Docker
One Dockerfile, Two Architectures: What Actually Breaks When You Move Containers to ARM
Migrating Docker containers from x86 to ARM? Discover hidden dependency issues, native library failures and essential tests for reliable ARM deployments ...
Garima Agarwal | | AMD64, ARM Migration, ARM Testing, ARM64, CI/CD, cloud infrastructure, cloud migration, Container Compatibility, container optimization, container security, Dependency Management, devops, docker, Docker Buildx, Dockerfile, kubernetes, Multi-Architecture Containers, Native Libraries, Runtime Failures, x86
When the Scheduler is Full but the Autoscaler Is Not
Docker Swarm autoscaling can look healthy at the VM layer while services remain unschedulable. Effective scaling needs scheduler capacity signals as well as host utilization ...
Praneeth Kodumagulla | | autoscaling, Azure autoscale, Azure Monitor, Azure VM Scale Set, capacity planning, cloud operations, container capacity, container orchestration, container scheduling, devops, Docker services, Docker Swarm, infrastructure autoscaling, memory reservations, platform engineering, resource reservations, schedulable capacity, scheduler metrics, VMSS, workload placement
Microsoft Bakes Linux Container Support Directly into Windows
Linux developers relegated to working on corporate Windows machines no longer have to wrangle with Docker Desktop, file system translations or container lifecycle incompatibilities. This week, Microsoft has released into general availability ...
Docker Hub vs. Private Registries: Security Tradeoffs
In the race to accelerate software delivery, Docker Hub has become a default starting point for developers and organizations alike. It offers convenience, accessibility, and a vast ecosystem of pre-built images that ...
Docker Desktop Gets a Hypervisor of its Own
Docker is bringing full backend parity across all of its Docker Desktop editions, ensuring that macOS, Windows, and (eventually) Linux users get the same performance and polish. The company unveiled a new ...
Hardening the Core: Container Validation and Malicious Package Defense
Docker images are becoming a major software supply chain risk. Learn why scanning alone is not enough and how layered security can protect containers from build to runtime ...
Sean Roth | | CI/CD security, cloud native security, container image vulnerabilities, container isolation, container registries, container runtime security, container security, container vulnerability scanning, dependency security, DevSecOps, Docker hardening, Docker image security, image lifecycle security, image validation, malicious container images, malicious packages, minimal base images, non-root containers, runtime protection, SBOM, secure build practices, secure Docker images, software supply chain security, zero-day threats
BellSoft Rings Change Bringing Zero-CVE Images to Buildpacks Users
BellSoft is bolstering Paketo Buildpacks. As an OpenJDK vendor known for providing tested (and commercially supported) Java distributions, Bellsoft is now offering a new hardened builder image for Paketo Buildpacks ...
Vercel Now Lets You Deploy Any Dockerfile Straight to Production
Vercel now runs any Dockerfile as a serverless function with autoscaling — but function limits and no durable storage still apply ...
Deploying Docker AI Agents on OCI and OKE
This guide details the architectural transition of AI agents from experimental scripts to "first-class production workloads" using Oracle Cloud Infrastructure (OCI) and Oracle Kubernetes Engine (OKE). It emphasizes a zero-trust, scalable approach ...
Pavan Madduri | | Agentic Architecture, AI, AI agents, containerization, Data Minimization, docker, Event-Driven Autoscaling, GitOps, infrastructure as code, kagent, KEDA, Kubernetes CRD, Kyverno, LLM Inference, MCP server, Model Context Protocol, oci, OCI Generative AI, OCI Vault, OCIR, OKE, OpenTelemetry, Oracle Kubernetes Engine, Production Workloads., Terraform, Virtual Nodes, Zero-Trust Security
Java Code Isn’t the Problem – The Container Is
Learn how integrating Docker Scout into Java CI pipelines shifts container security left, replacing manual reviews with automated gates to secure base images and dependencies ...

