Ensure Image Integrity with AI‑driven Software

Imagetwin is your AI-powered Image Analyser for detecting image integrity issues in academic literature.

Detect Integrity Issues in Seconds

AI-powered analysis flags duplications, plagiarism, manipulations, and AI-generated images in seconds

Protect Your Reputation

Integrity issues can compromise research credibility. Imagetwin ensures that even the smallest errors do not slip through

Compare Against Publications

Detect plagiarism in seconds, analyzing figures across 75+ million images from academic literature

Detect Image Issues at Scale

Our tool supports bulk scanning via API, allowing teams to analyze thousands of papers efficiently

Speed Up Paper Reviews

Prioritize high-risk cases by only flagging visual data anomalies, allowing experts to focus where it matters

Stay Ahead of New Challenges

As image integrity challenges evolve, our AI models continuously update to detect emerging risks in scientific imaging.

Detect Image Duplications

Detect Duplicates within Manuscripts

Detect Plagiarism Across Academic Literature

Detect Transformed Images

Imagetwin identifies duplicates even when images have undergone transformations such as:

Covers All Major Scientific Image Types

We detect duplicates in all image types commonly affected by integrity issues.

Detect Image Manipulations

Identify Splicing in Research Images

Splicing can introduce misleading visual data.

Detect Copy-Move Forgeries

Copy-move forgeries involve cloning image sections to conceal data.

Analyze Detected Cases

Detect AI-Generated Images

Verify the Authenticity of Your Images

Detecting AI-generated images in scientific research is an emerging challenge. Our AI Image Analyser helps:

Stay Ahead of AI Threats

Our system is fine-tuned for leading AI models and continuously updated in real-time to adapt to evolving AI-generated image manipulation techniques.

(This feature is in early development. Learn more about Imagetwin’s progress in our blog.)

Imagetwin’s effectiveness has been demonstrated in research studies by Sholto David, Berrío & Kalliokoski, and Cho et al.

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of the largest academic publishers use Imagetwin

The leading image integrity experts use Imagetwin and post their findings on PubPeer.

Using Imagetwin is Simple

With user-friendly AI tools for image analysis, integrity checks in scientific papers are accessible without sacrificing effectiveness.

1. Select

Upload a single PDFs or multiple image files in JPG, TIF, PNG, GIF, and more.

2. Scan

Initiate a full AI-driven image processing scan with one click.

3. Examine

Receive results in seconds via our web interface with highlighted integrity concerns.

Key Features of Imagetwin's AI Image Analyser

Confidence Scores

Assigns a probability score from 0-100% to help assess the severity of detected issues, allowing reviewers to prioritize

PDF Reports

Generates a detailed summary of all detected integrity concerns in a structured PDF report

API Access

Integrates into existing workflows, enabling large-scale automated integrity checks through bulk processing and APIs

Private Repository

Create your own database of articles and compare new submissions with your repository to detect duplicates

Scan History

Users can save scans, enabling them to reopen, review, and compare past results as required

Filters

Use advanced filtering options to exclude irrelevant detections, sort flagged images, and quickly navigate results

Start using Imagetwin and preserve the integrity of your publications.

Frequently Asked Questions

The processing time depends on the number of images and figures within a manuscript. On average, Imagetwin completes a full scan in 5 to 20 seconds, ensuring a fast and efficient integrity check.

Imagetwin has indexed over 75 million images from academic literature. This number continues to grow as we regularly update our database with newly published images from open-access papers and partner organizations.

Our image database is built through partnerships with academic publishers and journals, granting access to indexed publications. Additionally, we integrate open-source publications to expand our detection capabilities.

By allowing Imagetwin to index your publication database, publishers can detect unauthorized image reuse, duplication, and plagiarism across their entire portfolio. This helps maintain research integrity at scale.

We prioritize data privacy and security, ensuring that all image indexing and exchanges are protected with industry-standard encryption and security best practices.

Our current detection accuracy ranges between 80% to 90%, depending on image type and manipulation complexity. Some factors that influence detection include:

  • Image size, quality, and resolution
  • Applied transformations (cropping, rotation, scaling)
  • Content complexity
  • While no detection tool is perfect, we are continuously improving our AI models to enhance accuracy and expand detection capabilities.

Measuring detection accuracy in scientific imaging is complex due to the lack of standardized benchmarks. However, based on internal evaluations using flagged integrity issues from PubPeer, Imagetwin achieves a detection rate of 80% to 90%, depending on the image type and the nature of the integrity concern.

We assess accuracy using previously retracted papers and flagged cases from PubPeer. By testing on real-world examples of manipulations, AI-generated images, and duplicates, we refine our detection capabilities to ensure higher reliability.

No. Imagetwin does not store or index scanned manuscripts in its database. All uploaded files remain private, and scanned images are never added to our global dataset.

For more details, refer to our data privacy policy data privacy policy.

Imagetwin analyzes multiple scientific image types for duplications, plagiarism, manipulations, and integrity violations. The table below outlines detection capabilities:

Image Type Duplicates within manuscripts Duplicates across literature Copy-move forgery detection Image splicing detection
All kinds of microscopy images, fluorescence-activated cell sorting (FACS), photographs, light photography, flow cytometry (FC), histology/pathology slides, in-vitor/in-vivo images, cell cultures, spot images
Western blots, gel electrophoresis
Graphs, plots, diagramms, charts

Imagetwin detects scientific figures, including microscopy images, FACS plots, Western blots, gel images, histology slides, and graphs.

Supported formats include PDF, DOCX, JPG, PNG, GIF, BMP, TIF, JFIF, SVG, and WEBP.

Yes. Contact us to schedule a personalized AI-powered image analysis demo.

Imagetwin automatically detects splicing, copy-move forgeries, and subtle image adjustments in scientific figures.

Using AI and forensic analysis, it flags manipulated regions, such as cloned or resampled areas and splicing seams in western blots.

Built-in tools allow users to auto-align transformed images, highlight duplicated keypoints, adjust brightness and contrast, and reveal hidden edits through background visualization.

All uploaded images are automatically deleted once processing is complete. However, you can optionally save your scan results in your account for 30 days before they are permanently removed.

While optimized for scientific imaging, it can detect manipulation in most structured images, but is not designed for creative or artistic analysis.

Imagetwin normalizes transformed images, ensuring accurate comparisons even when figures have been rotated, flipped, or resized.

The software automatically detects and marks identical keypoints in flagged images, helping users verify potential manipulation.

Yes, Imagetwin adjusts brightness and contrast to reveal subtle integrity issues that may not be visible in the original image.

New Feature: Detect AI-Generated Images (Beta)

AI-generated images are becoming harder to spot, especially in science.

Imagetwin’s new beta feature automatically checks scientific papers for signs of fabricated figures. We are the only solution that detects AI content in a broad range of scientific images, including microscopy, western blots, pathology slides, cell cultures, and more.

Read more in our blog post.