100+ Free NISP Level 2 Practice Questions

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2026 Statistics

Key Facts: NISP Level 2 Exam

100 MCQs

Official Chinese single-choice sitting reported by authorized NISP operators

nisp.org.cn operator listings

70%

Commonly reported passing standard (70/100)

Authorized NISP operator exam notices

120 min

Duration on nisp.org.cn; some centers report 150-minute CISP-aligned sittings

nisp.org.cn; authorized operations-center pages

10 domains

CISP-like knowledge map used by authorized NISP Level 2 materials

Authorized NISP-2 training outlines

Campus track

Common eligibility: full-time college students (全日制在校学生)

Authorized NISP operator eligibility notices

5 years

Maximum validity of newly issued NISP Level 2 certificates from issuance

CNITSEC NISP Level 2 certificate notice, 15 July 2025

Not automatic

Later CISP conversion still requires education, information-security experience, and registration review

CNITSEC CISP registration rules as applied by NISP operators

NISP Level 2 is CNITSEC's campus-track information-security exam, commonly 100 Chinese single-choice items with a 70% pass mark and a 120-minute nisp.org.cn listing (some centers report 150-minute CISP-aligned sittings). Eligibility is commonly full-time college enrollment. Conversion to CISP is possible later only when education and information-security experience conditions are met—it is not automatic. Study the ten CISP-like domains. These 100 questions are an English MCQ study adaptation of that Chinese syllabus.

Sample NISP Level 2 Practice Questions

Try these sample questions to test your NISP Level 2 exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In Chinese information-assurance teaching, which triad is treated as the core set of information-security properties?

A.Authentication, authorization, and accounting (AAA) only.

B.Confidentiality, integrity, and availability (CIA).

C.Warning, protection, and counterattack only.

D.Traceability, non-repudiation, and auditability only.

Explanation: The CIA triad—confidentiality, integrity, and availability—is the starting definition of information security in NISP/CISP-style materials. Confidentiality prevents unauthorized disclosure, integrity prevents unauthorized modification, and availability keeps authorized users able to use information and services when needed. Other properties such as authenticity and non-repudiation extend CIA; they do not replace it.

2How do Chinese information-assurance materials distinguish information assurance from ordinary information security and from information-system security?

A.The three phrases are official synonyms and may be used interchangeably on every exam item.

B.Information assurance only means buying firewalls, while information-system security only means writing security policies.

C.Information security focuses on protecting information properties; information-system security focuses on protecting a specific system; information assurance is the broader organizational capability that keeps those properties over time against changing threats.

D.Information assurance applies only to classified government secrets and never to enterprise systems.

Explanation: Authorized NISP/CISP teaching treats information security as protection of CIA and related properties, information-system security as protection of a concrete system, and information assurance as the continuing organizational capability—people, policy, and technology—needed to keep those properties as threats and missions change. The distinction matters because assurance is a program, not a single product purchase.

3In the P2DR (also written PPDR) dynamic security model, which element is treated as the core that directs protection, detection, and response?

A.Policy (策略).

B.Encryption algorithm selection.

C.Physical perimeter fencing.

D.Annual financial audit only.

Explanation: P2DR consists of Policy, Protection, Detection, and Response. Policy is the core: protection tools, detection tools, and response actions are selected and tuned according to the organization's security policy. Without a consistent policy, the other three activities do not form a closed, adaptive loop.

4The WPDRRC model used in Chinese information-assurance teaching adds which pair of links to the older protection-detection-response-recovery cycle?

A.Certification and accreditation only.

B.Password-expiry interval and session-timeout only.

C.Virtualization and container orchestration only.

D.Warning (预警) at the front and counterattack (反击) at the end.

Explanation: WPDRRC was proposed by Chinese information-security experts as a national-conditions model. Its six links are Warning, Protection, Detection, Response, Recovery, and Counterattack. Warning adds before-the-fact threat anticipation; counterattack adds after-the-fact lawful tracing and strike-back capability. The three supporting elements are people, policy, and technology.

5What does defense in depth mean in IATF-style information-assurance architecture taught in NISP Level 2 materials?

A.Installing a single next-generation firewall and then disabling host controls to reduce cost.

B.Placing overlapping technical, management, and physical controls at multiple layers (for example local computing environment, enclave boundary, and supporting infrastructure) so that one control failure does not collapse the whole system.

