IPSIP and SNS: Over 5+ years of 24/7 SOC operations with SentinelOne and Sekoia
In cybersecurity, technology is only part of the equation. The ability to detect and respond to threats also depends heavily on the operations team: how well its members understand the platforms, how familiar they are with the customer environment, and whether they can maintain continuous monitoring.
This has also been the foundation of the relationship between IPSIP and SNS for more than five years.
SNS is an IPSIP customer, supported by a dedicated 24/7 L1–L2 SOC team that IPSIP has operated continuously for over five years. SentinelOne and Sekoia are two of the core technologies in SNS’s SOC environment, giving IPSIP analysts the opportunity to work directly with both platforms in daily security operations.
This experience was not gained through a short-term implementation project. It was built through years of continuous SOC operations.
More than 5+ years of dedicated 24/7 L1–L2 SOC operations for SNS
A Security Operations Center needs more than effective detection tools. More importantly, it must maintain continuous monitoring and turn alerts into appropriate response decisions.
IPSIP has maintained a dedicated L1–L2 SOC team operating 24/7 for SNS for more than 5 consecutive years. This continuity is a key factor behind the depth of experience developed by its analysts.
Unlike a short-term support model, a dedicated team can build knowledge over time about how the systems operate, the characteristics of their telemetry, how alerts are generated, and the context required to analyze each event.
Businesses interested in learning more about this model can explore IPSIP’s 24/7 SOC services and the article What Is a SOC? Understanding the Role of a Security Operations Center.
For SNS, the value of the dedicated model lies in continuity. Analysts do not have to start from scratch whenever a new alert appears; they already have an established understanding of the environment and the technologies in operation.
SentinelOne and Sekoia as core technologies in SNS’s SOC
The roles of the three parties in this model should be clearly distinguished:
SNS is an IPSIP customer. SentinelOne and Sekoia are core technology platforms used in SNS’s environment.
Because both platforms are used extensively, IPSIP’s SOC team works with them in real-world security operations every day.
Within IPSIP’s documented scope, these capabilities include handling endpoint telemetry and behavioral indicators, correlating data in Sekoia, assessing risks, processing alerts, and performing appropriate remediation activities through SentinelOne.
This illustrates the difference between knowing how to use a product and having experience operating that product in a real SOC environment.
An analyst can be trained to use a tool’s interface and features. When that technology becomes part of continuous 24/7 SOC operations over many years, however, the requirements become broader: understanding which data genuinely deserves attention, connecting signals from different sources, and identifying situations that require priority handling.
IPSIP also provides in-depth coverage of this technology ecosystem in the SentinelOne Cybersecurity Report 2026.
From endpoint telemetry to correlation and incident response
One notable aspect of how IPSIP operates the SNS environment is the combination of endpoint visibility and centralized analysis.
Within the documented scope, behavioral indicators from endpoints are incorporated into the analysis and correlation process in Sekoia, giving analysts additional context for assessing the risk level of each event.
This is an important component of modern SOC operations.
An isolated alert does not necessarily reveal the entire story. Analysts must compare it with other signals to determine whether it represents normal behavior, a false positive, or one part of a suspicious sequence of activity.
When an endpoint response is required, IPSIP’s operational documentation records experience with SentinelOne capabilities such as network quarantine, autonomous rollback, and script-based containment, as well as tuning activities designed to reduce false positives during operations.
This demonstrates that a SOC’s role does not end when it “sees an alert.”
The ultimate objective is to incorporate detection data into a repeatable process of analysis, validation, response, and tuning, allowing security technologies to support the company’s defensive operations effectively.
Businesses exploring a model that combines monitoring and response can learn more in What Is MDR? How It Works and Its Benefits for B2B Businesses.
The greatest value comes from continuous operational experience
IPSIP’s strengths with SentinelOne and Sekoia in the SNS environment should not be described through certifications or time-saving figures that have not been supported by verified data.
The demonstrable advantage is clearer: more than five years of dedicated 24/7 L1–L2 SOC operations in an environment where SentinelOne and Sekoia are core technologies.
This period has enabled the analyst team to develop practical experience across many recurring SOC activities, including reviewing and assessing telemetry, processing alerts, correlation, remediation, and tuning.
For customers using XDR platforms, this operational layer has a significant influence on the return generated from their technology investments.
IPSIP also provides XDR services to help businesses improve their visibility and response capabilities across multiple security data sources.
A model demonstrating IPSIP’s hands-on MDR capabilities
The relationship between IPSIP and SNS spanning more than five years clearly demonstrates how IPSIP develops cybersecurity capabilities through real-world operations and continuity, rather than relying solely on tool implementation.
IPSIP’s SOC team has maintained continuous 24/7 L1–L2 operations for SNS while developing extensive experience with SentinelOne and Sekoia, as these are two of the core technologies in the customer’s environment.
From telemetry monitoring, correlation, and alert assessment to containment, remediation, and tuning, experience gained through daily use of these technologies provides an important foundation for IPSIP’s continued delivery of SOC and MDR services to businesses.
Another example of IPSIP’s outsourced SOC delivery capabilities is available in the 24/7 SOC Outsourcing Service case study.
IPSIP’s Managed Detection & Response capabilities are built not only on technology but also on the SOC team’s continuous operational experience.
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