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Kubernetes has become the dominant container orchestration platform, used by more than 80% of container users, but widespread adoption hasn’t eliminated tensions between developers and operations teams. Developers value Kubernetes for its self-service capabilities and ability to move quickly, while operations teams prioritize stability, governance and controlled change. In this episode, HPE Fellow David Estes explains how those competing priorities are becoming more challenging as applications spread across hybrid and edge environments and AI inference workloads increase demand for GPU scheduling and rapid capacity scaling. He also warns that excessive reliance on microservices can create unnecessary “architecture bloat.” AI, however, could help solve some of the complexity it is creating. Estes sees opportunities to use AI automation to monitor Kubernetes clusters, analyze logs, automate infrastructure tasks and potentially predict outages. With tools such as HPE OpsRamp supporting multicloud and on-premises environments, AI-driven operations could ultimately help developers and operations teams manage increasingly complex Kubernetes infrastructure more effectively. Learn more from The New Stack around the latest developments in HP Enterprise: HPE's AI agents cut root cause analysis time in half AI Is Quickly Making IT Teams and Developers From Invisible to Indispensable Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

Open-source technology has played a foundational role in the AI boom, giving companies the flexibility to scale unprecedented computing workloads across providers and hardware. OpenAI, for example, used Kubernetes as early as 2018 to balance compute across its own data centers, AWS and Azure — years before ChatGPT brought generative AI into the mainstream. CNCF Executive Director Jonathan Bryce sees a powerful feedback loop emerging between AI and open source. Early AI companies relied on open-source tools because commercial products couldn’t support the scale and complexity of their work. As those companies contribute back, enterprises across industries gain access to increasingly sophisticated AI infrastructure. AI is now accelerating open-source development itself. CNCF has used agents to assist with project due diligence, helping move projects through its graduation process faster. As AI agents increase development speed and infrastructure demands, Bryce argues that open-source communities will be critical for addressing challenges including multi-cloud computing, hardware diversity, guardrails and software capable of operating at agent speed. Learn more from The New Stack around the latest open source and AI developments: Open-source AI is just "4 months behind" closed frontier models - and 10x cheaper  Is AI killing open-source software?  Open source maintainers are drowning in AI-generated pull requests. Enterprise teams are next.  Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

Dynatrace's view is that AI apps should be monitored like any other app. They still run alongside older systems, including mainframes, and when something breaks, teams need to know what it cost and why it happened. Their Bluebox agent, introduced in July, compares a team’s code with production data and proposes a fix as a pull request. Engineers can review it or let it run without them. The goal is fewer alerts, delivered in the tools developers already use, such as Claude and Codex, rather than in a separate dashboard.Learn more from The New Stack around the latest around Dynatrace's latest development: Dynatrace’s new agents can reveal the single hardest part of AI operations Beyond automation: Dynatrace unveils agentic AI that fixes problems on its own Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

For many developers, turning an AI-generated prototype into maintainable software requires more than generating code—it requires infrastructure, collaboration, testing and review. In this episode of The New Stack podcast, Bit Cloud founder and CEO Ran Mizrahi discusses Bit Cloud 2.0 and Hope, the company’s AI builder, and how they connect application creation with the work that follows. Mizrahi explains how reusable components, authentication and integrations can help teams avoid duplicating work, reduce token costs and simplify code review. The conversation also explores collaboration across developers, designers, product managers and business teams, all working from shared building blocks. Mizrahi demonstrates how development workflows can extend to mobile devices, including staging previews, build checks and code review. The discussion covers working with existing codebases, tools such as Claude Code and Cursor, and moving standard application code beyond Bit Cloud. Demonstrations show an Instagram-style prototype evolving into an application architecture and how testing can catch problems before production. Throughout, Mizrahi emphasizes building on existing work so each application can become a foundation for the next. Learn more from The New Stack around the latest in integrating AI into Development workflows Your AI Workflow Is Missing a Composable Architecture Lessons from 2 Years of Integrating AI into Development Workflows  Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

