Having spent years breaking into systems to study how enterprises handle privileged access, I’ve seen the same patterns emerge across finance, healthcare, tech, and manufacturing. Organizations buy a vault, onboard their most obvious credentials, and call it a day. They set “Zero Standing Privilege” as a strategic goal and genuinely wonder why they never arrive.
The answer is simple: vault-based architecture was never designed to get you there.
Architecture for a world that no longer exists
A few admins, a few servers, rotate the password, check it out, check it back in - that was a reasonable approach when privileged access was a contained, well-defined problem.
But that’s not what privileged access looks like anymore. Today, its thousands of identities across cloud, SaaS, and on-prem, alongside a rapidly growing number of machine and AI-driven accounts.
The vault only secures what has been manually onboarded. Everything else sits there with standing access, completely unmonitored. Here’s the uncomfortable truth: in most enterprises, that “everything else” represents the vast majority of privileged access.
Let’s be honest: vaulting a credential just adds a checkout step for an underlying account with its permissions still intact. That step comes with a real operational cost. Password rotation at scale breaks things. And the entire time, the privilege remains standing.
We see this constantly with enterprise customers running legacy, homegrown applications that don't support automatic rotation. The vault cannot rotate what the application won’t allow. You end up with credentials that are vaulted on paper, but static in practice.
Even “just-in-time” access bolted onto a vault is often just granting time-bound access to a permanently privileged account. When the timer runs out, the access disappears - but the privilege doesn’t.
We keep improving unreliable foundations
The industry keeps trying to solve this by adding layers on top of vaults. Better rotation and smarter approval workflows are supposed to equip us for the future, but the core limitation remains: vaults are reactive. They cannot discover what they don't know about, they cannot enforce context-aware policy, and they cannot create and revoke privileges dynamically.
At Venice, we realized the model needed to be rethought. This is why we built a different architecture - one based on real-time control over who has access to what, and for exactly how long they need it.
Achieving Zero Standing Privilege requires three pillars that legacy PAM was never designed to deliver:
- Continuous Discovery: Full visibility across every environment—no identity left unprotected.
- Contextual Access: Understanding who is requesting access, why they need it, and what the risk is.
- Ephemeral Privileges: Standing access is a standing risk. Privileges should be provisioned just-in-time and expire the moment the task is complete.
The cost of patchwork
86% of breaches involve compromised credentials. If you’re relying on a vault, those credentials represent a risk whether they are vaulted or not. The vault doesn’t eliminate the privilege; it just puts a lock on the front door while the account behind it keeps its keys to everything.
That service account with domain admin rights active since 2019? Still standing. The cloud role with wildcard permissions for a long-forgotten migration? Still standing. Even the credentials you diligently rotate every 90 days are a liability; 90 days is a lifetime for an attacker.
We are at an inflection point. We can stop managing standing privileges and start eliminating them - or we can keep adding layers on top of a 20-year-old architecture.
Venice is coming to RSAC 2026. Stop by to see how we’re moving security at the speed of modern business.
Let’s meet at Booth S-2448, South Expo.
Book a meeting with us at RSAC: https://www.venice.io/book-a-demo
