Our Solutions
Red Team
A Red Team Engagement simulates real-world attacks to uncover vulnerabilities, enhance detection capabilities, and improve overall security awareness and incident response.
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Real-world attacks simulations
- Security posture assessment
- Incident response testing
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Hidden vulnerabilities and attack vectors
- Comprehensive reporting and remediation
Why organizations need a Red Team Engagement
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Identify Security Gaps
By simulating real-world attacks, Red Team engagements uncover vulnerabilities in technology, processes, and people.
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Enhance Incident Response
Evaluate the effectiveness of your incident response team to improve preparedness and response times.
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Improve Security Posture
Insights gained help shape future security strategies, reduce risks, and optimize budget and resource allocation.
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Increase Employee Awareness
Raise workforce awareness about potential threats and the importance of adhering to security protocols.
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Validate Security Controls
Evaluate current security controls to verify that they are operating effectively.
What to expect
Recon and Intelligence
We collect detailed information to identify vulnerabilities and potential entry points.Attack Strategy
We design attack scenarios based on the intelligence gathered.Exploitation and Breach
We penetrate defenses through simulated real-world attacks using advanced hacking methods.Reporting
We deliver a comprehensive report that includes detailed findings, severity and impact of threats, and steps to remediate vulnerabilities.Validation
After your team applies the recommended fixes, we can retest to confirm that vulnerabilities are no longer exploitable.
Simulate the Threat. Strengthen the Response.
In today’s high-stakes threat environment, hoping your defenses will hold isn’t enough. A Red Team Engagement simulates a real-world attack to test your technology, processes, and people to uncover vulnerabilities before an adversary can exploit them.
In this video, learn how Red Teaming helps validate your security controls, improve detection and response, and expose blind spots in your organization’s defenses.
Pulsar Security’s certified experts apply advanced adversarial tactics to challenge your defenses and deliver clear, actionable insights - helping you reduce risk, justify investment, and build true cyber resilience.
Frequently Asked Questions
Can a Red Team engagement disrupt normal business operations?
A Red Team engagement could potentially disrupt normal business operations, depending on scope and methods used. Although designed to simulate real-world attacks with minimal impact, some activities, like social engineering or physical tests, may affect operations. Proper planning and coordination help minimize disruptions and protect critical functions.
What are the key differences between Red Teaming and Penetration Testing?
A Penetration Test (pentest) is a focused, short-term assessment designed to find and exploit vulnerabilities in specific systems, networks, or applications. A Red Team exercise is broader and simulates a real-world attack, testing an organization’s overall security defenses, including detection and response capabilities, over a longer period.
How long does a Red Team engagement last?
A typical Red Team engagement lasts between 2 to 6 weeks. The timeframe depends on the scope of the engagement, the complexity of the target environment, and the specific objectives of the assessment. The duration of engagements can vary, depending on these factors.
How is the success of a Red Team engagement measured?
Success is measured by assessing vulnerabilities, exploit success rates, detection and response times, incident handling, the effectiveness of security controls, lessons learned, employee awareness, and adherence to best practices. Improvements in these collective areas enhance an organization's overall security posture.
Can a Red Team engagement be performed remotely?
Yes. Red Team engagements can be performed remotely or from a posture of assumed internal breach by using a network implant or vpn connection that allows access to internal networks.