CloudBees CEO Mo Plassnig is leading the CI/CD company through a major transformation as generative AI reshapes software development. Returning to CloudBees eight years after joining through its acquisition of CodeShip, which he co-founded, Plassnig says the emergence of generative AI renewed his interest in DevOps and the opportunities ahead. His central concern is the dramatic increase in code generated by AI. Rather than focusing on predictions that autonomous agents will replace developers, Plassnig argues that enterprises face a more immediate challenge: safely managing, governing, and deploying an unprecedented volume of machine-generated software. After meeting with Fortune 500 companies, public organizations, and global enterprises, Plassnig found a significant gap between AI hype and real-world adoption. Enterprises recognize the potential of agentic coding but must contend with complex process changes, governance requirements, and security concerns. His strategy is to reposition CloudBees as an AI-first company while rethinking how its Jenkins automation platform can support this new era of software development. Learn more from The New Stack around the latest update with CloudBees and CI/CD: CloudBees CEO: Why Migration Is a Mirage Costing You Millions Why coding agents will break your CI/CD pipeline (and how to fix it) Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

The AI industry has faced a growing enterprise dilemma: companies want access to powerful proprietary AI models without risking sensitive data or intellectual property, while AI labs want to protect their model weights from being exposed to customers. Traditionally, businesses had to choose between proprietary models with potential data-leakage concerns or open-weight models that lagged behind the frontier. Vast Data co-founder Jeff Denworth argues that a new approach can address both sides of the trust problem. Vast Data’s DataEnclave uses Nvidia’s Confidential Computing technology to let enterprises run proprietary AI models securely on their own infrastructure, while preventing either the company’s data or the AI lab’s model weights from being exposed. Denworth says the timing reflects rapidly increasing enterprise AI adoption, particularly after agentic coding tools drove demand and usage. As AI agents create new requirements at the data layer, the podcast explores how enterprises are approaching AI, the security challenges involved, and the untapped potential of enterprise data. Learn more from The New Stack around the latest in AI trust: VAST Data tackles the enterprise AI trust gap Google, Microsoft, and OpenAI join forces to help create AI’s missing trust layer Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

Harness Field CTO Martin Reynolds joins The New Stack to talk about what happens after coding agents start opening pull requests faster than anyone can review them. He explains how he first saw the bottleneck during early GitHub Copilot trials, the three ways enterprises are coping with the volume now, and why Harness rebuilt its Code Repository and launched AI Code Review for agent traffic. The conversation also covers GitHub's recent outages, the software delivery knowledge graph behind Harness's reviewer, and how much of the delivery pipeline should stay deterministic.   Learn more from The New Stack around the latest in coding agents: AI coding agents can write code, Crafting wants to help them ship it Git real: AI agents aren't just for solo developers anymore Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

Traces provide a detailed view of a request’s journey through data, microservices and applications, helping SREs pinpoint where failures occur and resolve issues faster. But while tracing can reduce downtime and developer burnout, collecting every trace creates its own problems. Storing massive volumes of data is expensive, can burden the systems being monitored and makes it harder to find the information that actually matters. The solution isn’t abandoning tracing, but being smarter about what gets retained. Head sampling captures only a portion of traces upfront, while tail sampling evaluates completed traces and keeps those most valuable for troubleshooting. Dynamic sampling goes further by filtering repetitive or nearly identical traces before they overwhelm storage. On The New Stack podcast, Sarah Hudspeth of Chronosphere, a Palo Alto Networks company, explains how teams can build a more effective tracing strategy. She breaks down how thoughtful sampling and observability design can turn tracing from a data-hoarding problem into a practical tool for production troubleshooting.  Learn more from The New Stack around the latest in tracing: Sampling: the philosopher’s stone of distributed tracing How OpenTelemetry Works: Tracing, Metrics and Logs on Kubernetes Why Synthetic Tracing Delivers Better Data, Not Just More Data Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

