Research & Analysis

Anthropic's most capable model, excelling at complex analysis, nuanced content creation, and advanced coding tasks. Features superior reasoning and the ability to work autonomously on extended tasks.

OpenAI's reasoning model designed to solve hard problems across science, coding, and math using chain-of-thought reasoning.

Mid-size multimodal model optimized for complex reasoning and long context tasks with up to 2M token context.

Multimodal model with vision capabilities available in 11B and 90B parameter sizes. Supports image understanding and reasoning.

xAI's flagship model with strong reasoning and coding capabilities. Known for witty responses and real-time knowledge.

Experimental reasoning model that shows its thought process. Optimized for complex multi-step problems and explanations.

Meta's largest open-source model with 405 billion parameters. Competitive with leading closed models on benchmarks.

Cohere's most capable model optimized for complex RAG and multi-step tool use. Supports 10 languages.

State-of-the-art embedding model for semantic search and RAG. Supports 100+ languages with compression options.

Perplexity's advanced search model with real-time web access. Provides sourced, up-to-date answers with citations.

Hybrid Transformer-Mamba architecture enabling 256K context with efficient processing. Strong multilingual support.

Highly efficient 671B MoE model trained on 14.8T tokens. Achieves top benchmark scores at fraction of typical training cost.

OpenAI's latest flagship model with improved coding, instruction following, and long-context understanding. Excels at complex multi-step tasks with a 1M token context window.

OpenAI's most powerful reasoning model. Uses extended thinking time to solve complex problems in math, science, and coding. Achieves expert-level performance on technical benchmarks.

An optimized version of GPT-4 with vision capabilities and improved performance. Supports both text and image inputs with a 128K context window.

The enhanced version of o1 with more compute for complex reasoning. Best for the most challenging problems requiring deep analysis.

OpenAI's most advanced language model to date. Features unprecedented reasoning, creativity, and multimodal understanding. Represents a major leap in AI capabilities across all domains.

The latest iteration of GPT-5 with improved instruction following, reduced hallucinations, and enhanced safety. Offers the best balance of capability and reliability for production use.

GPT-5.2 is OpenAI's flagship model series for 2025, achieving unprecedented performance in reasoning, coding, and mathematics. Available in three variants—Instant (optimized for speed), Thinking (step-by-step reasoning), and Pro (maximum capability)—it sets new industry benchmarks including a perfect 100% on AIME 2025 and 55.6% on SWE-Bench Pro. The model excels at professional knowledge work including complex spreadsheets, presentations, and business documents. It demonstrates 30% fewer hallucinations than GPT-5.1 and introduces improved agentic capabilities for executing multi-step tasks with high reliability. Key improvements include enhanced tool calling, superior front-end code generation, and better long-context reasoning.

Claude Opus 4.5 is Anthropic's latest AI model, launched on November 24, 2025. It is designed to be intelligent and efficient, excelling in coding, agents, and computer use. The model significantly improves performance in everyday tasks such as deep research and working with slides and spreadsheets. It is state-of-the-art in real-world software engineering tests and is available on various platforms, including apps, API, and major cloud services.

Google launched Gemini 3 Pro, its most advanced AI research agent, designed to synthesize large amounts of information and handle complex tasks. This model is positioned as the company's most factual model, trained to minimize hallucinations during intricate reasoning tasks. Gemini 3 Pro is integrated into various Google services, enhancing their capabilities and allowing developers to embed its research functionalities into their applications through the new Interactions API.

Nvidia announced Alpamayo-R1, an open reasoning vision language model designed for autonomous driving research. This model is positioned as the first vision language action model focused specifically on autonomous driving, enabling vehicles to process both text and images to perceive their surroundings and make informed decisions. Alpamayo-R1 is based on Nvidia's Cosmos-Reason model, which emphasizes reasoning in decision-making, and is critical for achieving level 4 autonomous driving, which entails full autonomy in defined areas under specific conditions.

DeepSeek-V3.2 is the official successor to V3.2-Exp, designed as a reasoning-first model built for agents. It is positioned as a daily driver with performance at the GPT-5 level, balancing inference and length. The V3.2-Speciale variant pushes the boundaries of reasoning capabilities, rivaling Gemini-3.0-Pro, and is currently available only via API. The model excels in complex tasks, achieving gold-level results in prestigious competitions such as IMO, CMO, ICPC World Finals, and IOI 2025.