Google Rewrites Critical C Dependencies to Rust Using AI and Differential Fuzzing
Security teams at Google have validated a novel pathway for eliminating legacy memory vulnerabilities across legacy infrastructure by leveraging Gemini to translate C codebases into memory-safe Rust equivalents.
Fraud Detection Using Random Forest, Neural Autoencoder, and Isolation Forest TechniquesInfoq
Grab Redesigns Counter Service Storage for 50% Lower P99 LatencyInfoq
The Async Multiprocessing Has Sound Foundations in Linux, But Further Testing is NeededInfoq
AI Agents with Cloud Credentials Are Outrunning Billing Guardrails Built for Human-Speed MistakesInfoq
How to Develop Software Engineering Skills in the Age of AIInfoq
CodeGuardian: a Model Context Protocol Server for AI-Assisted Code Quality Analysis and SecurityInfoq
Top 3 Use Cases for Speech-to-Text in Gaming - Deepgram Blog ⚡️Deepgram
No Code Transcription: Simplifying Workflows with Deepgram and Make.comDeepgram
Local Kubernetes Development Using Minikube and Redis EnterpriseRedis
Six Things to Consider When Using Redis on HerokuRedis
Customer.io Automatically Standardizes Form Submissions for ReportingZapier
How to connect Google Sheets to NotionZapier
How automation helped us get better customer reviewsZapier
Google Anthos from the Eyes of a Kubernetes DeveloperThenewstack
Pulumi ESC Table Editor Now Supports Dynamic Credential and Secret IntegrationsPulumi
Announcing Restore Stacks: Recover Deleted Stacks in the Pulumi CloudPulumi
How We Eliminated Long-Lived CI Secrets Across 70+ ReposPulumi
Pulumi Neo Now Supports AGENTS.mdPulumi
Pushing Pulumi ESC Secrets into External PlatformsPulumi
Introducing New Slimmer Docker ImagesPulumi
