Every list of identity and access management challenges reads like seven separate problems. Look closer and it's one problem wearing seven costumes: an access map that grows every week, written by a dozen hands, and governed by no one.
The account that starts a breach is never the one you're watching.
It's a normal employee login with a phished password. An orphaned account from a contractor who left eight months ago. A service account whose credentials haven't rotated since creation.
Every one of them authenticates cleanly. Every one of them holds permissions that were legitimately granted at some point and never taken back. The attacker doesn't defeat your identity stack. They inherit its unsolved challenges.
That's the right frame for this topic. Identity and access management challenges are usually presented as an operational nuisance list: things that make IT's life harder. They're actually a map of where your environment can be walked through.
Each challenge below is a place where wrong access enters your environment or survives in it. And wrong access is precisely what a stolen credential converts into reach.
Seven challenges. Then the pattern underneath them.
Challenge 1: No Complete Visibility Into Who Has Access to What
The foundational identity and access management challenge, and the one most organizations fail before they start.
Your IAM sees the federated slice: apps behind SSO, users in the directory. Everything else is dark:
- Apps bought at the department level, administered by sales ops or marketing, invisible to central IT
- Tools running on direct password auth that never touched federation
- Shadow IT that never passed through procurement at all
In a typical SaaS stack, that dark share is large. And it's the part of the environment your identity stack believes doesn't exist.
The identity side is just as incomplete. Contractors, vendors, and freelancers sit half-in and half-out of the directory. Non-human identities (service accounts, API keys, OAuth grants, bots, AI agents) now outnumber humans in most environments while being modeled worst.
Why it matters: you cannot govern, review, or revoke access you can't see. Every other challenge on this list inherits this one.
Challenge 2: Fragmented Identity Data With No Single Owner
The same person exists as olivia.wilde in your SSO, olivia.w in your PAM tool, and owilde in three department-owned apps. No system reconciles the records, so no system knows they're one human with one employment status.
The fragmentation has an organizational twin: ownership of access is scattered. Salesforce is administered by a sales ops admin. The marketing stack by marketing. The finance tools by finance. Central IT can't revoke what it doesn't administer.
The access map has a dozen authors and no editor.
Why it matters: the cost shows up at exit. Offboarding deactivates the record IT owns and leaves the others standing. Multiply across every departed employee and every unreconciled alias, and orphaned access stops being a rare accident and becomes a standing population of unowned, valid credentials.
Challenge 3: Overprovisioning Through Group-Based Access
Legacy IAM has done authorization for two decades, but it froze at the basic version: static roles and SSO groups, decided once at provisioning, enforced at the app's front door.
Add a user to the Finance group and they inherit the group's entire bundle, intern and controller alike. Two flaws are baked in:
- The group is a blunt instrument. Day-one access already exceeds what the job requires.
- The grant stops at the app door. What the user can do inside (admin versus viewer, export rights, API scopes) doesn't exist in the model at all.
Overprovisioning isn't an occasional mistake in this architecture. It's the default output.
Why it matters: every unnecessary permission is inventory for whoever eventually holds that credential.
Challenge 4: Movers and Leavers Fall Through the Lifecycle
Joiners get automated everywhere, because slow onboarding generates loud complaints. The other two-thirds of the lifecycle fail silently.
Movers accumulate. A role change swaps SSO groups but never touches the in-app permissions the old role left behind. After three internal moves, a user carries the union of four jobs' access. Nothing broke and no ticket was raised, so nobody noticed.
Leavers linger. Offboarding by SSO deactivation cuts login to connected apps at the account level, and nothing else. What survives it:
- API keys the user generated
- OAuth grants they approved
- Long-lived tokens
- Local admin accounts created inside tools
- Every app outside the SSO perimeter
The exit checklist reads complete while the entitlement layer stays live.
Why it matters: silent for you. Inventory for the attacker.
Challenge 5: Access Requests That Are Slow, and Wrong
Requests arrive in business language ("I need the sales dashboard") and someone must translate them into precise technical entitlements. Every mis-translation injects overprovisioning at the request stage, before any review could catch it.
And when the sanctioned path is slow, employees route around it. They buy their own tools, and now part of your environment isn't on any map at all.
Why it matters: this is the feedback loop that makes the challenge list compound. A governance failure (slow requests) actively grows the visibility failure (shadow IT). Weak identity management doesn't just leave the existing map wrong. It expands the unmapped territory.
Challenge 6: No Mechanism That Questions Standing Access
Everything above describes how wrong access enters the map. This challenge is why it never leaves.
In most identity stacks, a grant is enforced forever by default. There is:
- No periodic certification
- No review of accumulated access
- No process that asks whether a permission issued three years and two role changes ago should still stand
Authorization enforces the grant. Nothing questions it.
Where reviews do happen, they're spreadsheet exercises: quarterly screenshot-gathering that reviewers rubber-stamp because the volume is unreadable.
Why it matters: compliance checkboxes get ticked while the access map stays exactly as wrong as it was.
Challenge 7: You Can't Prove Any of It to an Auditor
The same missing capability carries a second cost.
A SOX, HIPAA, or PCI DSS audit asks the question an attacker asks: who has access to what, and why? If the answer lives across a dozen admin consoles, a directory, and IT's institutional memory, evidence-gathering becomes a weeks-long fire drill every cycle.
And the findings land on exactly the gaps above: orphaned accounts, unreviewed access, no revocation proof.
Why it matters: one missing layer, two bills. Unpriced breach exposure and very much priced audit pain.