As AI evolves from conversational chatbots to autonomous agents, CPUs are becoming an increasingly important part of the infrastructure equation. In this episode, The New Stack speaks with Bhumik Patel of Arm and Mo Farhat of Google about how CPUs act as an “air traffic controller” for agentic workloads, handling orchestration, data preparation, semantic search, vector databases, code execution and API calls alongside GPUs and TPUs. Smaller AI models, including summarizers and evaluators, can also run effectively on CPUs for specialized tasks.  As agents increasingly generate and execute code, secure sandboxing becomes critical. Google’s gVisor and GKE Agent Sandbox provide isolation and scalable environments, with the latter supporting up to 300 sandboxes per second per cluster. The discussion also explores efficiency and cost, with Google highlighting Axion’s price-performance and energy-efficiency advantages across different workload types. Ultimately, the shift toward agentic AI is creating a more diverse compute environment where CPUs, GPUs and TPUs each play complementary roles in delivering scalable, efficient AI applications. Learn more from The New Stack around the latest in CPUs in the world of AI agents:  AI Agents Will Eat Enterprise Software, Just Not in One Bite  How to ground AI agents in accurate, context-rich data  Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

Doist CTO Gonçalo Silva says AI is reshaping software development, but success depends on restraint rather than rapid feature expansion. Instead of chasing every AI capability, Doist prioritizes “subtraction over addition,” removing features that fail to deliver lasting value despite development investment. After experimenting with nearly 20 AI concepts, the company found success with Ramble, an AI-powered voice task capture feature, while remaining model-agnostic through rigorous testing and evaluations.  Internally, developers use a variety of AI coding tools rather than standardizing on one platform, while Doist OS—a companywide AI assistant with nearly 100 shared skills—helps employees across all functions work more effectively. Silva also outlined Doist’s approach to AI-powered automations, separating AI-driven workflow generation from deterministic execution to improve reliability and reduce token costs. Throughout its AI strategy, the company emphasizes purposeful features, privacy, transparency, and continuous improvement, ensuring AI enhances user productivity without compromising product quality or trust. Learn more from The New Stack around developer productivity:  Developer Productivity in 2025: More AI, but Mixed Results Optimizing for Developer Productivity Creates a Winning DevEx Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

As AI coding agents accelerate software development, they also create new challenges for site reliability engineers (SREs), who are increasingly responsible for debugging systems that no single human fully understands. In this episode ofThe New Stackpodcast, Sam Farid and Nate Heinrich of Chronosphere argue that AI agents should also be used for root-cause analysis, helping teams diagnose failures more quickly as model capabilities continue to improve.  Rather than immediately purchasing a commercial solution, they recommend organizations first build an in-house AI SRE. The process of documenting systems, dependencies, and operational knowledge creates valuable context that enables AI agents to troubleshoot effectively while improving institutional knowledge. Although Chronosphere offers its own AI SRE platform, the hosts emphasize that building an internal prototype helps teams understand their needs before evaluating vendor tools. As AI-generated code becomes more common, organizations that invest in mapping their systems and leveraging AI for operations will be better equipped to reduce downtime and support increasingly complex software environments. Learn more from The New Stack around AI SREs:  5 ways SRE AI agents are set to augment human capabilities The Future of AI in SRE: Preventing Failures, Not Fixing Them AI Reliability Engineering: Welcome to the Third Age of SRE Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

In this episode with The New Stack Agents, Frederic Lardinois, NVIDIA’s Joey Conway says advances in AI over the past year have dramatically improved the capabilities of local models, making them practical for enterprise and personal use alongside frontier cloud models. Rather than replacing large models, Conway envisions a “system of models” where specialized local models handle routine, cost-sensitive, or privacy-focused tasks, while larger frontier models tackle more complex reasoning. He explains that organizations can fine-tune smaller open models using domain-specific data, creating expert AI agents that reflect the specialized roles found within businesses.  NVIDIA supports this ecosystem through open models, training tools, and software such as NeMo, Dynamo, and Nemotron. Conway also highlights the growing importance of agentic harnesses, which give AI models access to tools, memory, and iterative workflows, significantly improving performance and reducing costs. Looking ahead, he expects AI orchestration to become increasingly important, with intelligent routing systems selecting the right model for each task based on complexity, cost, latency, and data governance requirements, enabling enterprises to balance performance, security, and efficiency. Learn more from The New Stack around NVIDIA's latest updates in AI: Palantir and Nvidia want to change who owns government AI  Nvidia's best model is now live Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

