SY0-701 Exam Dumps - CompTIA Security+ Exam 2026

The most direct and immediate consequence of non-compliance with local data privacy regulations is fines. CompTIA Security+ SY0-701 emphasizes that privacy and data protection laws (such as GDPR, HIPAA, or regional privacy statutes) include explicit financial penalties for organizations that fail to meet compliance requirements. These fines are measurable, enforceable, and frequently cited by regulators as primary enforcement mechanisms.

While reputational damage (B) and contractual implications (D) are serious secondary effects, they are indirect and harder to quantify. Sanctions (C) typically apply in geopolitical or trade contexts rather than routine privacy enforcement. Boards of directors are often most responsive to clearly defined financial exposure; fines provide a concrete, defensible rationale for allocating additional budget to compliance, tooling, staffing, and process improvements.

Security+ SY0-701 highlights risk communication to executives using quantifiable impacts. Presenting the likelihood and magnitude of regulatory fines directly supports a cost-benefit analysis and demonstrates fiduciary responsibility. Therefore, A: Fines is the most appropriate consequence to present.

SIEM stands for Security Information and Event Management. It is a security alerting and monitoring tool that collects system, application, and network logs from multiple sources in a centralized system. SIEM can analyze the collected data, correlate events, generate alerts, and provide reports and dashboards. SIEM can also integrate with other security tools and support compliance requirements. SIEM helps organizations to detect and respond to cyber threats, improve security posture, and reduce operational costs. References: CompTIA Security+ Study Guide: Exam SY0-701, 9th Edition, Chapter 10: Monitoring and Auditing, page 393. CompTIA Security+ Practice Tests: Exam SY0-701, 3rd Edition, Chapter 10: Monitoring and Auditing, page 397.

AES-256 is a symmetric encryption algorithm widely used to protect data at rest by converting plaintext into ciphertext that is unreadable without the proper key. It provides strong confidentiality and is a standard for encrypting stored data.

TLS 1.2 (A) secures data in transit, not at rest. Masking (C) obscures data but typically for display or limited use and is reversible. Salting (D) is used alongside hashing to protect passwords and data integrity but does not encrypt data.

Encryption with AES-256 is recognized as a best practice for securing stored data in the Security+ Cryptography and General Security Concepts domains【6:Chapter 7†CompTIA Security+ Study Guide】.

A firewall policy is a set of rules that defines what traffic is allowed or denied on a network. A firewall policy should be carefully designed and tested before being implemented, as a misconfigured policy can cause network disruptions or security breaches. A common best practice is to test the policy in a non-production environment, such as a lab or a simulation, before enabling the policy in the production network. This way, the technician can verify the functionality and performance of the policy, and identify and resolve any issues or conflicts, without affecting the live network. Testing the policy in a non-production environment would prevent the issue of the ‘deny any’ policy causing several company servers to become unreachable, as the technician would be able to detect and correct the problem before applying the policy to the production network.

Documenting the new policy in a change request and submitting the request to change management is a good practice, but it would not prevent the issue by itself. Change management is a process that ensures that any changes to the network are authorized, documented, and communicated, but it does not guarantee that the changes are error-free or functional. The technician still needs to test the policy before implementing it.

Disabling any intrusion prevention signatures on the ‘deny any’ policy prior to enabling the new policy would not prevent the issue, and it could reduce the security of the network. Intrusion prevention signatures are patterns that identify malicious or unwanted traffic, and allow the firewall to block or alert on such traffic. Disabling these signatures would make the firewall less effective in detecting and preventing attacks, and it would not affect the reachability of the company servers.

Including an ‘allow any’ policy above the ‘deny any’ policy would not prevent the issue, and it would render the ‘deny any’ policy useless. A firewall policy is processed from top to bottom, and the first matching rule is applied. An ‘allow any’ policy would match any traffic and allow it to pass through the firewall, regardless of the source, destination, or protocol. This would negate the purpose of the ‘deny any’ policy, which is to block any traffic that does not match any of the previous rules. Moreover, an ‘allow any’ policy would create a security risk, as it would allow any unauthorized or malicious traffic to enter or exit the network. References = CompTIA Security+ SY0-701 Certification Study Guide, page 204-205; Professor Messer’s CompTIA SY0-701 Security+ Training Course, video 2.1 - Network Security Devices, 8:00 - 10:00.

Detailed Explanation:SSH tunneling can secure the unencrypted protocol by encapsulating traffic in an encrypted tunnel. Segmentation isolates the legacy system, reducing the risk of unauthorized access. Reference: CompTIA Security+ SY0-701 Study Guide, Domain 2: Threats, Section: " Compensating Controls for Legacy Systems " ​​.

