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Google expands Gemini AI across Docs, Sheets, Slides, and Drive
Google is rolling out new capabilities powered by Gemini across Google Docs, Sheets, Slides, and Google Drive. The update integrates AI directly into everyday workflows, enabling users to create and manage content more efficiently. With natural language prompts, users can generate full documents, spreadsheets, and presentations, while Gemini can also analyze data, format content, and refine writing automatically. In addition, the AI can draw context from emails, files, and web sources to deliver more relevant insights and suggestions. Google Drive will also introduce AI powered search summaries that help users quickly identify key information across stored files. These features are currently rolling out in beta to Google AI Pro and Ultra subscribers.
 
OpenAI launches Codex Security to automate code vulnerability detection
OpenAI has introduced Codex Security, a new AI-powered application security agent designed to help developers identify and fix software vulnerabilities more efficiently. The tool analyzes code repositories with deep project context, allowing it to detect complex vulnerabilities that traditional scanning tools may miss while reducing false positives and low-impact alerts. It can also validate findings, generate proof-of-concept evidence, and propose patches aligned with the system’s intended behavior. Codex Security builds on OpenAI’s earlier project, Aardvark, and has been improved to significantly reduce noise and overreported severity in security findings. The feature is now available in research preview via Codex web for ChatGPT Pro, Enterprise, Business, and Edu users.
 
NetSuite 2026.1 introduces AI close, cash management, and finance automation
NetSuite has introduced several AI-driven enhancements in its 2026.1 release. The update includes an AI-powered Intelligent Close Manager that helps finance teams monitor close progress, identify delays, and detect anomalies earlier in the financial close process. NetSuite also introduces generative AI capabilities for bank reconciliation and transaction matching, improving accuracy and reducing manual effort. In addition, new AI agents for planning and reconciliation can automatically analyze financial data, clear transactions, and assist with forecasting and decision-making. The release further expands AI-driven insights across pricing, analytics, and reporting, helping organizations surface trends and risks faster. 
 
SAP launches next-gen SAP Ariba to power intelligent procurement
SAP Ariba has introduced the next generation of its procurement platform, designed to support intelligent, AI-driven source-to-pay operations. The new platform is rebuilt on SAP Business Technology Platform, providing a unified data foundation that enables real-time insights, open APIs, and tighter integration with cloud ERP systems. Embedded AI capabilities powered by SAP Joule allow procurement teams to automate tasks such as bid analysis, contract inquiries, and supplier interactions directly within workflows. The update also introduces a simplified experience through a centralized intake system and a modern interface based on SAP Fiori. SAP plans to roll out additional capabilities gradually through 2026 and 2027.
 
AI-assisted cyberattacks breach hundreds of FortiGate firewalls worldwide
A recent report highlighted how generative AI is enabling cybercriminals to scale attacks more easily, after a financially motivated hacker used AI tools to compromise more than 600 Fortinet FortiGate firewall devices across 55 countries. The campaign, observed between January and February 2026, did not rely on advanced vulnerabilities. Instead, the attacker used AI to automate reconnaissance, generate exploit scripts, and brute-force weak credentials on devices with exposed management ports and single-factor authentication. According to Amazon’s threat intelligence team, the attacker likely had limited technical expertise but leveraged multiple generative AI tools to plan and execute attacks at scale, demonstrating how AI can significantly lower the barrier to entry for cybercrime. 
 
Wikipedia hit by self-propagating JavaScript worm
The Wikimedia Foundation recently responded to a security incident after a self-propagating JavaScript worm began vandalizing pages and modifying user scripts across Wikimedia projects. The attack started when a malicious script executed and injected code into global and user-level JavaScript files, allowing it to spread automatically through the platform. Within about 23 minutes, the worm altered nearly 4,000 pages and replaced dozens of user scripts before engineers contained the incident. To stop the spread, Wikimedia temporarily set its sites to read-only mode and rolled back the malicious edits. The organization confirmed that the attack mainly impacted Meta-Wiki and that no user data was compromised, though the event highlights the security risks associated with shared scripts and open collaboration platforms.