WeRide & Grab Launch Singapore’s First Public Robotaxi Service

WeRide and Grab have officially launched Singapore’s first public autonomous ride-hailing service, named Ai.R, in the Punggol district as of April 1, 2026. This launch follows a successful trial period that began in January 2026, during which the service catered to over 1,000 early riders and the fleet accumulated 30,000 kilometers of autonomous mileage. The service utilizes WeRide’s GXR and Robobus vehicle models. For the initial public phase, rides will be offered free of charge until mid-2026. The service operates on weekdays from 9:30 AM to 5:30 PM, with routes designed to connect residential areas with key local amenities. Each vehicle will have a certified safety operator on board, with remote operator training also in progress.

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Baidu’s Apollo Go Robotaxis Paralyzed by System Malfunction in Wuhan

Multiple Baidu Apollo Go self-driving robotaxis came to a standstill on roads in the central Chinese city of Wuhan due to a reported system malfunction. Local authorities confirmed that on Tuesday night, they received a series of calls from riders who reported being stranded for hours. Police stated that a preliminary investigation suggests a system malfunction was the cause. The exact number of affected vehicles from Baidu’s fleet of over 500 driverless cars in Wuhan was not specified. One rider shared their experience on social media, stating their vehicle stopped on an elevated highway at 9 p.m. and they were left stranded after their order was cancelled over 90 minutes later.

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Generative AI Updates: New Models, Tools, and Platform Launches

Stay updated with the latest news and announcements in Generative AI, covering significant new models, developer tools, and platform releases.

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Oracle Targets Government Cloud with New AI Platform and NVIDIA GPUs

Oracle has launched its new Oracle AI Data Platform, specifically designed for U.S. federal agencies, combining Oracle Cloud Infrastructure (OCI), Autonomous AI Database, and OCI Enterprise AI into a single, secure offering. Announced at the Oracle Federal Forum, the platform is built to unify siloed data and accelerate AI application development within FedRAMP High-authorized environments. To further bolster its government cloud offerings, Oracle announced the availability of NVIDIA B300 GPUs, powered by the new Blackwell architecture. This initiative provides federal agencies with advanced hardware for demanding AI inference and training workloads. The platform will also offer access to models like xAI’s Grok and NVIDIA’s Nemotron to support a variety of mission-focused AI deployments.

KubeVirt v1.8 Enhances VM Management on Kubernetes with Multi-Hypervisor Support

The KubeVirt community has released version 1.8, a major update introducing a Hypervisor Abstraction Layer (HAL) that enables the use of hypervisor backends beyond KVM. This release, aligned with Kubernetes v1.35, enhances KubeVirt’s flexibility for running traditional virtual machines alongside containers on the same platform. A key focus of v1.8 is confidential computing, with new support for Intel TDX Attestation, allowing VMs to cryptographically verify they are running on secure hardware. The update also delivers performance improvements for AI and HPC workloads through PCIe NUMA topology awareness. For networking, the ‘passt’ binding has been promoted to a core feature, and users can now perform live updates of Network Attachment Definition (NAD) references without restarting VMs.

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Sonar Enters Open Beta with AI Tools for Code Verification and Remediation

Sonar has launched an open beta for a new suite of tools aimed at verifying and remediating code generated by AI agents. The release includes SonarQube Agentic Analysis, which integrates Sonar’s analysis engine directly into an AI agent’s workflow, enabling the agent to check its own code for security vulnerabilities and logic errors in real-time. Another new tool, the SonarQube Remediation Agent, is an AI-powered orchestrator that proposes code fixes for issues found when a pull request fails a Quality Gate or for items in the technical debt backlog. These tools are part of Sonar’s ‘Agent Centric Development Cycle’ framework, designed to provide guardrails for rapid AI-driven code generation. The remediation agent integrates directly into GitHub workflows and supports languages such as Java, JavaScript, TypeScript, and Python.

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Quantum Breakthrough: 10,000 Qubits Could Break Encryption, Study Finds

A new theoretical study from Caltech and startup Oratomic suggests that fault-tolerant quantum computers capable of breaking current encryption standards could be constructed with as few as 10,000 to 20,000 qubits—a significant reduction from previous estimates of millions. The research, posted to the arXiv preprint server, details a novel and highly efficient quantum error-correction architecture. This new approach leverages the unique properties of neutral atom platforms, where atoms can be moved and entangled over large distances using laser tweezers. The proposed scheme could reduce the physical qubit overhead for each logical qubit by over 100-fold, potentially accelerating the timeline for powerful quantum computers to the end of the decade. The startup Oratomic, which launched publicly with the research paper, aims to build a fault-tolerant computer based on this new architecture.

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Quantum Computing Inc. Deploys Dirac-3 Optimization Machine on Quantum Corridor Network

Quantum Computing Inc. (QCi) has deployed its Dirac-3 quantum optimization machine in a commercial data center, making it accessible via the Quantum Corridor network. This marks the first commercial data center deployment for the room-temperature quantum machine, located at the Digital Crossroad Data Center in Hammond, Indiana. The system utilizes thin-film lithium niobate (TFLN) photonics to perform high-bandwidth, low-latency optimization tasks for institutional and commercial clients. Quantum Corridor is a quantum-safe commercial communications network and a member of the Bloch Tech Hub, a U.S. designated regional hub for quantum technologies.

Axios NPM Package Hit by Supply Chain Attack Linked to North Korean Hackers

The popular JavaScript HTTP client library, axios, was targeted in a supply chain attack suspected to be the work of North Korean hackers. For a brief period, malicious versions of the package were published to the npm registry after the primary maintainer’s account was compromised. These compromised versions introduced a dependency that installed a remote access trojan on macOS, Windows, and Linux systems. The malware was capable of executing arbitrary commands, exfiltrating system data, and establishing persistence before deleting itself to evade detection. The attack had a significant potential impact due to axios’s extensive use as a dependency in thousands of other packages.

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