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TokenSpeed-Kernel: Portable APIs and High-Performance Kernels for Multi-Silicon LLM Inference – PyTorch

TokenSpeed-kernel is an open-source, standalone subsystem that provides a clean layered API and registry system for LLM inference kernels across multiple hardware backends. It decouples the high-level runtime from hardware-specific kernel implementations using a decorator-based registration system where kernels declare their platform capabilities, tensor format signatures, and priorities. The selector then dispatches to the best available implementation at runtime. Using GPT-OSS 120B on AMD MI355X (CDNA4) as a validation target, the post demonstrates how Gluon-backed attention and MoE kernels achieve 1.6–3.6x end-to-end throughput improvements over portable Triton baselines, while NVIDIA paths (via FlashInfer/TensorRT-LLM wrappers) use the same public APIs. The AMD-specific kernels are published as a standalone pip package (tokenspeed-kernel-amd) reusable by other inference engines like vLLM.

Cfet Ibm Plan Bets On Sequential Nanostack Power

Các nhà nghiên cứu tại Princeton đã phát triển phương pháp học tăng cường (reinforcement learning) kết hợp mô hình mạng nơ-ron tích chập (CNN) để tự động hóa thiết kế mạch tích hợp tần số vô tuyến (RFIC), rút ngắn thời gian từ vài tháng xuống còn vài phút. Hệ thống tạo ra các layout RFIC sẵn sàng sản xuất với hiệu suất băng thông kỷ lục cho bộ khuếch đại công suất 5G năm 2023, nhưng vẫn cần xác minh thủ công do hiện tượng "ảo giác AI" và thiếu dữ liệu mở.

Những tiến bộ trong AI tự động hóa thiết kế RFIC của IBM và Princeton sẽ giúp bạn tiết kiệm thời gian và năng lượng trong việc tối ưu hóa các giải pháp điện tử cao tần, đặc biệt khi công nghệ này đang thay đổi nhanh chóng và đòi hỏi sự linh hoạt trong thiết kế.

AQSolotl and QuantrolOx Partner to Automate Quantum System Calibration

AQSolotl and QuantrolOx have announced a strategic partnership to integrate AQSolotl's Chronos-Q quantum control hardware with QuantrolOx's Quantum EDGE machine learning-based automation platform. The goal is to automate qubit calibration, reduce manual tuning cycles, and improve qubit stability as quantum systems scale toward commercial deployment. The collaboration will proceed in two phases: near-term technical integration and performance benchmarking, followed by deeper hardware-software co-design and joint commercial offerings for research and enterprise customers.

Hexora v0.3: New features and improvements

Hexora v0.3 is a Python library for detecting malicious PyPI packages using static analysis. The new release adds a gradient boosting machine learning model that analyzes code structure, semantic features, and static analysis results to assess entire Python files. The ML model's primary role is filtering false positives — previously yielding 5-10 false positives per real finding. Running against newly published PyPI packages, it now detects 2-10 malicious packages daily. Remaining false positives mostly come from AI-related projects that use dynamic code execution, base64-inlined assets, or telemetry.

Quantum-Inspired AI Finds Cancer Signals in Small, Noisy Data Sets

A University of Utah-led team developed a quantum mechanics-inspired AI framework for extracting reliable biomedical signals from small, noisy, high-dimensional multiomic datasets. The method uses spectral decompositions and concepts analogous to quantum superposition and entanglement to find linked patterns across tumor DNA, blood DNA, and tumor RNA simultaneously. Applied to neuroblastoma data from 101 patients, it identified two new survival predictors that outperformed the established MYCN amplification biomarker across multiple data types and validated in a cohort of 398 patients. The approach does not run on quantum hardware — the 'quantum' refers to the mathematical structure. Limitations include reliance on existing datasets, no prospective clinical trial, and the need for broader independent validation before clinical use.

Databricks positioned highest in execution and furthest in vision for the second consecutive year in Gartner Magic Quadrant

Databricks announces it has been named a Leader in the 2026 Gartner Magic Quadrant for AI Platforms for Data Science and Machine Learning, holding the highest position in Ability to Execute and furthest in Completeness of Vision for the second consecutive year. The post highlights Databricks' unified platform philosophy combining lakehouse, Lakebase, Agent Bricks, and Unity Catalog to deliver governed, production-grade agentic applications. Key capabilities include centralized governance via Unity AI Gateway, support for frontier and open-source models, and tools for both developers and business users to build AI agents grounded in enterprise data.

How Malt’s ML Team Engineered a 14% Conversion Lift

Malt's ML team achieved a 14% lift in signed contracts by replacing a heuristic-based freelancer matching system with a unified CatBoost ranking model trained on historical user interactions. The model ingests 100+ features covering freelancer profiles and project-freelancer fit signals. To address the limits of standard text embeddings in assessing true capability, they built a Skill Matching Scorer (SMS) using LLM knowledge distillation — training a lightweight model on LLM-generated scores to make inference feasible in production. The three-stage funnel (Retrieval, Reranking, Policy) ensures both speed and business compliance, while the interaction-driven ranker learns the optimal balance of geography, budget, and behavioral signals directly from data rather than hardcoded rules.