Last week, I accidentally triggered a ghost in EMA’s system and received an email from an analyst who sat in my seat back in 2020. Strange to receive a six-year-old email, but stranger still that it discussed unification in data, something I’ve been researching and talking a lot about recently.

Back then, it was the Unified Analytics Warehouses, when the market needed the ability to run analytics across both the data lake and warehouse. The lakehouse pattern is now firmly established, but data lakes and data warehouses still exist. Architectural convergence is real, but categories persist because customers and buying patterns still vary.

Now it's observability, quality, and governance, and the same dynamic; categories that started with different value propositions are converging because they use the same infrastructure (lineage, metadata, compute). Observability vendors add governance features, governance adds observability, and quality vendors do both. But, for now, the categories remain.

Practitioners can see the architectural reality and a framework for convergence around “data trust”, but vendors are still marketing to customers in various states. The bar for independent vendors is rising fast, and “good enough” capabilities won’t always justify an integration overhead. They need to cover the full stack or truly set themselves apart at the fundamentals.

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Data Trust Convergence Matrix

The matrix below tracks how vendors from different origin categories are expanding into a unified trust framework. Note: checkmarks show functional presence, but do not equal feature parity.

Vendor

Origin

Quality and Observability

Lineage

Governance and Catalog

FinOps

Orchestration

Alation

Catalog

Emerging

Anomalo

Observability

Integrations

Ataccama

Quality/Governance

Atlan

Catalog

Integrations

Bigeye

Observability

Emerging

Integrations

Collibra

Governance

Databricks

Platform

Informatica

Platform

Metaplane

Observability

Integrations

Monte Carlo

Observability

Partial

Integrations

Select Star

Lineage/Discovery

Snowflake

Platform

Emerging

Emerging

Soda

Quality/Testing

Partial

Integrations

 

Key insights from the matrix

  1. Lineage is critical: Viewing static data without insight into source or destination reduces quality, meaning, and ultimately trust.
  2. Quality and observability have already merged: Observability started as "detect anomalies" vs. quality's "enforce rules." Now, almost every observability vendor has rule-based quality checks, and every quality vendor has anomaly detection that spans the pipeline.
  3. Catalogs are shifting to control planes: Lineage has always been the backbone of data catalogs and governance platforms. These vendors now compete directly with observability vendors on pipeline visibility.
  4. FinOps is emerging as a battleground: Understanding pipeline health and its relation to cost are converging. Observability platforms now show spend by pipeline, table, and query. Cost visibility is becoming a differentiator as data teams face budget pressure.
  5. Platforms are absorbing everything: Independent vendors need to stay ahead of, and distinguish themselves from, platform-native solutions.

This convergence was driven by overlapping architecture and accelerating market forces. Customers don’t want to manage five separate tools for data trust, which forces vendors to expand or risk displacement.

AI and ML requirements accelerate the urgency. Teams building production ML systems need an integrated trust infrastructure across quality, lineage, cost, and security simultaneously. This pushes vendors toward convergence much faster than pure data warehouse workloads would have.

What This Means for Practitioners

Category confusion is real; before evaluating vendors, clarify the problem you are trying to solve. The vendor you need depends on the answer, not the category.

The build versus buy versus platform-native decision has also shifted. Cloud providers are adding observability, governance, and quality features directly into their platforms. Independent tools offer clear advantages in depth and flexibility, but platform-native capabilities are catching up. The question is whether independent vendors offer enough value to justify the integration/overlap risk.

Skills are also in flux. Quality, observability, and governance roles are all converging toward “data trust” positions. Job descriptions and team structures built around point solutions will need to evolve as the tooling converges.

What This Means for Vendors

The expand-or-specialize dynamic is accelerating, and every vendor is fighting to be the control plane. Diversification pressure is real because customers want broader capabilities from fewer vendors. Vendors that stay narrow risk becoming features inside broader platforms. The viable long-term positions are either full-stack data trust platforms or deep vertical specialists that platforms won't bother replicating.

Platform competition is the existential threat, absorbing capabilities that independent vendors spent years building. The advantage independent vendors have is focus and speed, but that advantage fades as platforms mature.

Partnership strategy is product strategy. If you can't beat the platforms, integrate deeply with them. If you can't own the full stack, own the part that's hardest to replicate and partner for the rest. The middle ground is unsustainable.

Where This Is Heading

Data observability, quality, and governance have two to three years before they're fully converged into broader data trust platforms. The category names may persist, but the architectural distinction is already gone. Vendors will consolidate around problem domains rather than technical approaches.

The lakehouse pattern offers the template. Architectural convergence happened, but vendor categories still didn't disappear. The same will happen here. Pure-play observability vendors will add governance, governance vendors will add observability, and new entrants will launch as data trust platforms that skip the legacy categorization entirely.

The winners will be vendors who own the lineage and can layer multiple capabilities on top of it. Lineage enables everything else: quality checks depend on understanding data flow, governance policies depend on knowing where data lives and moves, and cost optimization depends on tracing compute back to business dollars. Vendors with deep, accurate, real-time lineage have the foundation to build a full trust platform.

Platform vendors have structural advantages that independent vendors can't ignore. As these platforms mature their trust features, the bar for independent vendors rises. Deep vertical specialization or best-of-breed execution on fundamentals like lineage are the main paths to defensibility.

Convergence is inevitable, but the timeline depends on how quickly customers adopt integrated platforms versus best-of-breed stacks. Trust captures the business outcome customers actually care about: confidence that data is accurate, available, compliant, and cost-effective. The vendors who win will be those who stop selling features and start selling trust…the ones who lose will still be explaining what “observability” means.

This is an area I’ll be digging into further in EMA research. If you’d like to discuss your strategy or perspective, schedule a briefing or connect with me on LinkedIn.