Energy Logserver SOAR

When your SIEM detects a threat, response should not wait for a human to notice.

Energy SOAR is the security orchestration and automated response layer built into the Energy Logserver platform. When a threat is detected, SOAR automatically triggers the right response — blocking, alerting, ticketing, and remediating — before the incident has time to grow.

The problem

Detection without automated response is just expensive logging.

Most security operations teams can detect threats. The gap is in what happens next. Between a SIEM alert firing and a human analyst taking action, there is a window of minutes to hours in which an attacker can move laterally, exfiltrate data, or establish persistence. SOAR closes that window.

01

Manual response is always too slow

The average time to contain a breach is measured in hours, not minutes. Every minute between detection and containment is time the attacker uses to move further into your environment. Human-speed response cannot keep up with automated attacks.

02

SOC teams are overwhelmed with alerts

A busy SOC can receive thousands of alerts per day. Analysts spend more time triaging alerts than investigating real incidents. Repetitive, well-defined responses are a distraction from the work that genuinely requires human judgment.

03

Response is fragmented across tools

Blocking a compromised IP, disabling an account, raising a ticket, and notifying the team each require logging into a different system. Without orchestration, response is slow, inconsistent, and dependent on whoever is on shift knowing every tool.

Why The Kernel

How a typical engagement looks

The Kernel is Energy Logserver's authorised distribution partner across the UAE and the wider MEA region. We work with security teams, IT departments, and MSSPs across financial services, government, and critical infrastructure who need a SIEM and log management platform that works in their environment and delivers real operational value.

01

Detect

SIEM correlation rule fires on incoming log data
02

Analyze

SOAR enriches the alert with context from connected sources
03

Decide

Playbook logic determines the appropriate response actions
04

Respond

Actions execute automatically across connected systems
05

Document

Full response timeline recorded for audit and review
Key capabilities

What Energy SOAR can do the moment a threat is confirmed.

01

Block IP addresses

Automatically push block rules to firewalls and network devices when a malicious source is identified.

02

Disable user accounts

Suspend compromised Active Directory or Entra ID accounts immediately upon detection of account takeover indicators.

03

Raise incident tickets

Auto-create tickets in ServiceNow, Jira, or your ITSM tool with full context, severity, and recommended next steps.

04

Alert the right people

Send targeted notifications via email, Slack, Teams, or SMS to the right team members based on alert type and severity.

05

Isolate endpoints

Quarantine compromised hosts from the network through integration with endpoint detection and response platforms.

06

Collect forensic evidence

Automatically capture memory dumps, log snapshots, and artifacts at the moment of detection before they are overwritten.

07

Quarantine malicious email

Remove phishing or malware-bearing emails from inboxes across the organization through integration with email platforms.

08

Reset credentials

Force password resets or revoke active sessions for accounts where compromise is confirmed or suspected.

09

Update threat intelligence

Feed confirmed indicators of compromise back into your threat intelligence platform and SIEM detection rules automatically.

A different approach

Pre-built and custom playbooks for the scenarios that matter most.

Energy SOAR ships with pre-built playbooks for the most common incident types and supports fully custom playbooks for scenarios specific to your environment. Playbooks can be fully automated, human-assisted, or a combination of both depending on the risk level of the action.

Foundation

Account compromise

Triggered when login anomalies, impossible travel, or credential stuffing indicators are detected

Disable the account in AD or Entra ID
Revoke all active sessions and tokens
Notify the user's manager
Create incident ticket with full login history
Flag all recent activity for analyst review
SIEM Plan Add-on

Malware detection

Triggered when endpoint or network sensors detect malicious file execution or command and control traffic

Isolate the affected endpoint from the network
Block C2 IP addresses at the firewall
Capture memory and disk artifacts for forensics
Alert SOC team with enriched context
Update IoC list across all detection rules
Module

Phishing attack

Triggered when email gateway or user report detects a phishing campaign targeting your organization

Pull all copies of the email from every inbox
Block sender domain and IP at the mail gateway
Check if any users clicked embedded links
Initiate account compromise playbook for clickers
Block malicious URLs at the proxy
Module

Data exfiltration attempt

Triggered when unusually large data transfers or access to sensitive repositories are detected

Block outbound transfer at the firewall or DLP
Capture network traffic logs for forensic review
Identify the source account and suspend it
Alert data protection officer if sensitive data involved
Document for regulatory reporting requirements
Key capabilities

What makes Energy SOAR different from standalone orchestration tools.

