cloud-native

Tech Optimizer
April 9, 2025
Developers facing Postgres scalability limitations can either migrate to a different database or create a custom backend, both of which can be time-consuming. Springtail is a solution that enhances Postgres performance by offloading and scaling read execution while keeping the existing Postgres instance as the primary data store. It allows for horizontal scaling of read-heavy workloads without extensive application changes or data migrations. Springtail's architecture distributes queries across multiple nodes to improve query throughput. The initial offering includes scalable, on-demand read replicas for Postgres on AWS, which share a storage layer and can independently scale compute resources, allowing users to activate or deactivate replicas as needed. This approach can lead to savings of up to 58% on Postgres read replication compared to Amazon RDS. Springtail was founded in 2023 and is based in the San Francisco Bay Area, supported by Gradient.
Tech Optimizer
April 2, 2025
Bun v1.2 has been released, enhancing compatibility with Node.js and introducing a native S3 object storage API and a built-in Postgres client alongside the existing SQLite client. The update focuses on Node.js compatibility, achieving a 90% pass rate on the Node.js test suite for core modules. The team adapted the Node test suite for Bun to address challenges with error message verification. New features include support for the node:http2 module, which offers a 2x speed enhancement, and additional support for node:dgram, node:cluster, and node:zlib. The built-in S3 support allows file operations with a 5x speed improvement over Node.js packages. The new Postgres client includes optimizations such as automatic prepared statements and connection pooling, potentially increasing read speeds by 50% compared to popular Node.js Postgres clients. Bun is developed in Zig and uses WebKit’s JavaScriptCore as its JavaScript engine, with the first version launched in September 2023.
Winsage
March 27, 2025
The transition to cloud-native endpoint management is changing Windows device management, particularly regarding Windows Update. IT administrators are increasingly relying on Windows Update services for security patches and features. Microsoft has introduced Windows Update for Business to give IT administrators better control over update policies through Group Policy or Mobile Device Management (MDM). Effective management requires understanding which policies to implement for specific desktops. The best approach for managing monthly updates is through servicing rings, which group Windows devices and assign specific update cadences and policies. This method allows controlled rollouts of updates, enabling administrators to prioritize stability and minimize disruption by testing updates on pilot groups before wider deployment. Windows Update for Business manages three update channels: the General Availability Channel for immediate feature updates, the Long-Term Servicing Channel (LTSC) for stability-focused devices, and the Windows Insider Program for testing updates. Administrators can control these channels using specific Group Policy Object (GPO) settings. Two primary update release types are managed: quality updates, which are released monthly and can be deferred for up to 30 days, and feature updates, which are annual and can be deferred for up to 365 days. Administrators can pause the deployment of updates temporarily for up to 35 days. Driver updates are also managed through Windows Update, with options to include or exclude them in monthly quality updates. Optional updates, available monthly, can be controlled using specific GPO and MDM settings.
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