Automated Pen Testing

Providing C-suites and security teams with hacker lens visibility into advanced cyber attacks with multi layer automated penetration testing in a single dashboard

O2Cyber delivers penetration testing (pen testing) services by combining automated tools and human expertise. Following a modern approach to penetration testing and leveraging a diverse set of tools and techniques, helping organizations identify and address security vulnerabilities proactively, enhance their overall security posture, and mitigate the risk of cyber attacks and data breaches.

Our Approach

Pre-Engagement Phase:

Reconnaissance and Enumeration:

Gaining Access

Maintaining access

Vulnerability Assessment:

Exploitation and Post-Exploitation:

Reporting and Documentation:

Remediation and Follow-Up:

Our Approach

Pre-Engagement Phase:

Reconnaissance and Enumeration:

Gaining Access

Maintaining access

Vulnerability Assessment:

Exploitation and Post-Exploitation:

Reporting and Documentation:

Remediation and Follow-Up:

Advanced continuous red team / security testing Vs one time red team

Our approach to PTaaS seeks to modernize penetration testing by delivering testing services that are a combination of automated tools and human expertise. This blended mix of service delivery enables meeting both point-in-time and continuous testing objectives. The PTaaS offering allows clients to get quicker, more actionable and highly mobilized results about threats and exposure more frequently than with a project-based penetration testing method  

Here are top reasons for using a PTaaS offering

Frequency of Testing

A major benefit of PTaaS over a project-based penetration test is the frequency of testing. PTaaS is a continuous, uninterrupted effort over the course of the contract life span, say one to three years. This gives clients data about risks more frequently, and the window of time from risk exposure to risk remediation is shortened. In contrast, a project-based penetration test may leave up to a year from a risk being exposed until it’s discovered. PTaaS automates many of the traditionally labor-intensive tasks that can delay traditional pentesting.

Compliance Objectives

For some clients, the main reason for getting a penetration test is to comply with getting a penetration test done by a third party, as mandated to them by a regulatory or auditing body. Often referred to as check-box testing, PTaaS can help clients meet regulatory testing requirements as part of the service.

Exposure Reduction

Risk can come in many forms and there is not a simple one-size-fits-all. However, the modern attack landscape shows that overlooked exposure, unsecure systems and overall lack of visibility into attack readiness make for a high-risk situation for clients. The time of exposure to transient risks is critical, and even a very thorough project-based penetration test might be too late to reduce these fast-moving risks. PTaaS helps reduce risk due to dynamic exposure thanks to its high frequency of delivery.

Benefits

In addition to helping clients meet a variety of testing objectives, PTaaS has a number of benefits over traditional project-based penetration testing services.

Managing Cost 

Increasing the frequency of project-based penetration testing to a monthly deliverable is possible, but the cost to do so exceeds the annual testing budget of most organizations. PTaaS helps manage cost bloat by delivering a highly scalable offering that is more conducive to monthly testing. Extensive use of automation and the standardization of testing allow for better scaling of billable talent hours. This makes more frequent testing possible without cost bloat.

AI driven Risk-Based Prioritization

PTaaS vendors take a risk-based approach and prioritize exposure for remediation and mitigation based on real risk to the organization. Factors typically include visibility and accessibility of the asset, attractiveness of the asset, importance to the business and the severity of the threat itself.

Better Results Mobilization

Mobilization of findings refers to how quickly testing results can go from discovery to remediation by the asset owner. The classic PDF document of a project-based penetration test isn’t very mobile, making it increasingly difficult to effectuate fixes. It takes analysis and manual efforts by the client — often tasking various asset owners with the correct perspectives — to identify which remediation paths are possible or achievable.

PTaaS increases results mobilization by allowing the findings to be viewed and acted on within a web portal. This portal can quickly link findings to prescriptive actions, and also use external APIs to ticketing systems to help facilitate the mobilization of findings to the right team with the right actions.

In addition, PTaaS offers real-time collaboration, allowing developers to talk to and receive guidance directly from pentesters instead of arguing with scanners, such as dynamic or static application security testing (DAST/SAST) scanners. It is important to note, however, that realizing the value of these types of tests depends on the existence of established workflows and processes across development and operations.

Possible Testing Tools Consolidation

Some PTaaS providers offer a suite of testing tools as an add-on to the service. Automated testing tools such as external attack surface management (EASM) and vulnerability scanners can be included, and linked directly to the PTaaS testing pipeline. Some clients may find the automated testing tools that are available as an add-on in PTaaS adequate enough to discontinue paying for licensing of other third-party tools.

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Level 4: Cyber Security Incident Response Process (CSIRP)

At the SOC’s most advanced level are managers and chief officers and they will be more engaged and execute this process. This group oversees all SOC team activities and is responsible for hiring and training, plus evaluating individual and overall performance. Level 4's step in during crises, and, specifically, serve as the liaison between the Security team and the rest of the organization. They are also responsible for ensuring compliance with organization, industry and government regulations.

Level 3: Proactive security operations

The security managers are informed and specialist crew are involved and begin moving from reactive to proactive security actions. Personnel are likely expert security analysts who are actively searching for vulnerabilities within the network and hunting for threats. They will use advanced threat detection tools to diagnose weaknesses and make recommendations for overall security improvement. Within this group, you might also find specialists, such as forensic investigators, compliance auditors or cybersecurity analysts. They will decide to escalate Level 4.

Level 2: Cyber Incident Remediation

These personnel can quickly get to the root of the problem and assess which part of your infrastructure is an issue or at risk. They will follow a well defined playbook process and makes decision to remediate the problem based on knowledge of the issue and environments. They will flag certain issues for additional investigation outside of the incident response protocol and when to escalate to Level 3.

Level 1: First responders

The first line of incident responders are group of security analysts who will be eyes on glass 24x7 and watch for alerts. They are primarily tasked to look at the urgency of an alert, can it be solved within their confines which is automated playbook / orchestration or follow up on established playbooks. Based on the above they play a role to escalate to Level 2. They are also responsible to run statistics and SOC reports for review. Behavioral analytics and AI based beta models are adopted for advanced needs to act as L1.