Vendor product screenshot

Native SIEM integration

Energy SOAR is built into the Energy Logserver platform, not bolted on. Every SIEM alert has direct access to the full log context, correlation data, and enrichment sources without API overhead or data transfer delays.

Visual playbook builder

Build and modify playbooks using a visual drag-and-drop interface. Security analysts can update playbook logic without writing code, and developers can extend capabilities through the scripting interface when needed.

Human-in-the-loop controls

Define exactly which actions require human approval before execution. High-risk actions like account suspension can require a second analyst to confirm, while low-risk actions like notifications execute instantly.

Machine learning triage

SOAR's ML engine learns which alert types are genuine threats in your environment over time, reducing false positive playbook triggers and ensuring automated responses fire on the incidents that actually matter.

Mean time to respond metrics

Track MTTR, MTTA, and playbook performance over time. Dashboards show exactly how much faster automated response is versus manual handling and where playbooks need tuning.

Audit-ready response records

Every automated action is recorded with a timestamp, trigger reason, and outcome. When regulators or management ask what happened during an incident, you have a complete, unalterable record to show them.

Compliance

Orchestrate response across your entire security stack.

Energy SOAR connects to the tools your team already uses, so automated response actions reach every corner of your environment.

REST API for custom integrations
The Kernel symbol
How the Kernel Helps

SOAR that runs playbooks nobody tuned is not SOAR. It is automation that creates noise.

The Kernel deploys Energy SOAR as part of every Energy Logserver engagement that has matured beyond initial SIEM deployment. We do not treat SOAR as a checkbox — we treat it as the operational layer that makes the rest of the platform deliver real security value.

The work that makes SOAR effective is in the playbook design, the integration configuration, and the tuning that happens after go-live. This is where most SOAR deployments stall. We make sure yours does not.

Minutes to containment

vs hours for manual response — the operational difference that Energy SOAR delivers when playbooks are correctly tuned for your environment

01

Incident response mapping

Before writing a single playbook, we map your most likely incident scenarios, the response actions they require, and which of those actions can be automated versus which need human approval. This shapes everything that follows.

02

Integration setup

We connect Energy SOAR to your firewall, identity provider, endpoint platform, ITSM tool, and communication channels. Each integration is tested end-to-end so response actions actually reach the target systems.

03

Playbook design and build

We design and build the playbooks for your priority incident types, including the logic for human-in-the-loop approvals, escalation paths, and fallback procedures when automated actions fail.

04

Tuning and false positive reduction

We run the playbooks against your environment, monitor for false positive triggers, and tune both the SIEM correlation rules and the SOAR triage logic until automated response fires on real incidents, not noise.

05

SOC team training

We train your analysts on how to monitor playbook performance, handle human-in-the-loop approvals, update playbook logic as your environment evolves, and investigate the cases that automation escalates for review.

06

Ongoing optimization

As your threat landscape and infrastructure evolve, we add new playbooks, tune existing ones, and expand integrations. SOAR is not a one-time deployment — it requires ongoing attention to stay effective.

How a typical engagement looks

01

Map

Incident scenarios and response requirements
02

Integrate

Connect all response target systems
03

Build

Priority playbooks and approval workflows
04

Test

Tabletop exercises and live tuning
05

Enable

SOC team training and handover
06

Evolve

Ongoing playbook expansion and tuning

Ready to close the gap between detection and response?

Talk to our team. We will assess your current incident response capability, map the scenarios that matter most to your organization, and show you what Energy SOAR would look like in your environment.

Energy Soar logo
Energy Logserver SOAR