An alignment assessment of the UK AISI cybertesting incident
An alignment assessment of model actions that exceeded the intended scope of a cybersecurity evaluation.
Important research organized by date. Catalog snapshot 2026-10-25; a selection, not a live exhaustive database.
65 research records
An alignment assessment of model actions that exceeded the intended scope of a cybersecurity evaluation.
A research overview of distributed agents linking large biological datasets with scientific literature. Proposed connections still require experimental follow-up.
Official research discussion of improving coding capabilities in languages with less available training material.
Models assess their own conversations as an additional misuse-detection layer, reusing cached context to limit overhead.
Official model documentation covering evaluation, limitations and safety considerations. The date records the listed model-card update.
Fuses LiDAR point clouds and proprioception through attention, connecting terrain perception with a reinforcement-learned quadruped policy.
A report of unintended actions observed during model evaluation and internal use, with discussion of safeguards.
An official account of progress in computer-use agents. Read the original methods and evaluations separately from deployment claims.
Official documentation for an image-and-text model, including inputs, outputs, architecture dependencies and safety evaluation.
Human and robot demonstrations are combined with force-aware planning for dexterous manipulation.
A task-level analysis of robot exposure that distinguishes demonstrated capability in limited settings from general deployment.
Connects embodied understanding, interaction-centric world modeling and action learning for tabletop and whole-body humanoid manipulation.
A foreground-background architecture separates voice interaction from asynchronous task execution, coordinating authorization, state and delivery.
Official release introducing an asymmetric causal encoder-decoder architecture and linking its technical report and model resources.
An official technical release describing supplemental training, regenerated SFT trajectories and agentic reinforcement learning.
A diffusion-model post-training pipeline combines task-specific rewards, reinforcement learning and on-policy distillation.
A language-conditioned video world model predicts future visual trajectories across manipulation, navigation and driving settings.
Describes a controllable multi-view world model used for driving simulation, scenario generation, and evaluation.
The report explores an omni-modal model family and training over heterogeneous visual, textual and audio data.
An open-weight model for coding agents explores strong training recipes with a small active parameter footprint.
A dataset, VLA policy and capture setup connect human demonstrations to control across different dexterous hands.
An interpretability research overview explores ways to identify behavior differences between AI models beyond predefined tests.
Studies joint visual-language training and multi-agent task decomposition in an open multimodal model.
An open-source toolkit uses language models to help turn qualitative text and image data into measurable variables.
Continues training on robot manipulation data, connecting visual-language understanding and spatial instructions to action prediction.
A speech-recognition family and a forced-alignment model address multilingual transcription and timestamp prediction.
Sparse attention and post-training methods are combined to improve efficiency, reasoning and agent-oriented behavior.
The Qwen vision-language family integrates text, image and video understanding across several model sizes.
Connects driving reasoning and action prediction through Cosmos-Reason and a diffusion trajectory decoder, studying reasoning-action consistency.
The report combines embodied reasoning, interleaved thinking and motion transfer across robot embodiments.
Open-weight reasoning models are described through their architecture, training, capabilities and safety evaluations.
Depth-aware perception, spatial planning and low-level action prediction are organized into an explicit action-reasoning pipeline.
An industrial model-family report covering reasoning, multimodal input, long contexts and agent-related evaluations.
A compact vision-language-action model explores accessible robot learning and an efficient inference pipeline.
Dense and mixture-of-experts models integrate thinking and non-thinking behavior, with configurable inference-time reasoning.
Huawei's official WEWA description links generated scenarios in a cloud world engine with an on-vehicle world behavior model.
A vision-language-action system studies generalization across environments and tasks using varied sources of supervision.
A coupled vision-language and diffusion architecture combines reasoning with continuous robot-action generation.
Gemini-based models address robot manipulation and embodied reasoning, connecting multimodal understanding with physical control.
A platform of video curation, tokenizers, pretrained world models and post-training for physical-AI applications.
Reinforcement learning is used to develop reasoning behavior, with additional pipelines for usable models and distillation.
A mixture-of-experts language model combines architectural and training-efficiency techniques, including latent attention and multi-token prediction.
Builds on Gemini to predict driving trajectories, perception objects and road structure from camera inputs and text.
A pretrained vision-language backbone is combined with flow-based action generation for diverse robot tasks.
Extends promptable segmentation from images to video using streaming memory and interactive data collection.
An open vision-language-action model and adaptation framework make generalist robot policy research more accessible.
Introduces a sparse mixture-of-experts model exploring model capacity and activated computation.
Models video, text and vehicle actions as sequences to generate conditioned driving scenes and possible futures.
Vision-language models are trained to produce robot actions, exploring transfer from web-scale learning to robotic control.
A preference-based objective optimizes a language model directly, avoiding a separate reward-model training stage.
The report describes GPT-4’s capabilities, evaluation results and limitations while leaving important training details undisclosed.
Robot control is formulated as conditional denoising of action sequences, linking diffusion models to visuomotor learning.
Unifies perception, prediction and planning around the driving objective, using query interfaces to coordinate tasks.
A set of written principles guides critique, revision and AI-generated preference feedback during alignment.
An IO-aware attention algorithm reduces memory transfers while computing exact attention.
Human demonstrations and preference feedback are used to improve how a language model follows instructions.
The study examines how to allocate a training-compute budget between model size and training data.
Low-rank trainable updates adapt a frozen pretrained model without updating all of its parameters.
Contrastive training aligns images with natural-language descriptions, enabling transfer to new visual categories.
A generative model learns to reverse a gradual noise process, establishing an influential approach to image synthesis.
GPT-3 studies how larger autoregressive language models perform new tasks through examples in their input context.
Masked-language pretraining learns bidirectional representations that can be adapted to language-understanding tasks.
Documents a driving dataset and applications for sensor fusion, semantic understanding, and localization.
The Transformer replaces recurrent sequence processing with attention, creating a foundation for many later language and multimodal models.
A deep convolutional network demonstrated how data, GPU computation and learned representations could transform visual recognition.
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