The Pattern: Seven Challenges, One Missing Layer
Read the list again and notice what every item has in common. None of them is an authentication problem.
Your MFA and SSO are fine. No challenge above is solved by making login stronger, because every one of them lives after login.
They're all failures of the same missing layer: governance.
Legacy IAM contains none of this layer, because it was built to answer one question at one moment: is this credential valid?
There's also a threshold where the pattern turns from annoying to dangerous. Up to roughly 500 employees, manual hygiene can hold: IT personally knows the joiners and leavers, and a painful quarterly cleanup is still possible.
Beyond that, identities, apps, and role changes compound faster than any human process. Wrong access starts accumulating faster than anyone can clean it. Regulated industries hit the wall earlier, because auditors force the question regardless of headcount.
Past that threshold, the challenge list stops being an IT backlog and becomes your attack surface, growing on autopilot. And since you can't stop every credential from being phished, the two numbers that matter are the ones this layer controls:
- Attack surface: how many exploitable entry points exist
- Blast radius: how far a compromised identity can travel once inside
Solving the Challenges in Order
Because the seven challenges share one root, they get solved as one system, in sequence.
1. Visibility first. Every identity, human and non-human, and every app, federated or not, discovered rather than declared. Fragmented records matched into one identity per person, so access decisions and offboarding operate on the whole human, not an alias.
2. Lifecycle depth second. Mover workflows that remove old-role access instead of stacking. Leaver workflows that reach entitlements, tokens, keys, and non-SSO accounts. Access requests translated into precise, time-bound grants fast enough that nobody routes around the system.
3. Reviews third. Periodic certification at entitlement level, scoped to what's risky, ending in automated revocation rather than a report.
4. Continuous monitoring throughout. Because access that was right last quarter isn't automatically right today. Governance is a state you maintain, not an event you schedule.
The first two shrink the attack surface. The last two shrink the blast radius. Audit evidence falls out of all four for free.
How Zluri Closes the Layer
Zluri is an identity security platform for autonomous enterprises, built on a unified IGA layer with four modules: Access Management, Access Reviews, Access Requests, and SoD. It sits on top of the IAM stack you already run, integrating with your SSO, MFA, PAM, and ITSM tools, and owns the governance layer they were never designed to contain.
Against the seven challenges:
Visibility (challenges 1 and 2): Zluri's nine discovery methods surface every human and non-human identity and every application they touch, including GenAI tools and shadow IT that never passed through federation. Fragmented records get matched into a single identity per person.
Lifecycle (challenges 3, 4, and 5): workflows run at entitlement level across the full joiner-mover-leaver arc. Mover transitions remove old-role access. Deprovisioning reaches API keys, OAuth grants, and non-SSO accounts instead of stopping at the identity provider. Access requests resolve in business terms and provision as precise, policy-checked grants.
Governance (challenges 6 and 7): the access review module runs certifications scoped at the application, group, or user level, with auto-remediation that revokes flagged access rather than parking it in a report. Continuous monitoring flags privilege drift and dormant access between cycles. Every action lands in an audit trail, so evidence for SOX, HIPAA, ISO 27001, or PCI DSS is an export, not a fire drill.
And because these challenges usually reach the top of the queue under pressure, timeline matters: Zluri deployments typically reach production in two to three months, against the six to twelve of legacy IGA suites.
Stop Solving Seven Problems
Organizations that treat this list as seven separate tickets buy seven point solutions, run seven projects, and still get breached through the seams between them.
The list is one architecture problem: a login-era identity stack with no governance layer above it.
Keep the IAM you have. It's doing its job. Then add the layer that turns seven chronic challenges into one solved system, before someone hostile turns them into one incident.
Frequently Asked Questions
What are the biggest identity and access management challenges?
The recurring ones: incomplete visibility into identities and apps (including shadow IT and non-human identities), fragmented identity data spread across unreconciled systems, overprovisioning through group-based access, lifecycle gaps around movers and leavers that create orphaned accounts, slow and error-prone access requests, no mechanism for reviewing standing access, and inability to produce audit evidence centrally. They share one root cause: the governance layer missing from authentication-era IAM.
Why can't stronger authentication solve these challenges?
Because every challenge on the list lives after login. MFA and SSO verify credentials at one moment in time. They don't remove access when roles change, don't reach in-app permissions or API keys at offboarding, don't discover unfederated apps, and never review standing grants. Modern identity attacks use valid credentials precisely because the post-login territory is ungoverned.
At what point do these challenges become urgent?
As a rough shape, around 500 employees. Below that, manual hygiene can keep the access map roughly correct. Beyond it, identities, applications, and role changes compound faster than any human process can govern, and wrong access accumulates on autopilot. Regulated industries such as healthcare and financial services hit the threshold earlier because audits demand provable, centralized access answers regardless of headcount.
What is the difference between IAM and identity governance (IGA)?
IAM covers authentication and basic authorization: verifying credentials and granting app access through groups and roles. IGA covers the layer above: discovery and visibility across all identities and apps, lifecycle management across joiners, movers, and leavers, entitlement-level access reviews with remediation, and continuous monitoring. IAM enforces the access map. IGA keeps the map correct.
Do orphaned accounts really pose a serious security risk?
Yes, and disproportionately so. An orphaned account holds valid, legitimately granted permissions with no active owner watching it, which makes it an ideal entry point: authentication succeeds, authorization succeeds, and no user is present to notice anomalous activity. Combined with fragmented identity records (where offboarding kills one alias and misses others), orphaned access becomes a standing population of open doors rather than a rare accident.
.svg)
