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Orchestration

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How enterprises coordinate and scale AI in production.

Infrastructure

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The hardware and platforms underneath enterprise AI.

A retro desktop computer with a glowing CRT monitor surrounded by colorful speech bubbles.

Microsoft AI’s MAI-Transcribe-2 undercuts OpenAI, Google and ElevenLabs on price and speed

That figure deserves a pause. When Microsoft AI shipped the first model in this line just five months ago, it charged $0.36 an hour. Thursday's early-bird price cuts that by roughly 72%. For an enterprise processing 100,000 hours of call-center audio a year — a modest volume for a large bank or telecom — the bill drops from $36,000 to $10,000. At that level, transcription stops being a line item anyone argues about.

A cloud dissolves into green pixels merging with a vintage computer on a green background.

Perplexity partners with Nvidia to launch Portable Computer, a fully local AI agent with zero token costs

The launch, developed in close partnership with Nvidia, is one of the most aggressive attempts yet to move serious AI agent workloads off the cloud and onto local devices. The model, the user's files, and the work itself can all stay on the machine. Work completed locally consumes no billing credits, and the company says every task starts on the device by default — with the system asking permission before sending any individual step to a more powerful frontier model in the cloud.

Two hands shaking in front of a vintage mainframe and modern circuit board, symbolizing collaboration.

IBM’s next-gen mainframe chip is the first to run Arm and Z workloads on the same cores

The chip, which will power the next generation of IBM Z and LinuxONE systems, is the first dual-architecture mainframe processor ever built. It is designed to let enterprises run the vast and fast-growing ecosystem of Arm-native Linux software — including the AI frameworks that increasingly define modern infrastructure — directly alongside the z/OS transaction-processing workloads that anchor the world's banks, insurers, and governments.

Events

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Conferences and summits where enterprise AI strategy gets made.

Data

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Pipelines, architecture, and governance for AI-ready systems.

Security

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Protecting AI systems and the data behind them.

Planted prompt

MCP's new spec turns a planted prompt into a stolen credential

The Model Context Protocol's (MCP)'s largest revision since its initial launch shipped on July 28. By the end of the first day, all four Tier 1 SDKs were already speaking the new version, and Cloudflare's Agents SDK had support in place from day zero, with customers such as Sentry and Linear picking it up right away, meaning the surface this article describes is already live in production. A new 12-month deprecation policy keeps the changes in place through at least mid-2027. Most of the coverage has focused on what improvements have been made: A stateless core that scales on ordinary HTTP, OAuth-native authorization, and server-rendered UIs via MCP Apps.

Technology

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Enterprise tech coverage through the lens of AI adoption.

Newsroom

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Video

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VB Transform 2026

Zendesk's 20 Billion Conversation Problem

Agentic infrastructure: How legacy stacks create the bottleneck to AI autonomy Multi-agent systems fail in production if the infrastructure underneath them isn't designed for autonomous, long-running loops. Token costs compound across chained tasks, latency bottlenecks surface inside orchestration layers, and agents drift from their original intent with no mechanism to catch this drift before downstream damage is done. This panel brings together agentic AI leaders who have moved past first-generation agentic deployments to deconstruct four key drivers of success: Inference Economics: How teams are managing cost-per-task in long-running agentic loops, including where speculative decoding and purpose-built small language models actually reduce spend versus where they add complexity. Physical Infrastructure decisions: Compute density, storage, memory, GPUs, inference processing units Orchestration Design: When a central master agent creates a single point of failure versus when a decentralized mesh or hybrid approach introduces coordination overhead and how to make that call based on your workload. Governance at the Infrastructure Layer: How teams are embedding rate limits, kill switches, and audit trails directly into the infrastructure stack to contain runaway API calls and prevent cascading failures before they reach production users.

VB Transform 2026

220 Million Miles. Zero Driver.

VB Transform 2026 Highlights Intelligence at Scale: How Waymo Builds Safe, Efficient AI for the Physical World The Waymo Driver represents the most mature application of AI operating in the physical world. With over 200 million fully autonomous miles driven and an expansion plan for 20+ cities, the company’s pioneering work serves as a roadmap for how to build AI systems that are reliable and safe, even in the most unpredictable scenarios. In this session, Waymo’s director of systems intelligence and machine learning, Manasi Joshi, reveals the key engineering approaches behind their operation and how data systems are improving Waymo's already exemplary safety record. This session will provide lessons for technology leaders in all industry verticals who are scaling their own agentic deployments.

VB Transform 2026

The 'Two Poisons' Problem in AI Testing

VB Transform 2026 Highlights LLM-as-a-judge vs. human-in-the-loop oversight: The great debate on model validation As agents move from prototype to production, the evaluation bottleneck has become one of the biggest hurdles. Can we truly trust an LLM to grade another LLM, or are we simply building a hall of mirrors? In this session, panelists weigh all sides of model validation, testing and putting trusted agents into production. They’ll get into the necessity of LLM-as-a-judge for real-time, automated observability at scale vs. the real world challenges of poor agent responses and the indispensable role of golden-set validation and human-in-the-loop oversight.

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