You know what to look for.
Bring context to your dataset. Review annotations and catch the details a model needs to learn.
Sivela is being built to streamline the entire computer vision workflow, helping companies turn image data into models tailored to their specific tasks and real-world deployment environments.
One workspace brings the whole team together.
Tailored to your task. Ready for your environment.Looks good. Ready for the next step. Morgan · Example review
Compare sample configurations for object detection.
Follow a clear sequence instead of assembling a stack of tools. Review each step in a visual workspace, then go back and improve your data when the results show what is missing.
Bring your images together and create synthetic variations. Explore different lighting, backgrounds, and edge cases before you start labeling.
See it with your teamLooks good. Ready for the next step. Morgan · Example review
Compare sample configurations for object detection.
Your use case and deployment environment guide the work from the start. Model adaptation, inference optimization, and delivery belong in the same process.
Tell us what the model should recognize, where it will run, and the response time and workload your application needs. Start with what you know; we help scope the rest.
Fine-tune on your examples and optimize the runtime for the agreed architecture. Evaluate prediction quality and performance together on representative inputs.
Bring the model, runtime, and target configuration into your infrastructure with documented inputs and outputs. Your team connects it to the application.
A tailored model. An optimized runtime. A clear integration path. Packaged around your agreed environment, with the serving setup already brought together.
Hardware compatibility, operating requirements, and integration responsibilities are confirmed with the deployment scope.
You know your products, your customers, and the work that takes too much time. Bring that knowledge into the project, with technical help where you need it.
Bring context to your dataset. Review annotations and catch the details a model needs to learn.
Explore what your team is building, understand the next decision, and move the project forward together.
// Example response
{
"model": "components-v2",
"predictions": [
{ "label": "bearing" },
{ "label": "hex_nut" }
]
} Work with your developer or technical partner to compare results and connect the model to the tools your business uses.
You get more than a trained model: a solution shaped around the job you need it to do, the hardware you have, and the application it needs to work with.
Tell us what you needFine-tuning on your examples helps the model recognize the products, conditions, and exceptions that matter to your business. Evaluate it on your real use case.
Relevant predictions, grounded in your data.We adapt how the model runs to your hardware and workload, balancing prediction quality, response time, throughput, and memory against your requirements.
A configuration chosen for the infrastructure you use.The model, runtime, and configuration arrive together for the agreed target. Your team gets a clear integration path, with less serving infrastructure to assemble.
From a model artifact to an application-ready delivery.Clear steps for better image data and a pilot your team can evaluate.
A practical checklist for teams preparing their first computer vision dataset. Focus on coverage, clear labels, and an evaluation set you can trust.
Read the guideDefine the task, the evidence, and the handoff before training a model. Use this guide to scope an evaluation that answers a business question.
Read the guideHave something more specific in mind?
Bring it to your demoDescribe your hosting setup, CPU or GPU, expected workload, and application. The delivery brings the model, inference runtime, and configuration together in a package for the agreed environment. Your team deploys it on that infrastructure and connects its application to the prediction API. Hardware compatibility and resource requirements are confirmed as part of the project.
There are two parts: fine-tuning the model on your examples to improve task-specific predictions, and optimizing how inference runs on your target hardware. Accuracy, response time, memory, and throughput are evaluated together on representative inputs. The aim is a practical fit for your workflow, not a generic performance promise.
Sivela is designed around a focused project, not a large AI department. Start with one task, such as sorting product photos or checking whether an item is present. The visual workflow connects data preparation, annotation, training, and prediction review, so your team can follow the whole process in one place.
Existing product photos or inspection images can be a useful starting point. First check that they show what you want the model to recognize and cover the conditions it will encounter. You may need to collect more examples or clarify the labels before training. Our dataset checklist explains how to assess your starting point.
The studio brings together the computer vision workflow: preparing and generating image data, annotating it, selecting a model, training, and testing predictions before deployment. It is designed to help teams move between these steps without losing the context of their project.
The visual workflow is designed for domain experts and product teams to contribute without writing training code. For deployment, the deployment package brings the model and its inference runtime together. Someone on your team or your technical partner still needs to deploy the package and connect your application, but should not need to assemble an AI serving stack.
Yes. The studio brings annotation, review, model selection, and evaluation into a shared workflow. Business teams contribute the context behind the data, while technical teams guide model and deployment decisions.
We walk through your use case, the data you work with, and the stages of the workflow you need. The session focuses on how your team would prepare a dataset, review labels, evaluate a model, and plan its next steps.
Pricing would depend on your project. Team needs, data volume, training workloads, and deployment requirements help define the scope. Discuss your use case with us as we shape the product.
Data handling, hosting, retention, and access requirements should be agreed as part of your project evaluation. Ask for the relevant technical details during your demo. Confirm the proposed setup with your security team before sharing production data.
Tell us what your company wants to sort, spot, or check. We’re exploring how a computer vision workflow could fit that task and your deployment environment.
Take another look at the studio