C.Encrypting only archived tapes and leaving live production data in plaintext.

D.Trusting the internal campus network completely after a user has passed the front-door badge reader.

Explanation: The Information Assurance Technical Framework (IATF) popularized defense in depth: multiple, complementary controls across people, technology, and operations, arranged from the local computing environment through enclave boundaries to networks and infrastructure. The goal is residual risk reduction through layered failure containment, not a single magic product.

6Under the time-based security idea used to explain P2DR, when is a system considered able to withstand an attack in progress?

A.Whenever the firewall vendor's market share is the largest in China.

B.Whenever detection time plus response time is longer than the time the attacker needs to succeed.

C.Whenever protection/attack success time Pt is greater than detection time Dt plus response time Rt (Pt > Dt + Rt).

D.Whenever the organization has purchased any antivirus product, regardless of update lag.

Explanation: P2DR's time-based argument is that attack, detection, and response all consume time. If the time required for an attack to succeed (Pt) is greater than the time to detect the attack (Dt) plus the time to respond (Rt), defenders can interrupt the attack before it completes. Shortening Dt and Rt, and lengthening Pt through stronger protection, are therefore the operational goals.

7Which sequence best matches the historical development of information security as taught in Chinese assurance materials?

A.Communication security (COMSEC) → computer security (COMPUSEC) → information-system security → information assurance.

B.Cloud native security → quantum cryptography → punch-card security.

C.Physical locksmithing → social-media branding → marketing analytics.

D.Software testing → DevOps dashboards → advertising click-fraud only.

Explanation: Standard Chinese teaching traces the field from communication security (protecting messages in transit), through computer security (protecting hosts), then information-system and network security, and finally information assurance as a mission-oriented, multi-dimensional program. Each stage kept the previous concerns and added new ones as computing and networks expanded.

8Besides confidentiality, integrity, and availability, which additional property means that a party cannot credibly deny having performed an action such as sending a signed message?

A.Bandwidth.

B.Latency.

C.Cache locality.

D.Non-repudiation (不可否认性).

Explanation: Non-repudiation is the property that a subject cannot later deny having performed an action. Digital signatures, trusted timestamps, and audit logs are typical supporting mechanisms. It is taught as an extension of CIA, alongside authenticity and controllability, not as a networking performance metric.

9In WPDRRC and related Chinese assurance models, which statement correctly describes the three supporting elements?

A.Hardware vendors are the core, laws are optional, and people can be ignored if products are expensive enough.

B.People are the core, policy is the bridge, and technology is the guarantee, and all three must be implemented across the six process links.

C.Only technology matters; people and policy are out of exam scope.

D.Only written policy matters; technical controls are considered cosmetic.

Explanation: WPDRRC teaching states three elements: people (核心), policy (桥梁), and technology (保证). People operate and decide; policy connects people to technology; technology implements the six links. Dropping any one element leaves the model incomplete.

10Chinese information-assurance teaching commonly identifies which factor as the internal root cause that makes information-security problems possible?

A.Vulnerabilities (脆弱性) inherent in information systems, which threat sources can exploit.

B.The mere existence of the Internet, which makes every system equally unsafe regardless of design.

C.The organization's annual revenue, which by itself determines residual risk.

D.The number of unused software licenses in the procurement system.

Explanation: Standard teaching separates threat sources (external or internal actors and events) from vulnerabilities (weaknesses in the system itself). The internal cause of security problems is that systems have vulnerabilities—design flaws, implementation bugs, misconfiguration, or process gaps—that threats can exploit. Risk work therefore reduces vulnerability and exposure, not just names threats.

About the NISP Level 2 Exam

NISP Level 2 (国家信息安全水平考试二级) is CNITSEC's campus-oriented information-security proficiency examination. Authorized operators market it as a campus-track CISP pathway for full-time college students who cannot yet meet CISP work-experience rules. The official Chinese sitting is commonly reported as 100 single-choice questions with a 70% pass mark. Duration is listed as 120 minutes on nisp.org.cn; some authorized operations-center pages describe 150-minute CISP-aligned sittings. This OpenExamPrep bank is an English-language MCQ study adaptation, not an official translation or an English-language sitting.

