CCM Continuous Controls Monitoring AI Analyst - Cyber Sierra
Continuous Controls Monitoring AI Analyst
Control breaks don’t wait for your next audit cycle. Neither does our AI Analyst.
Our Continuous Controls Monitoring AI Analyst continuously monitors every asset against its mapped controls, stitches together your vulnerability tools and CMDB, and flags breaks the moment they occur. Not weeks later when a scan cycle finally catches them.
The Problem
The Gaps Between Your Audits Are the Problem
01
Your vulnerability tool and CMDB don't speak to each other
Vulnerabilities sit in one system, asset criticality in another. Reconciling them manually takes days if anyone does it at all.
02
A critical asset can carry an open vulnerability for 30 days
Finding it requires pulling from multiple systems, then waiting on the team resolving the ticket to confirm status.
03
Teams mark vulnerabilities closed. They are not always closed.
When a ticket is closed incorrectly, the error stays open until the next scan cycle catches it, which can take weeks.
04
You can only review 10% of tickets. The other 90% are beyond human reach.
Manual review is constrained by headcount. A team running 2,500 tickets can realistically sample 250. The rest go unreviewed.
How Our Continuous Controls Monitoring Analyst Works
Connect your existing systems. Get continuous, automated monitoring of every control against every asset, with instant alerting when something breaks.
01
Connect your systems and data sources
Point it at your cloud environments, CMDB, vulnerability management tools, and ticketing systems. It reads each source as-is with no restructuring or migration beforehand.
02
Map controls to assets and properties
Each control is mapped to the specific asset properties it governs: configurations, access states, software versions. The AI knows what a passing state looks like before monitoring begins.
03
Monitor every asset continuously
The AI checks every mapped control against live asset data in near real-time, not at the next scan cycle. Coverage is 100%, not a sample.
04
Detect and surface control breaks instantly
When an asset diverges from its mapped control requirement, the AI flags the break immediately and alerts the team. Incorrectly closed tickets are caught here before the next cycle runs.
05
Stitch siloed sources into a unified view
It reconciles your vulnerability tool and CMDB automatically, mapping findings to controls even when those systems have no native integration. Reconciliation that used to take days happens continuously.
Capabilities
Built for What Periodic Reviews Miss
Continuous controls monitoring requires source stitching, 100% coverage, and instant detection. These are the capabilities that make all three possible at enterprise scale.
Continuous Monitoring
Every Control Checked. Always.
Assets are monitored against mapped controls in near real-time. A break on day 2 of a quarterly cycle is flagged that day, not 89 days later. Periodic audits only catch what exists at the moment they run.
Source Stitching
Your Tools Don't Have to Talk to Each Other
It pulls from your vulnerability tool, CMDB, cloud environments, and ticketing systems and maps findings to controls. Siloed data that previously required days of manual reconciliation is unified continuously without any system changes.
100% Coverage
No More Sampling. No More Blind Spots.
A team reviewing 2,500 tickets manually can realistically check 250, leaving 2,250 unreviewed each cycle. The AI Analyst evaluates all of them. Coverage is not constrained by headcount: every control is checked, every cycle, without exception.
Re-Open Detection
Catches What Your Team Marks as Done
When a ticket is closed incorrectly, the human review process will not catch it until the next scan cycle reconciliation runs. The AI catches it immediately, before the gap between cycles becomes a gap in your control posture.
Real-Time Dashboard
Posture Visibility by Asset, Control, and Program
The Controls Break Dashboard shows compliance posture sliced by asset category, framework, and program. A quarterly sampling exercise used to be the only way to get this view. Now it is available on demand at any moment in the cycle.
Compare
Where Other Approaches Break Down
Every enterprise security team has tried at least one of these. Here is specifically what fails, and what our Continuous Controls Monitoring AI Analyst does instead.
| Approach | What Breaks | What Our Continuous Controls Monitoring AI Analyst Does |
|---|---|---|
| Periodic Manual Audits | Breaks that occur between audit cycles go undetected. | Monitors every mapped control in near real-time and alerts the moment an asset diverges. |
| Siloed Point Tools | Tools do not communicate with each other. | Stitches together multiple source systems and maps findings to controls automatically. |
| Sampling-Based Reviews | Limited to checking a fraction of tickets or controls. | Reviews 100% of controls continuously; not dependent on team size. |
| Point-in-Time Assessments | Snapshot of posture at one moment, missing ongoing changes. | Monitors continuously, evaluating every change in asset state against its control requirement. |
Proof
Results From Live Deployments
Observed outcomes from production deployments. Not benchmarks, not projections.
100% vs 10% control and ticket coverage
A financial institution running 2,500 tickets per cycle reviewed 250 manually, which is 10% coverage by necessity. With the Continuous Controls Monitoring Analyst, every ticket in that population is evaluated each cycle with no sampling constraint.700+ PCI DSS controls monitored on platform
A financial institution is running over 700 PCI DSS controls through the platform with continuous automated testing. Breaks that previously required periodic sampling are now surfaced at the moment they occur.Days to instant vulnerability identification in critical assets
Identifying a medium-severity vulnerability in a highly critical asset open for 30 days previously required cross-system reconciliation and a wait on ticket status. With continuous monitoring, the same identification is immediate.5/5 CCM score vs. 3/5 for leading enterprise GRC platform
An independent assessment scored Cyber Sierra's CCM module 5 out of 5 against a leading enterprise GRC platform's score of 3 out of 5. The performance gap is widest on continuous monitoring and source integration depth.
FAQ
How quickly does it detect a control break after it occurs?
Detection happens in near real-time: as soon as the AI's next polling cycle against that asset's live data runs.
Can it work with separate systems?
Yes, it pulls from both systems independently without requiring native integration.
Does our data leave our environment?
No, it deploys inside your own infrastructure.
Do we need to replace our GRC platform?
No, it sits on top of your existing GRC environment.
Can we start with a subset of controls?
Yes, the standard entry point is a scoped deployment, designed to be observable within weeks.