In this episode, Mark Russinovich, CTO of Microsoft Azure revealed Brain, the AI-powered AIOps system that continuously monitors Azure’s health, detects incidents, identifies root causes, and increasingly automates responses such as pausing problematic deployments and notifying affected customers. Built on Azure Resource Graph, Brain creates a real-time digital twin of Azure, mapping dependencies across hundreds of services, data centers, and regions. Although Brain predates the generative AI boom, years of data engineering, standardized service-level indicators (SLIs), and machine learning laid the foundation for today’s capabilities.  Brain combines standardized SLIs, service-specific monitoring, and third-party signals to detect anomalies, while ML models dynamically establish service baselines and correlate outages with software rollouts. Microsoft says automated notifications have reduced customer support tickets by four to six times, with 80–90% of Brain-covered services receiving notifications within 15 minutes, often in under five. The company is also layering LLM-powered agents, called Triangle, on top of Brain to streamline incident routing and eventually enable AI agents to autonomously troubleshoot and remediate outages.   Learn more from The New Stack around the latest in Microsoft Azure: Meet Brain, the AI that decides when Azure is officially down  Microsoft's pitch to enterprises: Ditch Azure Repos for GitHub, despite its rocky reliability record  Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

Subquadratic is beginning to back up its ambitious claims with benchmarks and third-party validation for its SubQ 1.1 Small model, which uses its proprietary Sparse Attention (SSA) architecture to dramatically improve long-context performance. Rather than comparing every token to every other token, SSA selectively processes relationships, enabling near-linear scaling while maintaining high accuracy across context windows of up to 12 million tokens. The company reports near-perfect retrieval performance, competitive coding and reasoning benchmarks, and compute savings of up to 1,000x at maximum context lengths.  Rather than targeting frontier models immediately, Subquadratic is focusing on enterprise customers that need efficient analysis of massive datasets. The current model was built by replacing the dense attention mechanism in an existing open-weight model and then continuing long-context pretraining. Looking ahead, the startup plans to release a larger mid-tier model while continuing research into "zero attention" architectures that could eliminate attention mechanisms altogether, with the long-term goal of surpassing today's transformer-based AI models in both efficiency and capability. Learn more from The New Stack around cloud spending:  The context window has been shattered: Subquadratic debuts a 12-million-token window  What comes after attention? This startup says it already knows. Join our community of newsletter subscribers to stay on top of the news and at the top of your game.

Harness has introduced Autonomous Worker Agents, a new capability that allows enterprises to replace rigid CI/CD pipeline scripts with AI agents that can deploy applications, run tests, and perform security scans while operating under existing governance, security, and audit controls. Unlike Harness' existing expert agents, which assist developers with coding and pipeline creation, Worker Agents autonomously execute pipeline tasks within customer-controlled infrastructure. Agents are defined using simple Markdown files, draw context from the Harness Software Delivery Knowledge Graph, and run in sandboxed environments with scoped permissions and policy enforcement.  Harness also provides built-in audit trails that record prompts, decisions, and outcomes, along with token budgets and approval gates to control AI costs. The launch includes an Agent Marketplace featuring Harness-managed, certified partner, and community-built agents. CEO Jyoti Bansal said production AI agents require far stronger safeguards than coding assistants, positioning Harness' governance and knowledge graph as key differentiators. Looking ahead, the company envisions fully autonomous software engineering, where AI agents manage the software lifecycle while humans oversee high-risk decisions. Learn more from The New Stack around AI software delivery: AI won't speed up software delivery - nothing has How to solve the AI paradox in software development with intelligent orchestration  Join our community of newsletter subscribers to stay on top of the news and at the top of your game.