Key Takeaways
- Identity attacks don’t look like threats. They look like normal logins, routine access, and standard user behavior. That is why L1 teams miss them.
- Identity weaknesses show up in nearly 90% of incident response investigations. This is not a niche problem. It is the main problem.
- L1 workflows are built for alert queues, not for the kind of cross system, time based investigation that identity threats require.
- Privilege creep, helpdesk social engineering, and unmonitored service accounts are three gaps that exist in almost every L1 setup right now.
- Continuous identity monitoring and context rich triage don’t just close the gap. They give your analysts a real chance of catching attacks before the damage is done.
Introduction
Up to 67% of alerts go uninvestigated in a typical SOC. And the ones that do get reviewed? Most of them are not identity attacks. Not because your L1 team is doing a bad job. Because identity attacks are built to look like nothing is wrong.
That is the gap attackers are walking through right now.
What Makes Identity Attacks Different From Other Threats
They Walk In. They Don’t Break In.
Most security tools are built to catch things that look suspicious. A malware signature. A known bad IP. A file that shouldn’t be there. Identity attacks skip all of that. Each step in an identity attack typically appears legitimate or harmless on its own. A clear sign of compromise is only visible when you look at the full chain of events. That chain is rarely visible from an L1 queue.
Stolen Credentials Are Now the Number One Entry Point
This is not a minor trend. Identity weaknesses show up in nearly 90% of incident response investigations, and 65% of initial access attempts are identity driven. Your firewall is not the front door anymore. The login page is. And L1 analysts are not watching it the right way.
Attackers Move Fast Once They Are In
The median time between initial access and hand-off to a second threat actor collapsed from over eight hours in 2022 to 22 seconds in 2025. By the time an L1 analyst reads the alert, the attacker may already have passed access to a ransomware group. Speed is the attacker’s biggest advantage, and slow triage is yours.
Why Your L1 Team Is Set Up to Miss These Attacks
Alert Queues Don’t Show Identity Context
L1 workflows are built around a queue. An alert comes in, an analyst reviews it, closes it or escalates it, and moves to the next one. Identity threats rarely arrive as a single alert. They require connecting activity across multiple accounts, systems, and time periods. That kind of investigation does not fit in a triage workflow.
Tool Sprawl Creates Blind Spots
Identity and cloud remain the least monitored areas of the SOC, yet only 12% of teams use fewer than 10 tools for detection and response. Most teams operate in significantly more complex environments: 38% use 10 to 19 tools, and 29% use 20 to 29 tools. Jumping between consoles to piece together one user’s access history is not a realistic ask for an L1 analyst during a busy shift.
Alert Volume Leaves No Room for Identity Investigation
88% of SOC teams report that alert volume has increased, with nearly half noting a spike of more than 25% in the past 12 to 24 months. Alert fatigue is the top challenge cited by 76% of security teams. When you are working through hundreds of alerts a day, the quiet, slow moving identity threat does not make it to the top of the list.
3 Identity Gaps Showing Up in Almost Every L1 Team
Privilege Creep Goes Completely Unnoticed
A user gets extra access for a one week project. Nobody removes it. Three months later, that same account is sitting on sensitive systems it should never touch. Breaches caused by compromised credentials or insider threats take the longest to resolve, with a mean time to identify and contain of 328 and 308 days respectively. Privilege creep is not an edge case. It is a standard result of access that never gets cleaned up.
Helpdesk Social Engineering Bypasses Every Tool You Have
Voice phishing has overtaken email as the primary social engineering method. In cloud related compromises, it accounts for 23% of confirmed initial access cases. Someone calls your helpdesk, impersonates an employee, and talks their way through identity verification. Your L1 analyst is often the first point of contact in that process. Without the right context tools, there is no way to catch it in real time.
Service Accounts Are Almost Never Reviewed
Most L1 workflows focus on human user alerts. Service accounts, shared credentials, and third party SaaS access rarely get the same attention. Attackers are increasingly targeting non human identities to move laterally across environments without triggering standard detection rules. A compromised service account looks like background noise until it is not.
What Fixing the Gap Actually Looks Like
Continuous Identity Monitoring Instead of Annual Reviews
Annual access reviews were never enough. Identity changes every day. Employees change roles, contractors get onboarded, service accounts accumulate permissions, and SaaS integrations add new access paths constantly. A review that happens once a year is already outdated by the time it is finished. What you need is a system that tracks identity changes as they happen and flags the ones that carry real risk.
Context Before the Ticket Gets Opened
When an alert lands in the queue, the analyst should already know who the user is, what systems they have access to, whether this behavior is unusual for them, and what the potential impact looks like if this turns out to be real. That context should be there before anyone opens the ticket. Without it, L1 analysts are making decisions in the dark.
Automation That Handles the Routine So Analysts Can Handle the Real
Routine identity alerts like a failed MFA attempt, a standard access request, or a low risk account change should not eat into analyst time. When those get handled automatically, L1 analysts get back the focus they need to investigate the alerts that actually require human judgment. That is how you catch the ones that matter.
How Secure.com Helps Your L1 Team Close the Identity Gap
L1 teams don’t need more alerts. They need better context, faster. Secure.com’s Digital Security Teammates monitor identity activity in real time and surface the risks that manual triage consistently misses.
- Tracks identity drift and flags privilege creep before it becomes an incident
- Enriches every IAM alert with user history, access scope, and risk context before the analyst reviews it
- Monitors service accounts and SaaS access continuously, not just during scheduled reviews
- Automates routine identity triage so L1 analysts can focus on genuine threats
- Routes high risk identity alerts to the right team with full context already attached
Conclusion
Identity attacks are not going to get louder. They are going to keep getting quieter, faster, and harder to spot with manual processes. Your L1 team is not the problem. The gap is in the workflow, the tooling, and the lack of identity context at the moment it is needed most.
Closing that gap means monitoring identity changes in real time, enriching alerts with context before analysts touch them, and automating the routine work that is eating into investigation time right now.
That is exactly what Secure.com was built to do. Book a demo and see how Digital Security Teammates give your L1 team the identity visibility they need to catch what is currently slipping through.
FAQs
What is an identity attack?
An identity attack happens when an attacker uses stolen or misused credentials to access systems and move through a network without triggering standard security alerts. They look like legitimate logins because they often are using real credentials.
Why are L1 analysts specifically at risk of missing identity attacks?
L1 analysts work through alert queues. Identity threats rarely generate a single clear alert. They require connecting patterns across multiple systems over time, which is difficult to do manually under high alert volumes.
What is privilege creep and why is it a security risk?
Privilege creep happens when a user accumulates access permissions they no longer need. Over time, those unused permissions expand the attack surface. If the account is compromised, the attacker inherits all of it.
How do helpdesk social engineering attacks get past L1 defenses?
Attackers call the helpdesk, impersonate a real employee, and use conversational tactics to pass identity verification. These attacks leave almost no technical trace and exploit the speed pressure that L1 analysts work under.
What should L1 teams use to catch identity attacks faster?
Platforms that provide continuous identity monitoring, context enriched alerts, and automated triage for routine IAM activity. The goal is to give analysts the right information before they open a ticket, not after they are already investigating.
