Turn fragmented sensor ecosystems into operational platforms

Combine sensors, algorithms and operational workflows for human health monitoring and physiology research into a platform you control.

Built for disconnected, distributed and mission-critical environments

Sensor Agnostic

Aggregate multi-modal sensor ecosystems onto one platform.

Multi-sensor sync

Align data streams across multiple devices and modalities.

Real-Time Feedback

See activity metrics and get feedback on data quality in real time.

Remote Monitoring

Monitor, manage and support deployments from anywhere.

What is Nexus

A platform to manage multimodal, sensor-based systems

Nexus provides an infrastructure layer that decouples sensors, computations and applications.

Enabling organisations to reassemble components into custom workflows and create flexible capabilities that can evolve without repeatedly rebuilding the underlying platform.

Unify

Common infrastructure to integrate sensors, algorithms and workflows into a single platform.

Coordinate

Flexible workflows that combine sensors, algorithms and operational context into repeatable capabilities.

Extend

Modular plugin architecture that simplifies addition of new devices, algorithms and capabilities.

Control

Flexible deployment options that provide operational control via local and remote access.

Why Nexus

Turn fragmented sensor ecosystems into structured, scalable capabilities.

Nexus provides the freedom, structure and flexibility needed to transform collections of sensors, analytics and technologies into coordinated capabilities that can be standardised, scaled and managed over time. Create consistency without constraining innovation.

Orchestrate

Turn fragmented sensor ecosystems into repeatable capabilities.

Combine sensors, analytics and activity-based context into configurable workflows that support research, monitoring and operational objectives. Capture synchronised, tagged datasets, reduce manual processing and create consistent protocols that can be adapted as requirements evolve.

Standardise

Enable consistency without constraining innovation.

Establish common frameworks that support organisational and ecosystem alignment on sensor types, data models, sensor placement and operational protocols, while providing the flexibility to adapt those standards as needed. Improve comparability across studies, facilities and environments without constraining research and innovation.

Scale

Add capabilities or progress solutions without redesigning infrastructure.

Expand systems iteratively, plugging in new sensing and analytical capabilities without redesigning existing technology stacks or workflows. Develop devices, algorithms and models on infrastructure that can support progression from pilot to operational deployment, avoiding heavy resource and development costs.

Manage

Maintain operational control over systems no matter the complexity

Maintain visibility and control as capabilities evolve from individual research systems to distributed or multisite deployments across complex and remote environments.

Monitor system health, roll out updates and deploy new applications remotely while enabling reliable local operation in disconnected or communication-constrained settings.

How it works

Designed to place operational intelligence at the edge

Nexus places sensing, computation and workflow execution where the data is generated, reducing dependence on continuous connectivity and centralised infrastructure. Sensors, algorithms and applications are connected through a common runtime that enables local operation, real-time execution and scalable deployment across research, operational and mission-critical environments.

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

Edge FirstPlace sensing, computation and workflow execution where data is generated.

Offline FirstMaintain full operational capability including local data storage when disconnected.

Plugin ArchitectureExtend sensors, algorithms and applications without redesigning the platform.

Hybrid AutonomyFull system control and insights available via local and/or remote access.

Technical capabilities

Built for disconnected, distributed and mission-critical environments

Nexus combines edge-first design, local autonomy and a modular architecture to deliver capabilities that support reliable operation across research, operational and remote environments.

Sensing

Sensor agnostic

Integrate multiple sensor types and connected devices through a common interface.

Multi-sensor synchronisation

Align data streams across devices and modalities to create synchronised datasets.

Standardise

Real-time execution

Execute workflows, analytics and quality assurance processes at the point of data collection.

Intelligent data transfer

Process data locally and only transmit required metrics to reduce bandwidth demands.

Edge processing

Remote management

Monitor system health, deploy updates and support deployments from anywhere.

Local autonomy

Maintain independent local operation while enabling remote visibility and oversight.

Reliability

Deterministic operation

Execute workflows consistently and predictably across deployments and environments.

Local data storage

Retain data locally during operation, synchronising when connectivity becomes available.

Application framework

Integrate, don't replace.

Embed multi-sensor orchestration capabilities in your own software.

Integrate Nexus capabilities into existing operational applications or leverage Nexus as the infrastructure layer to pilot and scale bespoke new solutions.

The Nexus application framework provides a simple two-way comms interface to manage Nexus systems, providing control over edge devices, sensors, analytics and workflows. Gain multi-sensor orchestration capabilities without the need to build infrastructure.

Deployment models

Architected to scale with requirements

Nexus deployments can be configured from a range of interoperable hardware and software components, enabling systems to scale from standalone research platforms to distributed operational architectures. Combine gateway, edge, worker and compute nodes to meet sensing, processing and operational requirements while maintaining a common platform and deployment model.

Nexus Edge

Operates as a standalone platform or acts as the primary orchestration node, managing sensors, workflows and distributed deployments.

Nexus Gateway

Provides a reliable BLE communications layer for high-throughput sensor integration and data collection.

Expansion node

Extend connection, compute and storage capabilities. Deployable as fixed infrastructure or wearable body nodes.

AI node

Provide additional processing capacity for computationally intensive analytics, algorithms and AI workloads.

Applications

Supporting research, operations and exploration across challenging environments

Designed for organisations that need sensor-driven systems to work in constrained, remote or operationally sensitive environments.

Space exploration programmes

Support human health monitoring, operational research and future exploration concepts across analogue, testing and mission environments.

Ground analogue facilities

Deploy integrated sensing, monitoring and operational workflows in remote, isolated and operationally constrained environments.

Health and performance research

Accelerate development, validation and deployment of multimodal sensing technologies and analytical capabilities for healthcare, sports and space physiology research.

Distributed remote sensor deployment

Coordinate sensing, computation and operational activities across geographically distributed locations and environments.

Supports:

Remote Monitoring
Multimodal Research
Technology Validation
Algorithm & AI Development

About Nexus

Created to address 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 or sensor-driven systems.