- Anthropic's new runtime collapses three infrastructure layers into one.
Just a few weeks after announcing Claude Managed Agents, Anthropic has updated the platform with three new capabilities that collapse infrastructure layers like memory, evaluation, and multi-agent orchestration, into a single runtime.
This move could threaten the standalone tools that many enterprises cobble together.
The new capabilities — 'Dreaming,' 'Outcomes,' and 'Multi-Agent Orchestration' — aim to make agents inside Claude Managed Agents “more capable at handling complex tasks with minimal steering,” Anthropic said in a press release.
Dreaming deals with memory, where agents “reflect” on their many sessions and curate memories so they learns and surface unknown patterns. Outcomes allows teams to define and set specific rubrics to measure an agent's success, while Multi-Agent Orchestration breaks jobs down so a lead agent can delegate to other agents.
Claude Managed Agents ideally provides enterprises with a simpler path to deploy agents and embeds orchestration logic in the model layer. It’s an end-to-end platform to manage state, execution graphs, and routing. With the addition of Dreaming, Outcomes and Multi-agent Orchestration, Claude Managed Agents expands capabilities even further and directly competes with tools like LangGraph or CrewAI, as well as external evaluation frameworks, RAG memory architectures, and QA loops.
An integration threat
Enterprises must now ask: Should we ditch our flexible, modular system in favor of an agent platform that brings almost everything in-house?
Anthropic designed Claude Managed Agents to share context, state, and traceability in one place. This means the platform sees every decision agents make, rather than enterprises having to wire separate systems together. It sounds practical to have one platform that does everything. But not all enterprises want a full-service system.
Claude Managed Agents already faces criticism that it encourages vendor lock-in because it owns most of the architecture and tools that govern agents. In the current paradigm, an organization may run Managed Agents but keep multi-agent orchestration, memory, or evaluations in a separate space ensures flexibility.
The platform offers a fully-hosted runtime, which means memory and orchestration run on infrastructure the enterprise does not own. This can become a compliance nightmare for some organizations that have to prove data residency.
Another problem to consider is that enterprises already in the middle of large-scale AI transformations must cobble together workarounds to deal with the constraints of their tech stack. Not every workflow is easily replaceable by switching to Claude Managed Agents.
Dreaming and outcomes against current tools
Most enterprises have a fragmented approach to AI deployment.
For example, they may use LangGraph or Crew AI for agent routing and workflow management, Pinecone as a vector database for long-term memory, DeepEval for external evaluation, and a human-in-the-loop quality assurance to review some tasks. Anthropic hopes to do away with all of that.
With Dreaming, Anthropic approaches memory by allowing users to actively rewrite it between sessions, so the agent essentially learns from its mistakes. Anthropic says this capability is useful for long-running states and orchestration. Current systems often handle memory persistence by storing embeddings, retrieving relevant context, and adding more state over time.
Outcomes addresses the evaluation portion by detailing expectations for agents. Instead of external quality checks, which are often done by a team of humans, Anthropic is bringing evaluation into the orchestration layer rather than above it.
But it’s the Multi-Agent Orchestration capability that pits Claude Managed Agents against orchestration frameworks from Microsoft, LangChain, CrewAI, and others. Model providers like Anthropic and OpenAI have already begun pushing aggressively into this space, arguing that bringing this to the model layer gives teams better control.
Big decisions to make
Enterprises face a big decision, and this one could depend on where they are in agent maturity.
If an organization is still experimenting with agents and has not deployed many in production, they may find moving to Claude Managed Agents and configuring Dreaming and Outcomes to their needs much easier. This is the stage of development where, even if enterprises are using a third-party orchestrator like LangChain, they’re still customizing it.
But for those who are already further along in the process, the calculation becomes trickier. It’s now a matter of parallel evaluation and better understanding of their processes.
Businesses, though, will face the same decision even if they don’t intend to use Claude Managed Agents. Anthropic has signaled that other model and platform providers will likely shift their product roadmaps to a similar model that keeps everything locked in the same system — because models may become interchangeable, but the tooling and orchestration infrastructure will not.
- Your Personal Knowledge Graph Now Lives Outside the Control Plane
Enterprise AI teams running centralized orchestration stacks now have a new variable to account for: AWS Quick, which expanded this week to a desktop-native agent that builds a persistent personal knowledge graph and executes actions across local files and SaaS tools — outside the visibility of most control planes.
Unlike chat-based copilots that reset with each session, Quick now maintains a continuously updated knowledge graph built from the user's local files, calendar, email and connected SaaS apps. It uses it to proactively trigger actions without waiting to be asked.
AWS launched Quick in October last year as an alternative to AI workflow and productivity platforms coming from Google, OpenAI and Anthropic. It was a way for enterprise employees to access insights from connected applications, an agent builder, deep research, and workflow automation. Now, it’s grown beyond a simple AI assistant and acts more as a proactive workflow agent with a stateful, real-time knowledge graph of the user. It integrates with third-party apps like Google Workspace, Microsoft 365, Zoom, Salesforce and Slack — and now local files — so the agent can gather context and take actions.
“What we’ve been hearing is that many enterprises have not been happy with how difficult it is to get context from their legacy tools,” Jigar Thakkar, vice president of Quick Suite at AWS, told VentureBeat in an interview. “Our vision is that Quick is a desktop experience that is the one place where people can go to get all their information and tasks.”
Governance blindspots
Enterprises often put orchestration layers at the center to help guide and manage agents. Context is pulled in, decisions are made, and then actions are executed within defined system boundaries.
Recent releases like Anthropic’s Claude Managed Agents or updates to OpenAI’s Agent SDK also push for more stateless, autonomous agents within enterprise workflows, but still operate within defined orchestration boundaries.
