Access ≠ Usage: Why DSPM Needs Runtime Identity Awareness

Apurv Garg

Apurv Garg

July 31, 2025

Access ≠ Usage: Why DSPM Needs Runtime Identity Awareness

As organizations accelerate AI adoption, they’re racing to inventory data, classify sensitive assets, and implement governance frameworks. Naturally, DSPM adoption is on the rise.

But here’s the catch: DSPM remains largely a governance tool. It answers foundational questions like: Where does my sensitive data live? Who can access it? Is it properly classified and encrypted?

These are critical, but incomplete. Many CISOs we’ve spoken with raise the same concern: DSPM often falls short on continuous value and actionability. Knowing where data resides and who can access it is useful; but without context on actual usage, it’s hard to decide what to fix, revoke, or prioritize.

To truly secure data in today’s AI-powered, hybrid environments, you need more than visibility into static policies and permissions. You need insight into actual behavior.

Static Governance Tells You What Should Happen. Not What Is Happening.

DSPM tools operate like well-maintained blueprints: they tell you how access is designed. But attackers and insider threats don’t care about how your IAM policies are structured on paper. They exploit how things work in practice.

For example:

  • A service account might have write access to production data, but no one has used that access in six months.
  • An engineer may be accessing staging data regularly, but also has permissions to sensitive customer data in production that are never exercised, until they are.

Without runtime monitoring, these scenarios fly under the radar.

Why Access Monitoring Completes the Picture

To mitigate risk and enforce true least privilege, you need both:

  • Access Governance: Who should have access? What are the intended boundaries?
  • Access Monitoring: Who is accessing what? What is actually happening?

When Access Governance and Monitoring are combined, it together unlocks:

  • Detection of over-permissioned users and roles
  • Identification of unused access (for revocation)
  • Discovery of anomalous access patterns (e.g. staging app reading prod DB)
  • A feedback loop into your governance models

This combination transforms DSPM from a static asset inventory into a dynamic risk engine.

Uncovering the Blind Spot: From Policy to Reality

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Many teams assume they’re secure once they’ve reviewed access policies and passed compliance audits. But policies don’t guarantee protection.

The real risk lives in what happens after deployment — when applications and identities interact with sensitive data in unexpected ways. That’s the blind spot DSPM doesn’t see.

Runtime monitoring fills this gap. It shows which identities are using which permissions, where data is flowing, and whether usage aligns with expectations. Not after the fact, but as it happens.

In modern AI systems, data moves constantly — between services, clouds, teams, and vendors. Static governance doesn’t keep pace. You need visibility into real behavior.

Zero Trust isn’t achieved through policy alone. It requires continuous verification. And that means monitoring real access patterns, not just provisioning logic.

When governance (what’s allowed) and monitoring (what’s happening) are connected, you can:

- Identify unused or risky access
- Enforce least privilege at runtime
- Minimize the impact of compromised identities or misconfigurations

This is how organizations move from theoretical compliance to active enforcement, and from guesswork to real control.

The Path Forward: Dynamic, Behavior-Aware Security

DSPM is a vital step in data security maturity. But relying on it alone is like setting your house rules without checking if they’re followed. True data protection comes from combining data access governance with data access monitoring.

Because attackers don’t care about your policies. They care about the gaps. And you can’t close those gaps if you can’t see them.

Aurva is a runtime data security platform that goes beyond DSPM to monitor all data flows in real-time. We combine access governance with eBPF-powered deep monitoring to help organizations secure sensitive data, detect insider threats, and stay audit-ready via Database Activity Monitoring (DAM).
- Apurv Garg, Aurva CEO

Built for AI. Ready for Privacy. Secured at Runtime.

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