Haimeta Integrations

FLUX.1 is a groundbreaking suite of open-source text-to-image models developed by Black Forest Labs, setting new benchmarks in AI-generated imagery with its 12 billion parameters. It surpasses established models like Midjourney V6, DALL-E 3, and Stable Diffusion 3 Ultra by offering superior image quality, detail, prompt fidelity, and versatility across various styles and scenes. FLUX.1 comes in three variants: Pro for top-tier commercial use, Dev for non-commercial research with efficiency akin to Pro, and Schnell for rapid personal and local development projects under an Apache 2.0 license. Its innovative use of flow matching and rotary positional embeddings allows for efficient and high-quality image synthesis, making FLUX.1 a significant advancement in the domain of AI-driven visual creativity.

Tripo is an AI-powered 3D workspace that enables users to generate production-ready 3D models from text, images, or sketches in seconds. The platform simplifies the entire 3D creation process by combining model generation, segmentation, texturing, rigging, and animation into one seamless workflow. With text-to-3D and image-to-3D capabilities, Tripo produces clean geometry and solid topology suitable for real-time engines and professional tools. Intelligent segmentation allows creators to split complex models into structured, editable parts with precision and control. AI texturing applies high-resolution, PBR-ready materials instantly, with Magic Brush enabling detailed local refinements. Automatic rigging and animation transform static meshes into animated assets without manual setup. Overall, Tripo dramatically reduces production time while making advanced 3D creation accessible to creators of all skill levels.

Trellis is an AI-driven solution designed to automate and streamline the processing of unstructured data, particularly documents in PDF format. The platform leverages advanced OCR technology to accurately capture text, tables, and handwriting, converting them into usable, structured data. Trellis is built to scale, offering both API integrations and no-code solutions to meet the needs of businesses across various industries. It supports customizable workflows with auto-schema and the ability to define custom actions, enabling users to automate processes and apply specific rules. The platform provides real-time synchronization with source systems, ensuring that the latest data is always available. Trellis also emphasizes data accuracy with flexible validation parameters, allowing users to set their own rules for consistency. Additionally, Trellis ensures robust security through encryption, SOC II Type-2 compliance, and HIPAA-compliant deployment options.

OpenAI's Image Generation API, powered by the gpt-image-1 model, enables developers and businesses to integrate high-quality, professional-grade image generation directly into their tools and platforms. This model offers versatility, allowing it to create images across diverse styles, faithfully follow custom guidelines, leverage world knowledge, and accurately render text, unlocking countless practical applications across multiple domains. Leading enterprises and startups across industries, including creative tools, ecommerce, education, enterprise software, and gaming, are already using image generation in their products and experiences. It gives creators the choice and flexibility to experiment with different aesthetic styles. Users can generate and edit images from simple prompts, adjusting styles, adding or removing objects, expanding backgrounds, and more.

This 3D avatar diffusion model is an AI system that automatically produces highly detailed 3D digital avatars. The generated avatars can be freely viewed in 360 degrees with unprecedented quality. The model significantly accelerates traditionally sophisticated 3D modeling process and opens new opportunities for 3D artists. This 3D avatar diffusion model is trained to generate 3D digital avatars represented as neural radiance fields. We build on the state-of-the-art generative technique (diffusion models) for 3D modeling. We use tri-plane representation to factorize the neural radiance field of avatars, which can be explicitly modeled by diffusion models and rendered to images via volumetric rendering. The proposed 3D-aware convolution brings the much-needed computational efficiency while preserving the integrity of diffusion modeling in 3D. The whole generation is a hierarchical process with cascaded diffusion models for multi-scale modeling.

Create breathtaking videos with AI. Transform your ideas into stunning visuals with our powerful video creation platform. Brush the area, mark the direction, and watch your image come to life. Create with a more friendly interface and explore amazing creations from the community. Manage all your videos in one place and view videos you liked in your collection. Dive into endless possibilities and narrate your stories like never before. Bring your characters to life with consistent identity across multiple scenes and transformations. Improved compatibility and responsiveness to motion parameters, delivering more effective results in matching motion intensity. You can now control the movement of the camera in different directions, horizontal, vertical, roll, and zoom. We believe AI video generation injects new vitality into the content industry and ignites the imagination in every ordinary corner.

Kling AI is an all-in-one creative studio that empowers filmmakers, artists, and storytellers to turn bold ideas into cinematic visuals. With tools like Motion Brush, Frames, and Elements, creators gain full control over movement, transitions, and scene composition. The platform supports a wide range of styles—from realism to 3D to anime—giving users the freedom to shape projects exactly as they envision. Through the NextGen Initiative, Kling AI also funds and distributes creator projects, with opportunities for global reach and festival exposure. Top creators worldwide use Kling AI to streamline workflows, generate stunning sequences, and experiment with storytelling in ways traditional production can’t match. By combining accessibility, power, and professional-grade results, Kling AI redefines what’s possible for AI-driven creativity.

