Alternatives to Chakra: Frontier Data Laboratory

Preference Model is building the next generation of training data to power the future of AI by developing machine learning infrastructure software for reinforcement learning experimentation.

OpenAI is an AI research and deployment company dedicated to ensuring that artificial general intelligence benefits all of humanity.

AI platform connecting AI labs with vetted domain experts for data labeling and training.

Pioneering AI research and development to solve intelligence and advance science for humanity.

Artificial intelligence research and deployment company focused on developing advanced AI models like GPT-5.6 and GPT-Live, offering products such as ChatGPT and an API platform.

AI coding models and pair programmer built for on-device execution with privacy-first architecture.

Meta's division dedicated to advancing AI research and developing AI models and tools.

A Customer Data & AI Platform for marketers, offering an Agentic Marketing Platform to create and launch data-backed ads and personalized experiences at scale.

Ilya Sutskever's AI safety-focused research lab with the singular goal of building safe superintelligent AI.

Wayve develops embodied AI software for autonomous vehicles, using machine learning to create self-driving systems that generalize to new environments.

AI research lab building a superlearner capable of discovering all knowledge and skills autonomously.

General intelligence for robots, a brain that can power any robot for any application using multimodal learning.

InstaDeep is a global AI leader specializing in decision-making AI systems for enterprises, with roots in Africa and offices worldwide.

Robotics startup building general-purpose AI models to control any robot and perform any task in any environment.

Self-service data analytics platform for healthcare ecosystems, enabling exploration and discovery.

Provides a realistic automotive simulation platform for autonomous vehicle development.

Covariant builds a universal AI platform, the Covariant Brain, to enable robots to see, reason, and act autonomously in dynamic real-world environments like warehouses.

Developing advanced AI models with a focus on reducing hallucinations.

Provides expert-quality code data for training and evaluating frontier LLMs.

A Chinese AI company developing the Kimi chatbot and a series of large language models for various applications.

Sponsors of OpenWALDO, a community-driven initiative for open-source AI training data, and provider of enterprise Linux, HPC, and AI infrastructure software.

Generates realistic synthetic data for machine learning, testing, and data enrichment.

Developing advanced physical AI and humanoid robots for industrial and domestic environments, focusing on real-world performance and learning through demonstration.

Enterprise platform for streamlining and accelerating technology adoption through secure, simultaneous proofs-of-concept.

Synthetic data platform for defense and dual-use markets.

Builds intelligent, scalable robots powered by a proprietary embodied AI foundation model.

Generative AI platform for synthetic data to enhance market research analysis.

AI-powered robotics startup developing Memo, an autonomous robot for routine household tasks.

Develops a platform for adaptive clinical trial design and closed-loop execution.

David AI is an audio data research company building the data backbone for voice-based AI.

Human-centric AI focused on multi-agent RL, memory, and collaborative coordination for real work.

Decentralized, open-source machine learning network incentivizing AI development.

World models for AI spatial reasoning using 2 billion+ gameplay video clips as training data.

Developing advanced humanoid robots with human-like intelligence and dexterity for various industries.

Somos los creadores del superordenador más rápido que existe y de la plataforma de juegos más grande del mundo.

K2View provides a Data Product Platform that delivers a trusted, holistic, and real-time view of enterprise data.

Developing a highly capable foundation model for robot learning and mastery of physical tasks.

Developing AI for physical robots trained on real-world data.

AI agents that perform complex workflows, with an intelligence layer for continuous upskilling and reliability.

Reasoning-first frontier AI that adapts efficiently to changing context without further retraining.

Synthetic data company for AI and analytics.

Robot Cowboys that Muster Cattle with AI Drones

AI research lab focused on developing advanced AI systems and foundational models.

AI research lab training frontier models for financial markets.

Infrastructure automation startup for AI projects.

Building foundation models for physical AI systems using reinforcement learning and real-world industrial data.

AI-powered software tooling that empowers analog designers to create advanced microchips.

Developing adaptive AI for robotics and defense applications.

Simulations that measure and improve your models' key capabilities: Long-horizon reasoning, tool use, enterprise functionality, and more.

Building General Biological Intelligence

AI-powered simulation and synthetic data engine for Earth observation and geospatial AI model training.

Platform for accelerating remote sensing imagery analytics using synthetic data for ML training.

Novel autonomous driving simulator for scalable RL training.

Bespoke Labs builds environments for training and evaluating AI agents.

AI-powered robotics company building humanoid robots for labor-intensive tasks.

Refresh builds simulation environments and evaluations for coding and computer use to train and benchmark frontier AI models.

Phinity Labs provides an end-to-end platform for LLM finetuning using synthetic data generation and reinforcement learning, enabling AI agents to design, verify, and tape out custom chips.

Reinforcement learning for faster, high-fidelity physics simulation at the solver level.

Vmax is automating reinforcement learning. We transform proprietary data and evals into new sets of environments. We refine agents on new examples of the tasks they are intended to perform.