SensorFM health model
SensorFM is a foundation model for wearable health pre-trained on over one trillion minutes of sensor data from five million people, transferring to 35 health prediction tasks.
Every deployment from Google Research in The Deploy Log, 33 rows, newest first.
SensorFM is a foundation model for wearable health pre-trained on over one trillion minutes of sensor data from five million people, transferring to 35 health prediction tasks.
TabFM, a zero-shot foundation model for tabular data, is now available on Hugging Face, GitHub, and within Google Cloud BigQuery.
Google Research released a vectorized dataset mapping hedgerows, stone walls, and copses across England, using a deep learning framework.
Google introduced a new approach for editing images, now live in the Auto frame feature in Google Photos, allowing users to re-imagine photos from a new perspective after they have been taken.
Google introduced ReasoningBank, a novel agent memory framework that uses successful and failed experiences to distill generalizable reasoning strategies, enabling an agent to continuously learn from experience after deployment.
Training PATHFINDER with 10% simulated data from MoGen reduced reconstruction error on reserved mouse axons by 4.4%, equivalent to saving a single expert 157 years of manual work at the scale of a complete mouse brain.
Simula generated datasets of up to 512K data points per domain, and high complexity yielded a 10% accuracy gain in math reasoning on GSM8k while hurting performance in legal reasoning on LEXam.
Google Research's Vibe Coding XR uses Gemini with the XR Blocks framework to translate prompts into physics-aware WebXR apps in under 60 seconds, with a one-shot success rate around 70% initially, now improved after 11 releases.
Google Research introduced S2Vec, a self-supervised framework that learns embeddings of the built environment, performing best for zero-shot geographic adaptation in socioeconomic prediction, but weaker on environmental tasks.
Google Research introduced TurboQuant, a quantization algorithm that compresses key-value cache to 3 bits without accuracy loss, achieving up to 8x performance increase over 32-bit unquantized keys on H100 GPUs.
Groundsource uses Gemini to extract 2.6 million flood events from news reports across 150 countries, enabling urban flash flood forecasts.
Google's Flood Hub now provides urban flash flood forecasts up to 24 hours in advance, using a model trained on news-derived data.
A prospective study with Beth Israel Deaconess Medical Center found AMIE required zero safety stops and matched PCPs on diagnosis quality.
SpeciesNet is an open-source AI model that classifies 2,498 animal categories in camera trap images, trained on over 65 million labeled images, and it finds 99.4% of images containing animals with 94.5% of species-level predictions correct.
WAXAL is a large-scale, openly accessible speech dataset covering 27 Sub-Saharan African languages spoken by over 100 million speakers, with approximately 1,846 hours of transcribed natural speech for ASR and over 565 hours of high-fidelity recordings for TTS, released under CC-BY-4.0.
Google Research introduced DialogLab, an open-source prototyping framework for authoring, simulating, and testing dynamic human-AI group conversations, evaluated with 14 participants who rated human control mode significantly more engaging.
Google Research introduced the first constant-factor approximation algorithms for non-preemptive throughput maximization under time-varying capacity, with a 1/2-approximation offline and a 1/11 competitive ratio online with common deadlines.
Google Research introduced GIST, a data subset selection algorithm with a provable guarantee of at least half the optimal value, outperforming benchmarks.
Google Research showed that decomposing intent extraction into screen summaries and then intent prediction lets small models match larger ones.
Google validated smartwatch-based gait metrics with 246 participants and 70,000 walking segments, showing strong validity (Pearson r>0.80) and reliability (ICC>0.80) for most metrics.
Google Research found hard-braking events from Android Auto correlate with crash rates, with 18x more road segments covered than crash data, and a case study showing a 70x higher HBE rate on a high-risk merge.
MedGemma 1.5 4B improves accuracy on CT, MRI, and histopathology classification, with gains like 14% on MRI findings, and is free for research and commercial use.
Google Research deployed a lightweight linear regression model that predicts EV charging port availability and reduces bad predictions by approximately 20% in morning peak times and approximately 40% in evening peak times.
Google Research introduced an end-to-end speech-to-speech translation model that enables real-time translation in the original speaker's voice with only a 2-second delay, now available in Google Meet on servers and as an on-device feature for Pixel 10 devices.
Google introduced generative UI, where AI models create interactive interfaces on the fly, rolling out in the Gemini app as dynamic view and in AI Mode in Google Search.
Google Quantum AI introduces Decoded Quantum Interferometry, a quantum algorithm that converts certain optimization problems into decoding problems and could solve OPI examples with a few million quantum operations versus over 10^23 classical operations.
Google introduced Nested Learning, a new ML paradigm that treats models as nested optimization problems to mitigate catastrophic forgetting.
Google released ForestCast, the first deep learning-powered benchmark for proactive deforestation risk forecasting, using pure satellite data.
Gemini achieved 93% accuracy across three astronomical datasets by learning from just 15 annotated examples per survey, and improved to 96.7% on MeerLICHT through an iterative human-in-the-loop process.
Google Earth AI introduces new Remote Sensing Foundations and Population Dynamics Foundations models, and a Gemini-powered Geospatial Reasoning agent that achieved 0.82 accuracy on a Q&A benchmark versus 0.50 for Gemini 2.5 Pro.
Google Research introduced a method for generating differentially private synthetic photo albums using an intermediate text representation and hierarchical generation, tested on the YFCC100M dataset.
Google Quantum AI demonstrated a verifiable quantum advantage with the Quantum Echoes algorithm on the Willow chip, where experiments took approximately 2 hours versus an estimated 13,000 times longer on a classical supercomputer.
DeepSomatic identifies tumor variants with higher accuracy, scoring 90% F1 on Indels with Illumina data versus 80% for the next-best method.
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