What is Agentic Analytics?

Agentic analytics uses the power of artificial intelligence (AI) to analyze enterprise data, employing autonomous AI agents to develop their own multi-step analytical workflows. These agents function independently to plan and execute decision-ready insights from enterprise data without requiring human oversight. 

This shift toward agentic analytics adoption impacts many layers of an organization. Executives and analytics leaders can turn yesterday’s insights into today’s decision-making through agentic-driven analytics dashboards that they review each morning. AI and data engineering teams can build strategic orchestration as the agents work together to complete complex analytical tasks from start to finish, coordinating across multiple channels, platforms, and permission levels.

Led by an organization’s AI governance framework, each agent in an agentic analytics system operates under predetermined constraints and defined business logic. While an agent may have autonomy in its ability to reason with data, it doesn’t have the same level of autonomy when it comes to requesting or defining what data it can access and which metrics are available for definition. The intelligence is in how agents navigate those boundaries, not in whether they can ignore them.

How Agentic Analytics Differs from Traditional BI

In the past, traditional business intelligence was very straightforward. An executive would ask a question and get a response. Data analysts would spend countless hours crafting queries and developing visualizations. In the meantime, executives waited for their report to make a decision that had already been made by someone else.

With augmented analytics, AI was integrated as a co-pilot to the entire analytical process. It helped accelerate the analytical work with tools such as anomaly detection, natural language querying, and AI-generated suggestions. But the model continued to be mostly reactive. Analytics leaders felt it was useful in speeding up how people worked, although the functionality didn’t change. Ultimately, a person still defined the question, and the system still responded to that question.

The premise is completely different with the advent of agentic analytics. Agents work toward a business goal without waiting for the next instruction by using multi-step reasoning and iterative query refinement. Agentic analytics shifts from answering questions to pursuing objectives. That single change in orientation is what separates it from every generation of analytics tooling that preceded it.

How Agentic Analytics Works

An agentic analytics platform includes multiple, coordinated layers that operate in sequence. AI leaders will anticipate that agents convert corporate objectives into multi-step analytic processes. However, for these conversions to occur effectively within an enterprise environment, the architecture supporting those conversions must be solid. Here’s what most systems include in this architecture:

• Large language models, or LLMs, perform reasoning functions by translating goals, creating plans, and combining the results into a natural-language output that non-technical stakeholders can consume.
• The orchestration and planning layer is responsible for breaking down a high-level objective into tasks, sequencing tool calls, evaluating intermediate results, and determining whether refinement or escalation is necessary. That’s where the actual “agentic” behavior exists.
• The tool integration layer allows agents to connect to external resources such as calculators, APIs, code execution environments, and BI platforms, enabling them to act on the information in the data rather than just describe it.
• Data warehouse access allows agents to query cloud-based platforms like Snowflake, Databricks, and Google BigQuery. However, unrestricted access to a cloud data warehouse will lead to a rapid breakdown in reliability.
• Retrieval-augmented generation (RAG) provides the agent with appropriate context, documentation, and past analyses to improve the accuracy of its reasoning without retraining the underlying model.
• The semantic layer determines whether all components above produce trustworthy results. Data architects require a centrally aligned semantic layer with standardized metrics to ensure that the same question is asked consistently across teams, tools, and agents.
• Governance controls provide role-based permissions, audit logging, and runtime traceability across each agent action. Governance leaders can’t view this as a post-deployment issue; the controls must be integrated into the architecture during development.

Agentic analytics systems are no more reliable than the data definitions they use. When agents reason using inconsistent, uncontrolled, or ungoverned metrics, you’ll get confident-sounding answers that quietly undermine the decisions they’re intended to support.

Enterprise Use Cases by Person

Not everyone in an organization gets the same results from agentic analytics. The value it creates and the risk it introduces shift depending on the role you occupy and what you are responsible for getting right.

Executives and CDAOs

An executive shouldn’t have to wait for an analyst to write a report to find out what caused the drop in revenue last quarter. Agentic analytics can automatically show performance stories, highlight operational risks, and provide context ready for decision-making at the speed at which business moves. The reward is quicker decision-making, which introduces a real risk. When agents use different definitions of metrics, executives quickly lose faith in the results, and subsequently face headwinds to regain it.

