The latest developments in DevOps and platform engineering reveal a field in transformation. From CircleCI's Codex integration and GitHub's staged npm publishing to the open-sourcing of Copilot for Eclipse, three forces are reshaping how teams build and ship software.
May 2026 brings major DevOps developments: OpenTofu 1.12 introduces dynamic prevent_destroy and JSON output improvements, HashiCorp Vault launches envelope encryption for large artifacts, Tekton v1.12.0 hardens security with a dedicated events controller, and Backstage v1.51.0 delivers new UI components and auth hardening. Here is what platform teams need to know.
The DevOps and Platform Engineering space is undergoing one of its most significant shifts in years. In May 2026, major tooling vendors and open source projects are converging on a common theme: AI-powered development workflows must be paired with robust validation, infrastructur
Platform engineering is not merely DevOps renamed—it represents a fundamental shift in how organizations build internal developer platforms that reduce cognitive load and accelerate delivery.
Platform engineering has a crisis: 70% of platform teams fail to deliver measurable impact. This article explores why platforms fail, what success looks like, and how to build developer-first platforms that actually get adopted.
From agentic CI/CD to open observability standards, explore the pivotal developments defining modern DevOps practices in 2026, including Grafana 13, supply chain security mandates, and the rise of AI-augmented platform engineering.
The DevOps landscape in 2026 is transforming through agentic AI, platform engineering maturity, GitOps standardization, OpenTelemetry adoption, and supply chain security requirements. From AWS DevOps Agent to self-architecting systems, discover how these converging trends are reshaping software delivery.
The AI infrastructure landscape of 2026: vLLM dominates inference, AMD and TPUs challenge NVIDIA, vector databases mature for RAG, and AI observability becomes essential for production ML systems.
When adding GPUs doesn't reduce latency, the problem isn't capacity—it's routing. Discover how llm-d's cache-aware scheduling delivers 57x faster TTFT and 2x throughput on the same hardware.
Financial services organizations are achieving 95% pipeline compliance and unified observability across hybrid platforms using CNCF graduated projects like OpenTelemetry, Prometheus, and Envoy. Discover how cloud native observability is transforming the industry.
A five-year journey from push-based pipelines to a self-service GitOps platform managing over 500 clusters, 2,000 nodes, and 100,000 containers.
AWS AFT now supports native OIDC integration with HCP Terraform, eliminating manual IAM configuration. Here's how to implement secure, short-lived credentials for your infrastructure automation.
The 2023 debate was about licensing. The 2026 decision is about control plane ownership. Three years after HashiCorp moved Terraform from MPL to BSL, teams that…
We’re experiencing an “everything changed” moment for IT operations and site reliability engineering. Driven by AI-assisted development, cloud adoption, and Kubernetes auto-scaling, infrastructure deployments are scaling…
Learn how to connect private PostgreSQL databases to Grafana Cloud using Private Data Source Connect (PDC) and leverage the AI assistant to translate complex queries into visualizations without exposing data to the public internet.
vLLM v0.19.0 brings full Google Gemma 4 architecture support, speculative decoding with zero-bubble async scheduling, and significant Model Runner V2 maturation for improved throughput and efficiency.
The declarative configuration specification for OpenTelemetry hits stable 1.0, bringing consistent YAML-based SDK configuration across five languages with more implementations underway.
The latest containerd patch release fixes critical CRI bugs including registry mirror configuration, CNI DEL handling after restarts, and an AppArmor regression affecting unix domain sockets.
Continuous production profiling becomes a first-class OpenTelemetry signal as Profiles enters public Alpha, featuring an eBPF-based profiler and unified OTLP format compatible with pprof.
OpenTelemetry's eBPF-based zero-code instrumentation now captures HTTP headers for span enrichment, enabling faster incident response by adding request context like tenant and user segment without code changes.
