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Device Security

Computer Processor

Device Penetration Testing

Assesses the security of devices by analyzing hardware and firmware for low-level vulnerabilities, misconfigurations, and weaknesses, ensuring resistance to physical attacks and sensitive data exfiltration.

Protocol Penetration Testing

Performs review of physical and/or wireless communication protocols, ensuring their cybersecurity robustness, and identifying vulnerabilities that could be exploited by malicious actors.

Firmware Security Review

Discovers and addresses security vulnerabilities within low-level firmware code to ensure the security and integrity. 

Application Security

Web Application Penetration Testing

Evaluates the security of external and/or internal web applications and identifies vulnerabilities that could be remotely exploited by attackers. 

Mobile Application Penetration Testing

Assesses the security of a mobile app by identifying vulnerabilities, weaknesses, and potential threats, ultimately ensuring the protection of sensitive data and enhancing the app's resistance to malicious attacks.

API Penetration Testing

Targets API endpoints which commonly support additional applications and/or devices to determine direct and indirect security vulnerabilities. 

Thick Client Penetration Testing

Tests a locally installed software application (Thick Client) for potential vulnerabilities leading to sensitive data exfiltration or further compromise on a broader ecosystem.  

Computer Programming

Network Security

Server Room

External Penetration Testing

Simulates real-world cyber attacks on external-facing systems, networks, and applications, identifying vulnerabilities and weaknesses that malicious actors could exploit to gain unauthorized access.

Internal Penetration Testing

Simulates insider threats by evaluating internal networks, systems, and applications, employing a comprehensive methodology to identify vulnerabilities and potential weaknesses that could be exploited by malicious actors with insider access.

Cloud Penetration Testing

Systematically identifies vulnerabilities and misconfigurations across the  cloud infrastructure by simulating threats to critical assets which generally support a vast array of solutions.

Wireless Network Penetration Testing

Evaluates wireless infrastructure, including Wi-Fi networks, routers, and associated devices, employing advanced methodologies to identify and exploit vulnerabilities, assess encryption protocols, and test the effectiveness of access controls.

IoT/OT Network Penetration Testing

Internet of Things (IoT) and Operational Technology (OT) networks present unique cybersecurity risk to an organization. This testing identifies vulnerabilities and weaknesses, ensuring the security resilience of IoT/OT ecosystems against potential cyber threats. 

Vulnerability Assessment Testing

Involves systematic identification, classification, and prioritization of potential security weaknesses within an organization's digital infrastructure, enabling proactive risk management by providing insights into vulnerabilities' severity, potential impact, and recommended mitigation strategies.

Attack Simulation

Phishing / Vishing Assessments

Simulates real-world social engineering attacks, employing sophisticated techniques to assess an organization's susceptibility to phishing emails and voice-based scams (vishing).

Physical Security Assessments

Evaluates physical infrastructure against social engineering attacks, systematically examining access controls, entry points, and other tangible security measures to identify vulnerabilities and potential weaknesses.

Red Team Exercise

Emulates sophisticated threat actors, replicating real-world offensive attack scenarios to assess security defenses, identify vulnerabilities, and test incident response capabilities, enabling a proactive and holistic approach to cybersecurity that goes beyond traditional assessments.

Purple Team Exercise

Involves a collaborative cybersecurity approach that integrates offensive tactics (Red Team) with defensive strategies (Blue Team), fostering a synergistic environment to assess, enhance, and optimize an organization's overall security posture by combining real-world attack simulations with proactive defense mechanisms.

Ransomware Readiness Assessment

Evaluates preparedness and resilience against ransomware threats, encompassing thorough examinations of security protocols, incident response capabilities, data backup strategies, and employee awareness training.

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DevSecOps Enablement

Backend Developer

Threat Modeling Assessment

Systematically identifies and analyzes potential threats, vulnerabilities, and risks within an organization's systems and processes, facilitating proactive security measures and informed decision-making to mitigate cyber threats effectively. 

Software Composition Analysis (SCA)

Enables development teams to identify insecure third-party dependencies which can be a threat to any organization and therefore should be conducted using specialized solutions throughout development. 

Static Application Security Testing (SAST)

Enables developers to improve security in the code they produce by integrating code specific tooling at development time to identify insecure coding practices. 

Security Unit Test Development

Enables development teams to introduce unit testing techniques in their build pipelines that are tailored to the target coding language, framework, and technologies in use. 

Fuzz Test Development

Assists development teams in identifying effective means of conducting fuzz testing and performing the necessary statistical analysis to produce meaningful results. 

Security Program Development

Cybersecurity Maturity Assessment

Involves a detailed examination of an organization's cybersecurity posture against leading industry frameworks (NIST, CIS, ISO, etc.) to provide an in-depth analysis of policies, processes, technologies, and personnel, resulting in a holistic understanding of the current cybersecurity posture.

Cybersecurity Risk Assessment

Identifies, analyzes, and prioritizes potential risks to an organization's information systems, assets, and processes, employing a systematic approach to quantify and qualify threats, vulnerabilities, and impacts, ultimately providing a comprehensive risk profile and strategic recommendations that empower organizations to proactively manage and mitigate cybersecurity risks.

Cybersecurity Due Diligence Assessment

Evaluates the security posture of an organization during mergers, acquisitions, or partnerships, encompassing an analysis of existing cybersecurity policies, incident response capabilities, data protection practices, and overall risk exposure, providing potential stakeholders with a comprehensive understanding of cybersecurity risks and compliance issues.

Policy and Procedure Development

Develops comprehensive and tailored documentation, encompassing robust policies and procedures that align with industry standards, regulatory requirements, and the unique security needs of the organization.

Strategy and Roadmap Development

Formulates an in-depth cybersecurity strategy and governance framework tailored to unique needs, aligning with industry standards and regulatory requirements, and subsequently creating a detailed roadmap that outlines prioritized initiatives, milestones, and timelines, ensuring a proactive, risk-based, and adaptive cybersecurity posture that addresses current challenges and anticipates future threats in a dynamic digital landscape.

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