Google Enables Document Backup to Drive in Stable Play Services 26.26 Release
Google has finally activated automatic backup of documents from Android smartphones to the cloud. The feature, prepared by the company for almost a year, is now distributed in the stable version of Google Play Services 26.26.
On Pixel devices a new “Documents” item appears in the path Settings → Accounts and backup → Google Backup. By default the option stays turned off, so Google does not automatically feed Drive with the contents of the Downloads folder.
After activation, documents are uploaded to a newly created Android backups folder on Google Drive. Inside this folder a separate directory is created for each smartphone. Supported formats include PDF, DOC, PPT, XLS, ZIP and others; even APK files located in the downloads directory are included.
Users pay for the convenience with storage space: copies occupy quota in Google Drive. The settings page allows checking remaining capacity, freeing space or purchasing additional storage.
Disabling the backup does not delete already uploaded files, so manual cleanup of the Drive folder is required. Full synchronization is also absent: changes made on the device are not reflected in the cloud copy and vice versa.
First traces of the function were discovered in August 2025. In February 2026 Google officially mentioned it in a Play System update. The capability later appeared in the beta channel of Play Services and has now reached the stable build.
Related articles
Pivoting in Legacy Hell: Navigating MIPS Servers, BusyBox, and 2014 Kernels During Internal Network Assessments
The article details a complete methodology for pivoting from an initial SSH compromise on an old Debian MIPS server to reach a hidden web admin panel inside a segmented network. It covers environment enumeration with commands like uname -a and ip route, followed by setting up a Chisel-based SOCKS5 proxy when standard SSH dynamic forwarding is disabled by server configuration. Scanning proceeds via proxychains with nmap using -sT, -Pn, and -n flags or by deploying static MIPS binaries directly on the host. Traffic is then routed through Burp Suite chained to the SOCKS proxy for password guessing against the web interface. The piece emphasizes practical constraints such as BusyBox limitations, kernel version incompatibilities with modern binaries, and the need for careful subnet identification. Readers are directed to replicate the full chain in the Forgotten Server task from the free White Hacker Profession course.
Neuromorphic Processors Deliver Reflex-Like Responses for Robots, Drones and Edge Sensors
Neuromorphic chips are optimized for sparse, event-driven data rather than dense matrix operations, making them ideal for always-on peripheral devices that must react instantly while conserving power. The technology pairs naturally with event cameras and temporal sensors in robotics, drones, automotive systems, medical wearables, industrial monitoring and space applications. Platforms such as Intel Loihi 2, BrainChip Akida, SynSense Speck and SpiNNaker2 already demonstrate working prototypes that activate only on meaningful changes in the input stream. Researchers at TU Delft have flown autonomous drones using spiking networks on Loihi, while NASA has tested radiation-tolerant neuromorphic designs for onboard decision making. The approach complements rather than replaces GPUs and NPUs, creating hybrid systems where the neuromorphic layer handles fast reflexes and conventional accelerators manage complex models.
K2 Cloud Adds Native OVN Traffic Mirroring for NTA/NDR Deployment in Public Cloud
K2 Cloud has implemented traffic mirroring for virtual machine interfaces inside overlay networks built on OVN, solving a long-standing gap that prevented NTA/NDR systems from operating in Russian public clouds. The company contributed the feature upstream, and the patch was accepted into the main OVN codebase. The solution supports source, destination, and mirroring session objects together with optional match/action filters that eliminate duplicate packets, reduce load on sensors, and allow traffic distribution across multiple analyzers. Testing with Positive Technologies PT NAD showed sustained throughput above 3 Gbit/s with approximately 400 000 packets per second and minimal packet loss. The feature works inside a single availability zone; multi-AZ deployments require one PT NAD sensor per zone. Management is available through the web console, an EC2-compatible API, and the official Terraform provider.
Bitrix24 Introduces Cowork/Code AI Agent for Corporate Task Automation and App Building
Bitrix24 has launched Cowork/Code, an AI application that combines file management, company data access, and application development inside a controlled corporate environment. The tool features an AI agent capable of executing multi-step workflows such as locating records, comparing documents, generating tables, and saving results to shared folders. It operates in two modes: Cowork for one-time tasks like overdue task reports or client preparation, and Code for creating reusable tools such as dashboards or notification bots. A memory technology called Radiant stores context from chats, tasks, meetings, and employee data to deliver more accurate, personalized responses over time. The platform addresses common risks of vibe coding by keeping code, data access, and distribution within the Bitrix24 ecosystem hosted on Russian infrastructure. A free tier provides limited usage, with paid plans required for sustained team operation.