"ZERO" is an industrial Vision Foundation Model (VFM), ready for immediate deployment without the need for data labeling or model retraining. Superb AI's "ZERO" leverages zero shot and open world technologies to instantly detect and pinpoint objects in images and videos using simple text, box prompts.
Traditional Vision AI demands extensive data labeling and repetitive model retraining, a labor-intensive process that consumes significant time, cost, and specialized expertise. Superb AI's "ZERO" brings a paradigm shift as an industrial-specialized Vision Foundation Model (VFM). Leveraging Open World Visual Grounding technology, ZERO comprehends novel concepts without prior training. This zero-shot capability empowers instant AI adoption for new tasks and flexible, on-the-fly changes to detection targets, eliminating the need for additional training.
A key advantage of ZERO is its Multi-Prompt capability. This feature enables immediate AI model application in real-world scenarios using intuitive prompts like text, image boxes, no separate model training required. Instead of time-consuming retraining, you simply describe your target in text or provide an example image, and ZERO adapts instantly. This dramatically cuts the time and cost of AI solution development, making AI adoption faster and more accessible.
Furthermore, ZERO is engineered for high efficiency, boasting a lightweight 622M parameters and high-performance processing at 1.03 TFLOPS. This optimized design ensures seamless operation across virtually any application or industry, from cloud to secure on premise environments and remote edge devices. Its efficiency significantly reduces the need for heavy computing hardware investments, making advanced AI more attainable for diverse industrial deployments.
Highlights
Zero shot Deployment: Instantly detect untrained objects without complex data collection, labeling, or model retraining. Adapt immediately to new products, defect types, or environment changes, dramatically cutting development time and costs.
Flexible Multi Prompt Input: Deploy and operate AI instantly by simply describing your target object in text or providing an example image. ZERO supports diverse input prompts for intuitive interaction.
Industrial Specialized VFM: Trained on invaluable, real-world data from dozens of industrial sectors including manufacturing, logistics, and retail. ZERO delivers high performance and immediate usability across complex industrial domains.
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You pay by the hour for model inference on the ml.g4dn.xlarge GPU instance. Billing is usage-based, so charges accrue per host hour the instance runs. Two options set the inference method. Batch mode processes groups of data at once. Real-time mode returns results on demand as requests arrive. Both run on the same instance type, so the difference is how the model handles requests, not the underlying hardware. Pick the mode that fits your workload, or run both. Costs scale with how many hours each mode operates.
Top-of-mind questions for buyers
What am I paying for with the ml.g4dn.xlarge host hour?
You pay for each hour the ml.g4dn.xlarge GPU instance runs your inference workload. This instance uses a single GPU. One host hour means one hour of that instance running, billed regardless of how many detections you process during that hour.
When do charges start and stop for each inference mode?
Charges accrue while the instance runs and stop when it stops. Real-time mode keeps the instance running to answer requests on demand, so hours accrue continuously. Batch mode runs the instance for the length of each processing job, so hours accrue only during active jobs.
How do the batch and real-time charges combine if I use both?
Each mode meters host hours independently on the same instance type. If you run both, your bill adds the hours from batch jobs to the hours from real-time serving. Neither mode requires the other, so you can run one, the other, or both.
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An Amazon SageMaker model package is a pre-trained machine learning model ready to use without additional training. Use the model package to create a model on Amazon SageMaker for real-time inference or batch processing. Amazon SageMaker is a fully managed platform for building, training, and deploying machine learning models at scale.
Deploy the model on Amazon SageMaker AI using the following options:
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Batch transform
Deploy the model to process batches of data stored in Amazon Simple Storage Service (Amazon S3). SageMaker runs the job, processes your data, and returns results to Amazon S3. When complete, SageMaker stops the model. You're billed for software and SageMaker infrastructure costs only during the batch job. Duration depends on your model, instance type, and dataset size. AWS Marketplace models don't support Amazon SageMaker Asynchronous Inference. For more information, see Batch transform for inference with Amazon SageMaker AI .
Version release notes
Enables object detection by text and vision based prompt in single image
Additional details
Inputs
Outputs
Usage instructions
Sample notebooks
Inputs
Summary
Parameters
search_image
Type: String
Required: Yes
Description: The source image for object detection. This can be a URL or a Base64 encoded string.
queries
Type: List[Dict]
Required: Yes
Description: A list of query objects that define what to search for in the source search_image. At least one query must be provided.
prompt_image
Type: String
Required: Conditional
Description: An image used for semantic queries. This is required when you want to use a part of an image (defined by a bounding box) as the search prompt. Can be an empty string "", URL or a Base64 encoded string.
prompts
Type: List[Dict]
Required: Yes
Description: A list of prompt objects, each defining a specific target to detect.
The prompts Object
Each object within the prompts list specifies the actual search criteria. This is where you define whether the query is text-based, semantic (visual), or a combination.
text
Type: String
Required: Conditional
Description: A text description of the object to detect (e.g., "person", "red car"). Required for text-based detection. Can be an empty string "" if a box is provided for a semantic query.
box
Type: List[Float]
Required: Conditional
Description: A list of four floats representing a bounding box [x, y, w, h] that crops a region from the prompt_image. This cropped region is used as a visual prompt for detection. Required for semantic (visual) search. Provide an empty list [] for text-based search.
box_threshold
Type: Float
Required: Yes
Description: A threshold between 0.0 and 1.0. Detection boxes with a score below this value will be filtered out.
multimodal_threshold
Type: Float
Required: Yes
Description: A threshold between 0.0 and 1.0. Each corresponding threshold will be applied. to the individual prompt. Try to use this threshold for the product rather than box_threshold.
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