Analytics Leaders

Analytics leaders spend too much time repeatedly answering the same report requests and keeping dashboards up to date, even though the reports were already out of date when published. Agentic systems can automate exploratory analysis, lessen the need for dashboards, and significantly improve the self-service maturity of business teams. The benefit is quick, seamless, and democratized insight generation. However, when agents spread inconsistent definitions across all departments at once, metric drift becomes a bigger problem.

Data Analysts

Data analysts get a helpful partner that can handle complex multi-step queries, compare performance scenarios, and investigate anomalies without spending hours doing it manually. Reduced overhead costs let analysts focus on more complex tasks that need human interpretation. The critical takeaway is that AI-generated results are only useful if they can be traced back to governed, validated definitions.

Governance and Risk Teams

The governance team is responsible for ensuring compliance with any rule or regulation for all insights generated by AI and ensuring accountability for all analytic actions after they occur. The advantage of this approach is the ability to monitor the organization at a larger scale. The more frequent and unmonitored the agent’s actions, the greater the system’s vulnerability.

Data Architects

Architects are ultimately responsible for deploying and maintaining an operational agentic analytics platform. An operational and reliable agentic analytics platform will include controlled data access layers, role-based permissioning, and consistent metric definitions across all cloud platforms. A fragmented data model results in poorly performing BI and erratically behaving agents. And that combination inevitably creates problems in any downstream workflow dependencies.

The Hidden Risk: Autonomy Amplifies Inconsistency

One of the most compelling reasons to use agentic analytics is speed. Agents can run complex queries across many business domains in seconds, compile cross-functional insights that would take a team of analysts days to put together, and start downstream workflows without having to wait for a human to review each step.

That speed is real, and it plays a pivotal role in competitive situations. But that speed can result in compromises. According to AScale CEO, Dave Mariani, “Gartner forecasts that more than 40% of agentic AI projects will be abandoned by next year. The primary reason isn’t the AI itself, but the underlying infrastructure.” For related reading, see his post on The Hidden Costs of Letting People “Talk to Data” with AI.

The issue here is that speed doesn’t distinguish correct from incorrect. An agent may determine revenue differently in a financial summary than in an operations report because of the absence of standardized metrics. Neither report will indicate that the two values differ. When executives receive contradictory information, it erodes their trust in the entire analytics process. Once trust in the analytics infrastructure is lost, it is extremely difficult to regain.

Governance teams generally do not understand how rapidly risk grows. When one analyst enters a report incorrectly, that error is tied to that analyst. However, when an autonomous agent simultaneously introduces conflicting logic into dozens of reports, the audit trail becomes more akin to a forensic investigation than a standard review process.

AI leadership shares this same challenge. Autonomous agents trained with prior metric definitions may fail to update their definitions when those definitions change or are unified. In turn, they will continue to perform tasks that make logical sense to them, without discerning what’s current.  Autonomous systems increase both the intelligence and the lack of consistency. Without a governed foundation like a semantic layer, any increased intelligence will always outpace the manual discovery of the inconsistencies created by the autonomous systems.

Why Semantic Layers Are Foundational to Agentic Analytics

The only way for agentic analytics to be successful is through deterministic metric governance. Without it, each component of the architecture discussed above (orchestration, tool integration, and warehouse access) will operate on assumptions rather than verified definitions. Ultimately, that’s a framework built on speculation.

The semantic layer addresses this issue by centralizing KPI definitions, versioning metric logic, hierarchical standards for measurement, and role-based access control across every system that interfaces with data. For analytics leaders, this means dashboards, co-pilots, and agents interpreting metrics in the same way, regardless of which tool or workflow presents them. The architecture itself creates consistent metrics.

When business logic resides in the semantic layer rather than an application, agent, or notebook, you are in control of autonomy. For example, changing a metric definition will correctly propagate that change in every place the metric is referenced, thereby eliminating a search to discover where the logic was manually duplicated.