Assessment

One closed-book paper of 100 single-choice questions (1 mark each, 100 marks). Knowledge is aligned to the ten CISP-like domains used by authorized NISP Level 2 materials: information assurance, cybersecurity supervision, information security management, business continuity, security engineering and operations, security assessment, supporting technologies, physical and network communication security, computing-environment security, and software security development.

Time Limit

120 minutes (nisp.org.cn operator listing); some authorized centers report 150-minute CISP-aligned sittings

Passing Score

70% (70/100)

Exam Fee

Charged through authorized NISP operators; CNITSEC lists NISP examination fees as market-adjusted service charges (双方协商确定). Confirm current package pricing with an authorized center. (China Information Technology Security Evaluation Center (CNITSEC / 中国信息安全测评中心))

NISP Level 2 Exam Content Outline

10%

Information Assurance (信息安全保障)

CIA triad and related properties, information-assurance versus system security, P2DR and WPDRRC models, IATF-style defense in depth, and the people-policy-technology foundation of Chinese information-assurance teaching.

10%

Cybersecurity Supervision (网络安全监管)

PRC Cybersecurity Law, Data Security Law, Personal Information Protection Law, Cryptography Law, CII duties, MLPS 2.0 (GB/T 22239 / GB/T 22240), national standards, and professional ethics.

10%

Information Security Management (信息安全管理)

ISMS construction, PDCA, ISO/IEC 27001 and GB/T 22080 alignment, risk identification/analysis/treatment, residual risk, policy hierarchy, organization roles, metrics, and supplier security.

10%

Business Continuity (业务连续性)

BIA, BCP versus DRP, RTO/RPO/MTPD, backup strategies, alternate sites, incident-response lifecycle, crisis communication, and continuity exercises.

10%

Security Engineering and Operations (安全工程与运营)

Security in the system lifecycle, SSE-CMM ideas, change and configuration management, least privilege in operations, SOC/SIEM, patching, and oversight of outsourced security services.

10%

Security Assessment (安全评估)

Vulnerability assessment versus penetration testing, qualitative and quantitative risk assessment, GB/T 20984, MLPS evaluation, Common Criteria / GB/T 18336, audit independence, and evidence handling.

10%

Information Security Supporting Technologies (信息安全支撑技术)

Symmetric and public-key cryptography, SM2/SM3/SM4 commercial algorithms, hashing versus encryption, digital signatures, PKI, DAC/MAC/RBAC, and multi-factor authentication.

10%

Physical and Network Communication Security (物理与网络通信安全)

Facility layers, UPS and computer-room fire protection, OSI/TCP-IP, firewalls, IDS/IPS, typical attacks (SYN flood, ARP spoofing), VPN, and wireless protection.

10%

Computing Environment Security (计算环境安全)

OS hardening, privilege management, database controls, malware families, ransomware recovery, application input validation, injection and XSS, data-at-rest versus in-transit protection, and APT traits.

10%

Software Security Development (软件安全开发)

SSDLC, security requirements and design, threat modeling, secure coding, SAST/DAST, code review, least-privilege application identities, pre-release testing, third-party component risk, and pipeline security gates.

How to Pass the NISP Level 2 Exam

What You Need to Know

Passing score: 70% (70/100)
Assessment: One closed-book paper of 100 single-choice questions (1 mark each, 100 marks). Knowledge is aligned to the ten CISP-like domains used by authorized NISP Level 2 materials: information assurance, cybersecurity supervision, information security management, business continuity, security engineering and operations, security assessment, supporting technologies, physical and network communication security, computing-environment security, and software security development.
Time limit: 120 minutes (nisp.org.cn operator listing); some authorized centers report 150-minute CISP-aligned sittings
Exam fee: Charged through authorized NISP operators; CNITSEC lists NISP examination fees as market-adjusted service charges (双方协商确定). Confirm current package pricing with an authorized center.

Keys to Passing

Work through all 100 available questions
Review every answer and explanation
Track weak areas and revisit them
Use our AI tutor for tough concepts

NISP Level 2 Study Tips from Top Performers

1Memorize the CIA triad and then the Chinese dynamic models: P2DR (Policy, Protection, Detection, Response) with Policy at the core, and WPDRRC (Warning, Protection, Detection, Response, Recovery, Counterattack) with people, policy, and technology as the three elements.

