system intelligence at the edge.
Reference hardware runs the Nexus software stack. The final topology is configured around the operational use case, from compact standalone deployments to distributed node-based systems.
Sensors
Wearables
Environmental sensors
Cameras
Custom devices
Nexus Edge
OrchestrationWorkflow execution, resource
management,
monitoring
Algorithm RuntimeExecution, scheduling, state
management
Local Data & MessagingStorage, pub/sub
messaging, offline
operation
Applications
Monitoring
Operations
Research workflows
Custom apps
Plugin ArchitectureStandardised extension for sensors,
algorithms and
workflow
apps.
Edge FirstOperate locally without dependency on continuous
connectivity.
Real-Time ExecutionRun computations where the data are
generated.
Hybrid ControlUse local autonomy with optional remote visibility
and
access.
USE CASES
Built for space and extreme environments.
Designed for organisations that need sensor-driven systems to work in constrained, remote or operationally sensitive environments.
Astronaut Training Facilities
Support operational monitoring and performance assessment during training activities.
Analogue Missions
Deploy sensing and workflow systems in remote environments.
Multi-modal Research
Accelerate validation of sensors, algorithms and operational concepts.
Future Exploration Systems
Support autonomous monitoring concepts for long-duration missions.
Technical foundations
Engineered for edge deployment.
Offline First
Designed to function without continuous connectivity.
Sensor Agnostic
Support heterogeneous devices through standardised interfaces.
Plugin Based
Extend capabilities without redesigning the platform.
Hybrid Deployments
Operate locally, remotely or in hybrid configurations.
Deterministic
Run algorithms and workflows consistently at the point of use.
About Nexus
Built for real-world challenges.
Nexus was founded by a team of software engineers and product strategists with decades of experience delivering sensor-driven technologies and complex IT systems. It originated as a sensor-based solution to address degenerative bone health, but through engagement with stakeholders across healthcare and space, we repeatedly encountered the same challenges: integrating sensors, managing data and deploying technologies across different environments.
Recognising these challenges extended beyond a single application, Nexus evolved into a broader infrastructure platform, providing the foundations needed to capture data, orchestrate sensors and operationalise sensor-driven systems.
Contact
Interested in Nexus?
Get in touch to discuss applications in space operations, analogue missions, research environments and sensor-driven systems.