

Fast, flexible, and safe migration of virtual machines to Google Cloud.

Accelerate telecom data management and analytics with an automated approach, leveraging multiple Google Cloud data and AI/ML products. Democratize data and governance, improving the ability of communication service providers and ISVs to innovate, build analytical applications, and drive automation.

Google Cloud's Telecom Network Automation is a cloud-native service designed to streamline the deployment and management of telecommunications networks. Leveraging the open-source Nephio framework, it offers carrier-grade automation that simplifies the configuration and operation of network infrastructures across Radio Access Networks (RAN, Edge, Core, and Cloud environments. By adopting an intent-driven, declarative approach, Telecom Network Automation enables Communication Service Providers (CSPs to focus on desired outcomes rather than intricate setup processes, thereby accelerating service delivery and enhancing operational efficiency. Key Features: - Intent-Driven Automation: Utilizes declarative automation blueprints to simplify network configuration and deployment, allowing CSPs to define desired states without delving into complex procedures. - Unified Kubernetes Framework: Manages telecom networks seamlessly from RAN to Cloud using a consistent Kubernetes-based automation framework, eliminating the need for additional legacy software. - Configuration-as-Data (CaD: Enforces structured, declarative configurations that are separate from operational code, facilitating easier management and reducing the risk of misconfigurations. - GitOps-Based Configuration Management: Employs a GitOps approach, enabling users to author, review, and publish configuration packages with version control, ensuring consistency and traceability. - Zero-Touch Provisioning (ZTP: Automates the entire lifecycle of network functions, from initial configuration to continuous deployment and operations, enhancing network reliability and reducing maintenance downtime. - Multi-Vendor Support: Facilitates the deployment and management of multi-vendor 5G Core and RAN network functions on Google Distributed Cloud Edge and Google Kubernetes Engine, promoting interoperability and flexibility. Primary Value and Problem Solved: Telecom Network Automation addresses the complexities inherent in building and managing scalable 5G networks. Traditional automation approaches often fall short in supporting on-demand scaling, minimizing configuration drifts, and optimizing operational costs. By providing a declarative, intent-based automation mechanism, Telecom Network Automation enables CSPs to deploy and manage entire networks efficiently through a single interface. This approach not only accelerates service delivery but also reduces operational processes, optimizes network reliability, and ensures compliance with security requirements. Ultimately, it empowers CSPs to achieve zero-touch provisioning, leading to increased network availability, resiliency, and cost-effectiveness.

Digital Threat Monitoring Visibility into the open, deep and dark web to anticipate threats

Organizations now have the ability to provide Google-quality search, browse and recommendations on their own digital properties, helping to increase conversions and reduce search abandonment.

AlphaGeometry offers AI-driven solutions for advanced geometry problems, suitable for Olympiad-level challenges.

ScanPro is a privacy-first Android scanner that works 100% offline. Scan and generate QR codes, barcodes (20+ formats including EAN, UPC, Code 128, Data Matrix), and documents to PDF. Built-in inventory management system to track stock with barcodes. Features: batch scanning (50+ items per session), low-stock alerts, CSV/PDF export, barcode label printing, PDF tools (compress, split, merge), document scanner, and 13 languages including RTL. No login, no cloud, no tracking. Completely free. Developed by TheCoCoder (thecocoder.com).

iDVR, formerly known as Devolution Security System, is an open-source video surveillance solution designed to manage up to 16 cameras simultaneously. It offers features such as motion detection, real-time notifications, and recording capabilities that capture footage in MP4 format. Users can stream live video feeds over local area networks using multicast or over the internet via unicast. The system is compatible with Linux and BSD operating systems and is licensed under the GNU General Public License version 2.0 . Key Features and Functionality: - Multi-Camera Support: Manage and monitor up to 16 cameras concurrently. - Motion Detection: Automatically detect movement to trigger recordings and notifications. - Recording Capabilities: Capture video at up to 25 frames per second in MPEG-4 format. - Live Streaming: Stream live video feeds over LAN or the internet . - Platform Compatibility: Operates on Linux and BSD systems. - User Interface: Provides both X Window System and web-based interfaces for user interaction. Primary Value and User Solutions: iDVR addresses the need for a cost-effective and scalable video surveillance system suitable for both personal and professional environments. By supporting multiple cameras and offering motion detection with real-time notifications, it enhances security monitoring capabilities. The ability to stream live footage over networks ensures that users can access real-time video feeds from various locations, providing flexibility and peace of mind. Its open-source nature allows for customization and integration into existing security infrastructures, making it a versatile choice for users seeking a reliable surveillance solution.

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