For governance teams, a centralized set of defined metrics transforms an audit review from an investigative project into a task to verify the metrics’ existence. Each agent action can be traced back to a definition that has been governed, along with its lineage and version history. AtScale’s semantic layer provides this base for both BI and AI systems, enabling a single source of truth that integrates with Power BI, Tableau, Snowflake, Databricks, and AI agents. No need to move or duplicate data.

Runtime Explainability in Agentic Analytics

As AI systems become more autonomous, human oversight becomes more important. No matter how many steps the agent took to get there, runtime explainability makes sure that every autonomous analytic action can be audited alongside business logic.

For compliance teams, explainability demands three requirements: recorded decisions, clear reasoning paths, and repeatable queries. An agent that provided insight last Tuesday needs to be rebuilt using the same metric definitions, data state, and permissions that were in place then. It’s almost impossible to guarantee that level of traceability without version-controlled semantic logic.

AI leaders who put agents to work in production settings need runtime transparency to keep operations safe and scalable. For CDAOs, it’s actually easier than that. When executives can see how an insight was generated and ensure it comes from governed definitions, trust in the system grows over time rather than diminishing with each unexplained result.

Implementation Challenges

Using agentic analytics in a business setting is more about architecture than installing software. Most businesses face the same problems, and acknowledging them honestly is the first step toward navigating them effectively.

• Fragmented data ecosystems: Most businesses have years’ worth of tools, pipelines, and platforms that were never meant to work together in a common semantic context. Connecting agents in those environments without a central logic layer makes integration harder, not easier.
• Conflicting KPI definitions: When “churn” means one thing in finance and something else in sales, agents will produce outputs that show that disagreement on a large scale. Definitional conflicts must be resolved before deployment.
• Insufficient governance maturity: Almost half of all businesses say that their AI governance is not very good or not very developed. Governance frameworks for agentic systems need to be in place before the first agent is deployed, not put together after the first failure.
• Security and permission complexity: Agents that move between different data systems create problems with managing identity, access, and credentials that traditional row-level security was never meant to handle at this speed or level.
• AI hallucination risks: When agents query raw, ungoverned tables, they guess at what they find and use that information to make decisions. The best way to lower the risk of AI hallucinations in production environments is to ground agents in verified, semantically defined data.
• Organizational readiness gaps: The technical architecture may be fine, but agentic analytics requires analysts, governance teams, and business stakeholders to work differently. Closing the AI literacy gap across those roles is a challenge for both change management and technology.

Is Your Organization Ready for Agentic Analytics?

Being ready for agentic analytics is not a yes-or-no answer. Most businesses fall somewhere on a spectrum, and it’s better to know where you stand than to rush to deployment.

Beginning with the data layer, the initial questions about autonomous workflows arise when defining KPIs. Are the KPI definitions consistent across all teams? Or, do each of the teams develop their own KPI definitions? Data architects supporting business logic across separate dashboards, notebooks, or application layers will recognize that agents will exacerbate issues rather than resolve them. In turn, the separation of business logic from application logic is a necessity.

AI leaders must consider their organization’s governance maturity before implementing autonomous workflows on production data. Governance teams should determine whether audit trail mechanisms are automatically invoked and whether runtime guardrails can be modified or adjusted before allowing autonomous workflows to access production data. A governance framework that relies on manual review will not be able to process the volume of actions an autonomous workflow system will generate.

If an organization is considering whether its autonomous workflows are ready for production usage, AI leaders must consider the degree of autonomy that’s modifiable based on the specific use cases and whether explainability mechanisms are incorporated into the overall architecture from the onset of development.

CDAOs must have a high degree of confidence that when an agent produces an executive-level insight, its rationale can be identified, verified, and justified through both formalized processes within a conference setting or compliance examinations and/or regulatory inquiries. 

The Semantic Foundation Agentic Analytics Needs

Every governed agentic system needs a place to store business logic not tied to the tools that use it. AtScale’s semantic layer platform is core infrastructure for agentic AI, ensuring centralized KPI definitions, role-based access, and consistent metric context across BI platforms and AI agents alike, without requiring data movement or duplication.

Safe, scalable AI projects start with a governed semantic foundation. Let’s chat about how our semantic layer can help your organization optimize agentic analytics.