AI outperforms doctors and top coders in latest benchmarks

OpenAI's new o1 model correctly diagnosed 67 percent of emergency room patients in a recent study, substantially outperforming human triage doctors who achieved a 50 to 55 percent accuracy rate. Researchers describe these results as a profound technological shift that could fundamentally reshape the future of healthcare.

DeepClaude is a new open-source project that allows developers to run Claude Code's autonomous agent loop using DeepSeek V4 Pro or other Anthropic-compatible backends. This integration provides the exact same user experience as the original tool while reducing overall costs by up to 17 times.

A new statue depicting a suited man blinded by a flag has mysteriously appeared in London and is attributed to the anonymous street artist Banksy. The artwork was installed in secret overnight, arriving just two months after a journalistic investigation attempted to uncover the creator's true identity.

Fintech company Mercury recently shared insights into its production engineering practices, revealing that it now operates a massive codebase of two million lines of Haskell. This extensive use of the functional programming language successfully supports the backend infrastructure for approximately 300,000 business customers. The update provides a rare look into the scalability and reliability of running functional languages in large-scale enterprise environments.

The April 2026 update for the Ladybird web browser introduces a new inline PDF viewer powered by pdf.js alongside a newly implemented GTK4 frontend. The release also delivers significant performance and feature enhancements, including browsing history, speculative HTML parsing, off-thread JavaScript compilation, and asynchronous DNS resolution. Additionally, the update improves styling capabilities with CSS anchor positioning and includes various other under-the-hood optimizations.

A behind-the-scenes tour of Southwest Airlines headquarters explores the company's daily operational hubs, ranging from crew training facilities to the social media department. The visit highlights the carrier's critical technological infrastructure with an in-depth look at the Network Operations Center and TechOps Hangar.

The joint US-Indian NISAR satellite has mapped severe ground subsidence in Mexico City using one of the most powerful radar systems ever launched into space. This achievement highlights the advanced technology's ability to reliably track real-time surface changes from orbit without interference from clouds or vegetation.

A new investigation has uncovered two sophisticated surveillance campaigns that link real-world attack traffic directly to mobile operator signaling infrastructure. The findings reveal how commercial surveillance vendors exploit the global telecom interconnect ecosystem and leverage private networks to conduct covert location tracking that persists undetected for years.

The open-source repository Text-to-CAD provides a specialized collection of AI agent skills designed for computer-aided design, robotics, and hardware engineering. By leveraging these tools, users can automate complex tasks and streamline physical design workflows. This integration of agentic capabilities aims to significantly accelerate the development cycle for next-generation hardware and robotic systems.

A new web playground allows users to generate 3D Gaussian Splats directly in their browser using Apple's SHARP model. The project runs the machine learning model entirely client-side by leveraging the ONNX runtime web. This enables developers to experience advanced rendering techniques without requiring powerful local hardware.

A new physics engine named Easel features incremental rollback technology designed specifically to enhance multiplayer gaming experiences. The developers aim to make the platform powerful enough to support the creation of deeply engaging, long-play games.

After eight months of development, a creator has successfully recreated a fully functional Apple Lisa computer inside an FPGA. A newly released video showcases the completed build, demonstrating the impressive capability of modern programmable hardware in accurately emulating vintage computing systems.

Intel and SoftBank subsidiary SAIMEMORY are collaborating to commercialize Z-Angle Memory, an advanced DRAM technology that vertically stacks memory modules. Although the chips are at least three years away from release, ZAM could eventually replace the high-bandwidth memory that is currently in such high demand.

The source code for the PlayStation Vita port of the Metal Gear Solid 2 HD remaster has been leaked on the imageboard 4chan. This unexpected disclosure exposes the underlying architecture of the classic game years after its initial release.

Kimi K2.6, an open-weights model from Chinese startup Moonshot, defeated major competitors like Claude, GPT-5.5, and Gemini in an ongoing AI coding contest. The unexpected victory took place during a real-time programming puzzle that evaluated ten language models using objective scoring.

The author discusses techniques for preventing AI psychosis during coding sessions by structuring project specifications in YAML. They have also open-sourced a new toolkit to help developers easily implement this structured approach in their own workflows.

The new leader of the Windows Insider Program has published a quality update detailing the progress made on system improvements since March. The post highlights two key themes driving these recent enhancements to the Windows operating system.

A maker has built a DIY hair electrolysis machine featuring voltage regulation and shared their build details and results with the community. The accompanying discussion explored technical questions about the device's hardware costs, pain levels, and procedural speed compared to professional treatments. Additionally, the thread highlighted the active trans community within the hacker scene, sparking humorous tangents about DIY hormone extraction.

A Stanford Medicine study demonstrates that analyzing individual brain scans rather than relying on group averages uncovers crucial differences in brain function. Researchers found that this individualized approach successfully identifies specific neural variations in children who struggle with goal-oriented tasks. These findings highlight the importance of utilizing personal brain data to accurately understand how the brain controls individual behavior.