2For supervision items, keep the four core statutes distinct: Cybersecurity Law (effective 1 June 2017, including MLPS and CII duties), Data Security Law (1 September 2021, core/important/general data), Personal Information Protection Law (1 November 2021, consent and sensitive PI), and Cryptography Law (1 January 2020, core/ordinary/commercial cryptography).

3Drill MLPS 2.0 as GB/T 22239-2019 (baseline requirements for levels 1-4) plus GB/T 22240 grading. Technical classes are physical environment, communication network, area boundary, computing environment, and security management center; management classes are policies, organization, personnel, construction, and operations.

4In management and continuity, be able to separate risk treatment (avoid, reduce, transfer, accept), residual risk, RTO (how soon service must return), RPO (how much data loss is tolerable), and MTPD (how long the business can survive disruption).

5For cryptography, know SM4 as the commercial block cipher, SM3 as the 256-bit hash, and SM2 as the elliptic-curve public-key algorithm used for signature, key exchange, and encryption in China's commercial-cryptography suite.

6Practice attack-versus-control pairs: SYN flood versus SYN cookies/timeouts, ARP spoofing versus DHCP snooping/dynamic ARP inspection, SQL injection versus parameterized queries, XSS versus output encoding, and ransomware versus isolated tested backups.

Frequently Asked Questions

What is NISP Level 2 (国家信息安全水平考试二级)?

It is the National Information Security Proficiency Examination Level 2 administered under China Information Technology Security Evaluation Center (CNITSEC / 中国信息安全测评中心). Authorized operators market it as a campus-track CISP pathway for full-time college students. The knowledge outline used by authorized NISP-2 materials follows ten CISP-like domains covering assurance, law and supervision, management, continuity, engineering and operations, assessment, supporting technologies, physical and network security, computing-environment security, and software security development.

Who is eligible to sit NISP Level 2?

Authorized operator listings commonly restrict NISP Level 2 to full-time students at regular higher-education institutions (全日制在校学生), often requiring Xuexinwang enrollment proof. It is designed for campus candidates who do not yet meet CISP work-experience rules. Confirm the current enrollment-proof and in-status rules with the authorized operator that will register you; do not assume that graduates or part-time students are eligible.

How many questions, what score, and how long is the official exam?

Authorized-operator reports, including nisp.org.cn, describe 100 single-choice questions, 100 marks, and a 70-mark (70%) pass standard. Duration is listed as 120 minutes on nisp.org.cn. Some authorized operations-center pages describe 150-minute CISP-aligned sittings, so confirm the local sitting length with the center that registered you.

Does NISP Level 2 automatically convert to CISP?

No. Operators market NISP Level 2 as a campus-track CISP pathway, and CNITSEC has published a conversion route, but conversion is not automatic. Typical CISP registration still requires an education-plus-experience combination (commonly master's plus 1 year, bachelor's plus 2 years, or associate plus 4 years of work, including information-security experience) plus registration review. Treat conversion as a later application, not a guaranteed certificate swap.

How long is a NISP Level 2 certificate valid?

CNITSEC's 15 July 2025 notice on NISP Level 2 certificates states that newly issued certificates are valid for a maximum of 5 years from the date of issuance. Continuity after that window is described in operator materials as a CISP-conversion application where the holder already meets CISP conditions, not as an automatic lifelong credential.

What does the exam cost?

CNITSEC's published enterprise-fee catalogue lists NISP examination fees as market-adjusted service charges (双方协商确定), not a single national tariff. Training operators typically sell bundled packages (course, exam registration, certificate processing). Confirm the current package with an authorized center; this page does not invent a CNITSEC examination fee.

In what language is the official exam delivered?

The official NISP Level 2 sitting is a Chinese-language examination. This OpenExamPrep question bank is an English-language MCQ study adaptation of the authorized ten-domain syllabus. It is not an official translation, not an English sitting, and not a claim that CNITSEC offers an English paper.

How does this OpenExamPrep bank relate to the official exam?

The official assessment is 100 Chinese single-choice items aligned to CISP-like knowledge domains. These 100 English MCQs are a study aid covering the same domain map (assurance, supervision, management, continuity, engineering and operations, assessment, supporting technologies, physical and network security, computing environment, and software security development). Use them to learn concepts and terminology; they do not simulate the official Chinese wording or scoring session.