Entity · product
Atlas
productactive
atlas·7 events·first seen Personal infrastructure and knowledge map. Catalogs the relationships between MeCP, Open Brain, kearnsapuya.cc services, and home lab assets. Reference layer rather than active runtime.
Aliases: atlas system, personal infrastructure atlas, Personal_AI_Infrastructure
Co-occurring entities
More like this (12)
Recent events (7)
Data Points: Apple sues OpenAI; Meta Muse Spark 1.1; ChatGPT Work; IBM CodeAlchemy; OpenAI Atlas shutdown
A multi-item digest covers five significant AI developments: Apple sued OpenAI alleging trade secret theft via former employees including hardware chief Tang Tan; Meta released Muse Spark 1.1, a multimodal agentic model with 1M-token context and strong tool-use capabilities; OpenAI launched ChatGPT Work, a cloud-based workplace agent competing with Anthropic's Claude Cowork; IBM released CodeAlchemy, a 500B+ token synthetic code dataset with execution traces showing smaller models trained on it outperform those trained on much larger real-code corpora; and OpenAI shut down its Atlas browser in favor of a Chrome extension and desktop integration. These items collectively reflect intensifying competition across agentic products, synthetic data strategies, and legal disputes between major AI players.
OpenAI deprecates Atlas browser agent, consolidating capabilities into ChatGPT and Codex
OpenAI is retiring Atlas, its standalone browser-based agentic product, effective August 9, 2026. Browser agentic capabilities are being folded into ChatGPT and Codex, with an enhanced browser experience (multiple tabs, downloads, account login) planned for ChatGPT. Users must manually export Atlas data such as bookmarks and passwords before the shutdown date, as no automatic transfer is provided.
Multi-source cybersecurity log dataset with ATT&CK labels and SLM fine-tuning evaluation
Researchers introduce a new multi-source cybersecurity log dataset of 870 sessions (~2.3M events) capturing system, network, and browser activity on Windows endpoints, with per-entry MITRE ATT&CK technique labels across 12 tactics and 53 techniques. The dataset addresses gaps in existing public datasets (CICIDS, UNSW-NB15, ATLAS) that lack combined multi-source coverage with fine-grained ATT&CK labeling. Three small language models (Qwen2.5-1.5B, Llama-3.2-3B, Phi-4-Mini) were fine-tuned with LoRA on the dataset, achieving chunk classification accuracy of 90–97% versus ~8% for base variants, though ATT&CK technique identification remained harder at 42% exact-match accuracy.
Atlas H&E-TME: AI system matches expert pathologist accuracy for scalable tumor microenvironment profiling
Researchers present Atlas H&E-TME, an AI system built on the Atlas family of pathology foundation models that generates over 4,500 quantitative readouts per whole-slide H&E image at cell-level resolution across multiple cancer types. The system is validated using a novel dual framework: an IHC-informed multi-pathologist consensus protocol for depth, and benchmarking against 200,000+ annotations across 1,500+ cases from 25+ sources spanning eight cancer types. Atlas H&E-TME matches or exceeds pathologist H&E-only performance, demonstrating that standard histopathology slides can serve as a scalable quantitative window into the tumor microenvironment. The work advances computational pathology by enabling tissue-based biomarker discovery without requiring specialized staining modalities.
ATLAS: Active learning framework for automated discovery of interpretable behavioral models in cognitive science
ATLAS (Active Theory Learning for Automated Science) is a new active learning framework that iterates between generating mechanistic hypotheses as sparse neural network ensembles and designing maximally informative experiments to distinguish between them. The system is tested on recovering reinforcement learning agents from behavioral data in bandit tasks, achieving 5-10x sample efficiency improvements over random experimentation and matching expert-designed experiments from the literature. The work targets automated scientific discovery in cognitive science, with potential generalization to other domains requiring mechanistic modeling.
danielmiessler/Personal_AI_Infrastructure: agentic AI infrastructure framework in TypeScript
Daniel Miessler's Personal_AI_Infrastructure is a TypeScript project on GitHub framed as agentic AI infrastructure for augmenting human capabilities, currently trending with ~14,925 stars and 63 new stars today. The repository appears to be a personal AI agent harness or orchestration layer. Limited detail is available from the trending listing alone, but the star count indicates meaningful community traction.
ATLAS: Unified Agentic and Latent Visual Reasoning via Functional Tokens
ATLAS proposes a framework where a single discrete 'functional token' serves dual roles as both an agentic operation trigger and a latent visual reasoning unit in multimodal models. This design avoids the computational cost of generating intermediate images while sidestepping the context-switching latency of external tool calls and the generalization limitations of pure latent methods. The framework is compatible with standard SFT and RL training pipelines without architectural changes, and introduces Latent-Anchored GRPO (LA-GRPO) to stabilize reinforcement learning when functional tokens are sparse. Experiments show strong performance on visual reasoning benchmarks with maintained interpretability.