Threat hunting is a proactive security activity focused on identifying hidden or undetected threats within an environment, even when no alerts or indicators have been triggered. According to CompTIA Security+ SY0-701, threat hunting assumes that attackers may already be present and actively evading traditional security controls such as SIEMs, IDS/IPS, or endpoint protection tools.

Threat hunting involves manually analyzing logs, endpoint telemetry, network traffic, and behavioral patterns to uncover anomalies that automated systems may miss. This aligns directly with the scenario, where the analyst has a suspicion of malicious actors but no alerts confirming activity. Threat hunting helps identify advanced persistent threats (APTs), living-off-the-land techniques, credential misuse, and lateral movement that may not generate immediate alerts.

Digital forensics (B) is typically performed after an incident has been confirmed. Vulnerability scanning (C) identifies weaknesses but does not detect active attackers. E-discovery (D) is a legal process for collecting electronically stored information and is not used for threat detection.

Because the analyst is proactively searching for hidden threats without existing alerts, the correct action is A: Threat hunting.

The correct answer is B. Passive.

Passive reconnaissance involves gathering information about a target without directly interacting with the target’s systems. OSINT, or open-source intelligence, includes publicly available information such as websites, social media, job postings, public DNS records, code repositories, breach databases, search engine results, and public documentation.

This aligns with CompTIA Security+ SY0-701 topics related to reconnaissance, penetration testing, threat intelligence, and information gathering.

Why the other options are incorrect:

A. Active

Active reconnaissance involves directly interacting with the target environment, such as port scanning, vulnerability scanning, banner grabbing, or probing services.

C. Offensive

Offensive security refers broadly to activities such as penetration testing and red-team operations. However, it does not specifically describe the reconnaissance method used.

D. Defensive

Defensive security focuses on protecting, monitoring, and responding to threats. OSINT collection at the start of a penetration test is not best described as defensive reconnaissance.

Therefore, checking OSINT resources is passive reconnaissance.

Smishing is a type of social engineering technique that uses text messages (SMS) to trick victims into revealing sensitive information, clicking malicious links, or downloading malware. Smishing messages often appear to come from legitimate sources, such as banks, government agencies, or service providers, and use urgent or threatening language to persuade the recipients to take action12. In this scenario, the text message that claims to be from the payroll department is an example of smishing.

Impersonation is a type of social engineering technique that involves pretending to be someone else, such as an authority figure, a trusted person, or a colleague, to gain the trust or cooperation of the target. Impersonation can be done through various channels, such as phone calls, emails, text messages, or in-person visits, and can be used to obtain information, access, or money from the victim34. In this scenario, the text message that pretends to be from the payroll department is an example of impersonation.

A. Typosquatting is a type of cyberattack that involves registering domain names that are similar to popular or well-known websites, but with intentional spelling errors or different extensions. Typosquatting aims to exploit the common mistakes that users make when typingweb addresses, and redirect them to malicious or fraudulent sites that may steal their information, install malware, or display ads56. Typosquatting is not related to text messages or credential verification.

B. Phishing is a type of social engineering technique that uses fraudulent emails to trick recipients into revealing sensitive information, clicking malicious links, or downloading malware. Phishing emails often mimic the appearance and tone of legitimate organizations, such as banks, retailers, or service providers, and use deceptive or urgent language to persuade the recipients to take action78. Phishing is not related to text messages or credential verification.

D. Vishing is a type of social engineering technique that uses voice calls to trick victims into revealing sensitive information, such as passwords, credit card numbers, or bank account details. Vishing calls often appear to come from legitimate sources, such as law enforcement, government agencies, or technical support, and use scare tactics or false promises to persuade the recipients to comply9 . Vishing is not related to text messages or credential verification.

F. Misinformation is a type of social engineering technique that involves spreading false or misleading information to influence the beliefs, opinions, or actions of the target. Misinformation can be used to manipulate public perception, create confusion, damage reputation, or promote an agenda . Misinformation is not related to text messages or credential verification.

References = 1: What is Smishing? | Definition and Examples | Kaspersky 2: Smishing - Wikipedia 3: Impersonation Attacks: What Are They and How Do You Protect Against Them? 4: Impersonation - Wikipedia 5: What is Typosquatting? | Definition and Examples | Kaspersky 6: Typosquatting - Wikipedia 7: What is Phishing? | Definition and Examples | Kaspersky 8: Phishing - Wikipedia 9: What is Vishing? | Definition and Examples | Kaspersky : Vishing - Wikipedia : What is Misinformation? | Definition and Examples | Britannica : Misinformation - Wikipedia