Models need to adapt
New environments, sensors and objects can expose gaps in model performance. Teams need a repeatable way to evaluate and improve deployed models using field observations.
Solution
Deploy, operate and improve AI across devices and sites.
A software and engineering solution built on Scaleout Edge, bringing together tactical computer vision, onboard drone AI and local model improvement within your infrastructure.

The problem
New environments, sensors and objects can expose gaps in model performance. Teams need a repeatable way to evaluate and improve deployed models using field observations.
Operational sites generate more footage than teams can review. Selecting useful observations and supporting annotation locally helps turn that data into training material.
Limited bandwidth and disconnected devices interrupt central workflows. Local processing and learning need to continue, with shared updates coordinated when links are available.
Initial applications
The initial focus combines tactical computer vision and AI for drones. Select the applications, devices and sites relevant to your evaluation, then expand the scope as results and requirements develop.
Establish detection, data selection, annotation and model improvement for counter-UAS, ISR or range surveillance using local observations.
Explore tactical computer visionDeploy models to onboard compute, retain observations during disconnection and synchronise with ground infrastructure. Validate the workflow against your chosen hardware in structured field evaluation.
Explore AI for dronesWhat comes together
The software platform manages model versions, deployment, reported metrics and federated learning within your chosen infrastructure.
Vision Ground Nodes support local inference, review and training. Edge AI Companions run models on onboard compute and retain observations for later synchronisation.
Scaleout engineers help establish models, data workflows and integrations, then support evaluation and knowledge transfer around the agreed application.
Connection changes
Devices run models and collect observations. Ground nodes support local review, annotation and training while the site’s local connections remain available.
The control plane coordinates cross-site learning and the distribution of approved models when sites are connected.
The affected site continues local work. Cross-site model exchange resumes when connectivity returns.
From evaluation to deployment
Agree the scope, success criteria and responsibilities at each stage. Progress depends on evaluation results, integration readiness and your deployment requirements.
Knowledge transfer helps your team or chosen partner take ownership of data workflows and model improvement as the deployment develops.
Connect selected data, models and equipment. Establish the workflow and baseline performance, and agree what should be tested in the field.
Evaluate with representative sensors and operating conditions. Check inference, local learning and behaviour through connection changes against the agreed requirements.
Onboard users, refine annotation and update workflows, and assess integrations. Validate learning across participating sites where this is part of the scope.
Expand to additional devices and sites as results support it. Agree ongoing support, operating responsibilities and the security requirements for deployment.
Get started
Tell us about your application, sensor feeds, equipment and sites. Work with Scaleout engineers to define a useful starting point and the evidence needed to decide what comes next.
Provides software and engineering support for the agreed workflow, including model adaptation, integration, evaluation and training for the customer team.
Provides domain expertise, data access, equipment and operating requirements. Retains control of model approvals, operational decisions and the direction of further development.
Can supply hardware, systems integration, annotation personnel or on-site support. Responsibilities are agreed around your procurement and operating arrangements.
Security requirements and accreditation support are scoped around your environment. Your operational data, trained models and decisions remain under your control.
Discuss an evaluation