Direct access to Google’s best family of AI models
Personal, proactive, and powerful AI assistant
Assistance for work, school, and home tasks
Ability to write, research, explain, and create content
Microphone input support
Pixlyze, Remove Background from Image, MeinProfilbild, AI Bewerbungsfotos, Aliexpress, Remove BG, Image to Text Converter, Remove Background, Syntos AI, Tripo AI are the best paid / free Image tools.
In the context of AI, an image refers to a digital representation of visual information, typically in the form of a 2D array of pixels. Images serve as a fundamental input for various computer vision tasks, enabling AI systems to interpret, analyze, and extract meaningful information from visual data. The field of image-based AI has witnessed significant advancements in recent years, revolutionizing industries such as healthcare, surveillance, and autonomous vehicles.
Core Features
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Price
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How to use
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Google Gemini | Direct access to Google’s best family of AI models | Users can interact with Gemini by signing in to save their chats. It can be prompted to help with various tasks such as writing, researching a topic, explaining something, or creating content like a landing page. It also supports microphone input for interaction. | |
remove.bg | Automatic background removal |
Pay-as-you-go $3 3 credits
| Simply upload an image to the remove.bg website, and the AI will automatically remove the background. You can then download the image with a transparent background or edit it further using available tools. |
Shutterstock | Royalty-free stock images, photos, vectors, video, and music | Users can browse Shutterstock's extensive library by searching for specific keywords or using image search. They can then download royalty-free images, videos, or music after purchasing a subscription or individual licenses. The website also offers AI-powered tools to generate and edit content. | |
CapCut | Video editing for desktop and mobile | To use CapCut, you can download the desktop or mobile app, or use the online creative suite. Choose the desired tool or feature, such as video editing, text-to-speech, or AI video generation, and follow the on-screen instructions to create and edit your content. | |
Photoroom | Background removal |
Free Free Create standard product photography at no cost
| Users can download the Photoroom app on their mobile devices or use the web app. They can then upload photos, use the various tools to edit and enhance them, and export the final designs. |
Pixelcut | AI-powered background removal |
Free $0 Free Background Removal, Free Upscale, Free export without watermark
| Start by uploading a photo to Pixelcut. Then, use the AI-powered tools to remove the background, retouch the image, expand it, or upscale its resolution. You can also use pre-designed templates to create product photos or marketing materials. |
Civitai | Model sharing for AI art generation |
Free $0 4 Images per job, 4 Queued jobs, Basic Support
| Browse the available models, embeddings, and LoRAs. Download the desired files and use them with Stable Diffusion. Review models and share images with prompts to help others. |
DeepAI | AI Image Generation |
DeepAI PRO $4.99/mo 500 AI generator calls per month + $5 per 500 more (includes images), 1750 AI Chat messages per month + $5 per 1750 more, 60 Genius Mode messages per month + $5 per 60 more, HD image generator access, Private image generation, API access, Ad-free experience
| Users can enter prompts for image generation, edit images with text prompts, or interact with AI characters. A DeepAI account is required to use the platform. |
Fotor | AI-powered photo editing tools | Simply access Fotor's website and utilize its various AI-powered tools to edit and design photos. The platform is designed for ease of use, making photo editing as simple as breathing. | |
Leonardo.Ai | Image Generation | Users can generate images using text prompts and pre-trained AI models, edit images with the AI Canvas, and create 3D textures by uploading OBJ files. The platform offers various settings that can be tailored to individual needs. |
Medical imaging: AI algorithms assist radiologists in detecting abnormalities, such as tumors or fractures, in medical images like X-rays, CT scans, and MRIs.
Autonomous vehicles: Image-based AI enables self-driving cars to perceive and interpret their surroundings, detecting obstacles, traffic signs, and pedestrians.
Retail: AI-powered image analysis helps retailers optimize product placement, monitor shelf space, and improve inventory management.
Agriculture: AI systems analyze satellite and drone imagery to assess crop health, detect diseases, and optimize irrigation and fertilization strategies.
User reviews of image-based AI applications have been generally positive, with many praising the convenience and accuracy of features like automatic image tagging, facial recognition, and object detection. However, some users have raised concerns about privacy and the potential misuse of their personal images. Developers are continuously working on improving the robustness, explainability, and ethical considerations of image-based AI systems to address these concerns and maintain user trust.
A mobile app that uses AI to identify plant species from user-captured images, providing information about their characteristics and care instructions.
A social media platform that employs AI-based image recognition to automatically tag and categorize user-uploaded photos, enhancing search and discoverability.
A virtual try-on system that allows users to visualize themselves wearing different clothing items by superimposing the garments onto their images in real-time.
To utilize images in AI systems, the following steps are typically involved: 1. Data collection: Gather a diverse dataset of images relevant to the task at hand. 2. Preprocessing: Resize, normalize, and augment the images to ensure consistency and robustness. 3. Model selection: Choose an appropriate AI model architecture, such as convolutional neural networks (CNNs), for processing the images. 4. Training: Feed the preprocessed images into the AI model and optimize its parameters using techniques like backpropagation. 5. Evaluation: Assess the model's performance on a separate test set of images to measure its accuracy and generalization. 6. Deployment: Integrate the trained model into the target application for real-world image processing tasks.
Automation: AI-powered image analysis enables the automation of tasks that previously required human expertise, such as medical image interpretation or defect detection in manufacturing.
Efficiency: Image-based AI systems can process vast amounts of visual data rapidly, surpassing human capabilities in terms of speed and scalability.
Accuracy: Deep learning models have achieved remarkable accuracy in various image-related tasks, often outperforming human experts in specific domains.
Insights: AI algorithms can uncover hidden patterns and extract valuable insights from images, enabling data-driven decision-making.