Quick still operates under enterprise controls, something that AWS has always underscored with its AI products, so actions taken on Quick remain bound by permissions, identity and security. Integrations remain managed by either an API or an MCP connection.
However, this evolution of Quick introduces a more subtle shift in the decision layer. AWS updated Quick to build a personal knowledge graph that learns more about the user the more they interact with the platform. It builds a profile based on how they use local files, calendar, email or third-party app integrations to proactively suggest actions such as reminding a team leader to set up check-ins.
Enterprises should be wary that a kind of shadow orchestration could arise in a system like this. The personalized context means the decision layer focuses on implicit triggers rather than set workflows, user-specific interpretations, and different action timings. Practitioners are rightfully wary of this much autonomy, understanding that shadow orchestration may not be something completely under their control.
Upal Saha, co-founder and CTO of Bem, told VentureBeat in an email that platforms like AWS Bedrock AgentCore, its managed agent runtime, and similar ones from Salesforce "maximize autonomy rather than accountability" so enterprises are not losing agent visibility by accident.
"When you deploy an agent that reasons its way to a decision across multiple steps, you have already accepted that you will not be able to fully explain what happened after the fact," Saha said. "That is fine for a demo. It is not fine for a claims processing pipeline or a financial workflow where a regulator can ask you to produce a complete audit trail for every automated decision made in the last three years."
AWS said the platform's governance model is designed to address these concerns. “Users can set up different agents and automated workflows tailored to their role — things like monitoring tickets, pulling data from connected systems, or drafting docs — all managed within a governed environment where IT retains control over what's connected and what data flows where. It's designed to give individual users flexibility while keeping enterprise-level oversight in place,” an AWS spokesperson said.
A possible blueprint
Quick’s evolution from an AI assistant to something more proactive represents a possible approach some enterprise software providers will take to deep AI agent integration into workflows. While what AWS wants to accomplish with Quick—better context from apps and local files and a strong understanding of what its users actually want to do—is not unique, it isn’t focusing on traditional orchestration. Instead, it’s relying on context-driven agent management.
This market tension is growing, as evidenced by the release of similar platforms. Mistral, for example, announced Workflows the same day as the updates to Quick. That platform uses a more traditional orchestration framework.
Stateful and personalized agents continue to evolve, and so do the questions around how enterprises govern them.
- The Scaffolding Era Fades, Making Way for Smarter AI Workflows
The scaffolding layer that developers once needed to ship LLM applications — indexing layers, query engines, retrieval pipelines, carefully orchestrated agent loops — is collapsing. And according to Jerry Liu, co-founder and CEO of LlamaIndex, that's not a problem. It's the point.
“As a result, there's less of a need for frameworks to actually help users compose these deterministic workflows in a light and shallow manner,” Jerry Liu, co-founder and CEO of LlamaIndex, explains in a new VentureBeat Beyond the Pilot podcast.
Context is becoming the moat
Liu’s LlamaIndex is one of the foremost retrieval-augmented generation (RAG) frameworks connecting private, custom, and domain-specific data to LLMs. But even he acknowledges that these types of frameworks are becoming less relevant.
With every new release, models demonstrate incremental capabilities to reason over “massive amounts” of unstructured data, and they’re getting better at it than humans, he notes. They can be trusted to reason extensively, self-correct, and perform multi-step planning; Modern Context Protocol (MCP) and Claude Agent Skills plug-ins allow models to discover and use tools without requiring integrations for every one independently.
Agent patterns have consolidated toward what Liu calls a "managed agent diagram" — a harness layer combined with tools, MCP connectors, and skills plug-ins, rather than custom-built orchestration for every workflow.
Further, coding agents excel at writing code, meaning devs don’t need to rely on extensive libraries. In fact, about 95% of LlamaIndex code is generated by AI. “Engineers are not actually writing real code,” Liu said. “They're all typing in natural language.” This means the layers between programmers and non-programmers is collapsing, because “the new programming language is essentially English.”
Instead of manual coding or struggling to understand API and document integration, devs can just point Claude Code at it. “This type of stuff was either extremely inefficient or just would break the agent three years ago,” said Liu. “It's just way easier for people to build even relatively advanced retrieval with extremely simple primitives.”
So what’s the core differentiator when the stack collapses?
Context, Liu says. Agents need to be able to decipher file formats to extract the right information. Providing higher accuracy and cheaper parsing becomes key, and LlamaIndex is well-positioned here, he contends, because of its developments with agentic document processing via optical character recognition (OCR).
“We've really identified that there's a core set of data that has been locked up in all these file format containers,” he said. Ultimately, “whether you use OpenAI Codex or Claude Code doesn't really matter. The thing that they all need is context.”
Keeping stacks modular
There’s growing concern about builders like Anthropic locking in session data; in light of this, Liu emphasizes the importance of modularity and agnosticism. Builders shouldn’t bet on any one frontier model, or overbuild in a way that overcomplicates components of the stack.
Retrieval has evolved into “agent-plus-sandbox,” as he describes it, and enterprises must ensure that their code bases are tech debt free and adaptable to changing patterns. They also have to acknowledge that some parts of the stack will eventually need to be thrown away as a matter of course.
“Because with every new model release, there's always a different model that is kind of the winner,” Liu said. “You want to make sure you actually have some flexibility to take advantage of it.”
Listen to the podcast to hear more about:
LlamaIndex’s beginnings as a ‘toy project’ with initially only about 40% accuracy;
How SaaS companies can tap into complicated workflows that must be standardized and repeatable for average knowledge workers;
Why vertical AI companies are taking off and why ‘build versus buy’ is still a very valid question in the agent age.
You can also listen and subscribe to Beyond the Pilot on Spotify, Apple or wherever you get your podcasts.