Let’s skip the standard vendor boilerplate and speak plainly: The perimeter you spent the last decade securing no longer exists.
Today, adversaries aren't breaking into your network through complex zero-day exploits; they are simply logging in using valid credentials.
While your Board demands rapid AI adoption and operational agility, this acceleration has created a dangerous speed paradox for security teams.
According to recent threat data, the fastest real-world intrusions now reach data exfiltration in just 72 minutes. Yet, when an identity incident occurs, defenders spend an average of 12 hours trying to correlate signals across siloed identity tools.
Attackers are moving at machine speed, while security teams remain trapped in manual tool friction.
Your organizational chart is lying to you because humans are no longer the dominant identity type on your network. Organizations now manage an average of 109 machine identities for every human employee, a sprawling ecosystem of service accounts, APIs, cloud workloads, and autonomous AI agents.
With 99% of enterprise organizations already running AI agents in production, 40% of these agents possess direct access to sensitive financial records, PII, and intellectual property.
This creates a massive operational disconnect: While 54% of C-suite executives believe least privilege is effectively enforced, 61% of frontline practitioners report that it is not.
In fact, 96% of human identities operate with permissions far beyond their actual job roles. When you combine over-privileged human accounts with swarms of ungoverned machine identities, identity ceases to be an administrative checklist and becomes your largest attack surface.
The challenge isn't just identity volume; it's the fragmentation of the security stack.
Decades of purchasing point solutions for IAM, PAM, and IGA have left analysts jumping between five to ten consoles. Forensic data reveals that identity weaknesses played a material role in 89% of all cyber incidents, and 97% of organizations admit that tool fragmentation actively delays their incident response, causing that 12-hour lag.
Compounding this strain is an imminent operational deadline: public TLS certificate lifetimes are dropping from 398 days to just 47 days. For an enterprise managing 1,000 certificates, administrative overhead skyrockets from 4,000 hours to 48,000 hours per year.
If your team is buried under 48,000 hours of manual certificate rotations, they have zero capacity to hunt for compromised AI agents or govern Zero Trust architectures.
Beating the 72-minute attack window requires shifting from static access to dynamic controls:
Buying a world-class platform provides the technical capabilities, but software does not drive itself. Without expert tuning and continuous operational alignment, even advanced platforms end up underutilized or misconfigured.
That is where Netdata changes the equation. We don't operate as an off-site helpdesk; we embed directly alongside your internal security team as an elite engineering co-pilot.
By unifying your identity telemetry and automating lifecycle management, we help your SOC reduce investigation times from 12 hours down to 10 minutes, definitively closing the speed gap and delivering demonstrable risk reduction to your Board.
Ready to reclaim control over your identity surface?
Eliminate identity blind spots, automate certificate lifecycles, and beat the 72-minute attack window?