MiniMax is a global AI technology company that develops advanced multimodal foundation models and AI-powered products for individuals, developers, and enterprises. Its flagship model, MiniMax M3, combines frontier-level coding capabilities, agentic task execution, native multimodal understanding, and support for up to 1 million tokens of context through its proprietary MiniMax Sparse Attention (MSA) architecture. The company offers a comprehensive ecosystem that includes coding assistants, AI agents, video generation, speech synthesis, music generation, and developer APIs. Through products such as MiniMax Code, Hailuo AI, MiniMax Audio, Talkie, and its enterprise platform, users can automate workflows, generate content, build applications, and deploy AI-powered solutions at scale. MiniMax helps organizations and developers improve productivity, accelerate software development, and create intelligent experiences across text, audio, image, video, and music.

Runway Gen-4 is a next-generation AI model that transforms how creators generate consistent media content, from characters and objects to entire scenes and videos. It allows users to create cohesive, stylized visuals that maintain consistent elements across different environments, lighting, and camera angles, all with minimal input. Whether for video production, VFX, or product photography, Gen-4 provides unparalleled control over the creative process. The platform simplifies the creation of production-ready videos, offering dynamic and realistic motion while ensuring subject consistency across scenes, making it a powerful tool for filmmakers and content creators.

Veo 3 is Google’s latest state-of-the-art video generation model, designed to bring greater realism and creative control to filmmakers and storytellers. With the ability to generate videos in 4K resolution and enhanced with real-world physics and audio, Veo 3 allows creators to craft high-quality video content with unmatched precision. The model’s improved prompt adherence ensures more accurate and consistent responses to user instructions, making the video creation process more intuitive. It also introduces new features that give creators more control over characters, scenes, and transitions, enabling seamless integration of different elements to create dynamic, engaging videos.

FLUX.1 Kontext is a suite of generative flow matching models developed by Black Forest Labs, enabling users to generate and edit images using both text and image prompts. This multimodal approach allows for in-context image generation, facilitating seamless extraction and modification of visual concepts to produce coherent renderings. Unlike traditional text-to-image models, FLUX.1 Kontext unifies instant text-based image editing with text-to-image generation, offering capabilities such as character consistency, context understanding, and local editing. Users can perform targeted modifications on specific elements within an image without affecting the rest, preserve unique styles from reference images, and iteratively refine creations with minimal latency.

Veo 3.1 builds on the capabilities of the previous model to enable longer and more versatile AI-generated videos. With this version, users can create multi-shot clips guided by multiple prompts, generate sequences from three reference images, and use frames in video workflows that transition between a start and end image, both with native, synchronized audio. The scene extension feature allows extension of a final second of a clip by up to a full minute of newly generated visuals and sound. Veo 3.1 supports editing of lighting and shadow parameters to improve realism and scene consistency, and offers advanced object removal that reconstructs backgrounds to remove unwanted items from generated footage. These enhancements make Veo 3.1 sharper in prompt-adherence, more cinematic in presentation, and broader in scale compared to shorter-clip models. Developers can access Veo 3.1 via the Gemini API or through the tool Flow, targeting professional video workflows.

Imagen 4 is Google's most advanced image generation model, designed for creativity and photorealism. With improved clarity, sharper image details, and better typography, it allows users to bring their ideas to life faster and more accurately than ever before. It supports photo-realistic generation of landscapes, animals, and people, and offers a diverse range of artistic styles, from abstract to illustration. The new features also include ultra-fast processing, enhanced color rendering, and a mode for up to 10x faster image creation. Imagen 4 can generate images at up to 2K resolution, providing exceptional clarity and detail, making it ideal for both artistic and practical applications.

FLUX.2 is built for real production workflows, delivering high-quality visuals while maintaining character, product, and style consistency across multiple reference images. It handles structured prompts, brand-safe layouts, complex text rendering, and detailed logos with precision. The model supports multi-reference inputs, editing at up to 4 megapixels, and generates both photorealistic scenes and highly stylized compositions. With a focus on reliability, FLUX.2 processes real-world creative tasks—such as infographics, product shots, and UI mockups—with exceptional stability. It represents Black Forest Labs’ open-core approach, pairing frontier-level capability with open-weight models that invite experimentation. Across its variants, FLUX.2 provides flexible options for studios, developers, and researchers who need scalable, customizable visual intelligence.

Ideogram AI is a text to image AI image generator. Ideogram's technology is based on a new type of neural network called a diffusion model. Diffusion models are trained on a large dataset of images, and they can then generate new images that are similar to the images in the dataset. However, unlike other generative AI models, diffusion models can also be used to generate images in a specific style.