AI-Assisted Image Analysis

AI-Powered
Blastocyst Grading

BLASTO-VD AI analyzes blastocyst images and provides a structured grading result, bringing advanced AI-assisted image analysis into the embryology workflow.

Blastocyst • Morphology • Grading

Analysis ViewportLive Preview
Light microscopy photograph of a human blastocyst at day 5

01

Image Input

02

Feature Pass

03

Grading

Interface graphics are conceptual. Microscopy photograph: Wikimedia Commons.

What is BLASTO-VD AI

Turning Blastocyst Images Into Structured Insight

BLASTO-VD AI is an artificial intelligence system designed to analyze blastocyst images and provide a grading result from image-based morphological assessment.

01

Image Input

Analyze blastocyst imagery using an AI-assisted image analysis workflow.

02

AI Analysis

Computer vision models examine visual characteristics within the provided image.

03

Grading Output

Receive a structured grading result to support the embryology workflow.

How It Works

A Four-Step Analysis Sequence

  1. Step 01

    Upload

    Provide a blastocyst image.

  2. Step 02

    Analyze

    BLASTO-VD AI processes the image using computer vision.

  3. Step 03

    Assess

    The system evaluates relevant morphological features.

  4. Step 04

    Result

    A grading result is generated for review.

Blastocyst Analysis

From Microscopy Image to Structured Grading

Microscopy photograph of a blastocyst used for morphological assessmentMicroscopy Input

Analysis Flow

Demo / Illustrative Output
  1. 1

    Image

    Blastocyst image provided

  2. 2

    Morphological Analysis

    Visual characteristics examined

  3. 3

    AI Processing

    Computer vision evaluation

  4. 4

    Grading Output

    Structured result generated

Example result panel

Grading result

—

Status

Awaiting image

This panel is an illustrative interface concept. It does not represent a patient result and is not a clinical output.

Technology

Where Embryology Meets Computer Vision

BLASTO-VD AI applies image-based artificial intelligence to blastocyst imagery. The system reads the image, evaluates morphological features, and returns a structured grading result intended to support — not replace — the judgement of qualified embryologists.

Micromanipulation of an oocyte viewed through an inverted laboratory microscopeEmbryology Laboratory Imaging

Computer Vision

Image-based models trained to read visual structure.

Image Analysis

Blastocyst imagery is processed as visual data.

Morphological Assessment

Relevant morphological features are evaluated.

AI-Assisted Grading

A grading result is produced from the analysis.

Structured Output

Results are returned in a consistent, reviewable form.

Why BLASTO-VD AI

Precision Support for the Embryology Workflow

Image-Based

Works directly from blastocyst imagery, no additional inputs required.

Structured

Returns a consistent grading result in a reviewable format.

AI-Assisted

Computer vision supports assessment within the existing workflow.

Built for Embryology

Designed around the way fertility laboratories already work.

Collaboration

Built Through Collaboration

BLASTO-VD AI is developed in collaboration with Prakriti Fertility Clinic and Voyed.

BLASTO-VD AI

Prakriti Fertility Clinic

Voyed

Contact

Bring BLASTO-VD AI to Your Workflow

Interested in learning more about BLASTO-VD AI or exploring access for your clinic or laboratory? Get in touch with our team.

Request a Demo

Submitting opens your email app with the details prefilled.