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EX0-105 Information Security Foundation based on ISO/IEC 27002 is a legacy exam-code label that still appears in certification databases and older study material. EXIN’s current foundation credential is Information Security Foundation (ISFS), now presented by EXIN as Information Security Foundation based on ISO/IEC 27001. Candidates should therefore treat EX0-105 as historical context and prepare against the current ISFS syllabus.
The underlying knowledge remains recognizable: the value of information, threats and risks, security organization, safeguards, and legal or regulatory responsibilities. What changes over time are the standards, terminology, literature, and emphasis. EXIN’s current English preparation uses the fourth revised edition of Foundations of Information Security, based on ISO 27001 and ISO 27002, and the current exam contains 40 multiple-choice questions in 60 minutes with a 65 percent pass mark.
This distinction is important because information security certification ages quickly when study material is tied to obsolete standard references. The goal is not to memorize the wording of an old EX0-105 file. It is to understand durable security principles and apply them using the current ISO/IEC 27001-oriented context.
Security begins by recognizing that information is an asset. Customer records, credentials, intellectual property, financial data, operational instructions, contracts, source code, and internal communications all support business activity. Damage occurs when information is exposed, altered incorrectly, destroyed, or unavailable when needed.
The familiar confidentiality, integrity, and availability model helps classify those concerns. Confidentiality limits disclosure to authorized parties. Integrity protects accuracy and completeness. Availability ensures information and supporting services can be used when required. Different information assets place different weight on the three properties.
A public website may prioritize availability and integrity, while a payroll database places heavy emphasis on confidentiality and integrity. Candidates should reason from the asset and business impact rather than assume every control has equal importance everywhere.
A threat is something that can cause harm. A vulnerability is a weakness that can be exploited or triggered. Risk reflects the possibility and consequence of harm to objectives. Keeping these concepts separate prevents vague security discussions in which every technical flaw is treated as the same level of business danger.
A weak password policy creates vulnerability. Credential theft is a threat scenario. The resulting risk depends on what the compromised account can access, how likely exploitation is, which controls already exist, and how severe the impact would be.
A broad introduction to cybersecurity can reinforce these ideas, but ISFS candidates need the management perspective as well: security decisions should be prioritized according to risk rather than fear or technical novelty.
Once a risk is understood, an organization can reduce it with controls, avoid the activity creating it, transfer some consequences through contracts or insurance, or accept the remaining exposure. Acceptance is still a decision and should be made by someone with appropriate authority.
Controls rarely reduce risk to zero. A firewall can reduce exposure but cannot prevent every attack. Backups reduce consequences of data loss but can fail if restoration is never tested. Multifactor authentication can reduce account takeover risk while still depending on enrollment, recovery, and user behavior.
Foundation questions often test whether a proposed measure matches the risk. Strong answers are proportional, accountable, and connected to the information being protected.
Organizations need policies because individual users and teams cannot independently decide what level of security is acceptable. Policy establishes expectations for access, acceptable use, classification, incidents, suppliers, remote work, data handling, and other recurring concerns.
Policy alone is not enough. Supporting procedures explain how requirements are carried out, standards define mandatory technical or operational rules, and guidelines can provide recommended practices. Training and communication help people understand why the controls exist.
Governance also requires exceptions. A legitimate business case may justify deviating from a standard, but the exception should be assessed, approved, documented, time-bounded where appropriate, and reviewed rather than becoming an invisible permanent workaround.
Information security is broader than cybersecurity tooling. Physical entry controls, secure areas, environmental safeguards, asset handling, and visitor management can protect systems and records from direct access or damage. Technical controls include authentication, encryption, network protection, logging, and endpoint safeguards. Organizational controls include policy, role assignment, supplier management, awareness, and risk processes.
Layering controls creates defense in depth. A stolen laptop is less damaging when the device uses strong authentication, encrypted storage, remote management, limited local data, and rapid incident reporting. Each measure addresses a different part of the scenario.
Exam questions may ask for the type or purpose of a control. Focus on what the control changes: does it prevent, detect, correct, deter, or help recover from an event?
Access should be based on legitimate need, not convenience. Least privilege limits permissions to what a user or service requires. Separation of duties reduces the chance that one person can complete a sensitive transaction without oversight. Strong authentication reduces the risk that an identity can be impersonated.
The lifecycle matters as much as initial provisioning. People change roles, projects end, contractors leave, and temporary access becomes stale. Joiner, mover, and leaver processes should update permissions promptly. Regular reviews can identify excessive access that accumulated over time.
Password management remains relevant, but stronger security usually combines password hygiene with multifactor authentication and appropriate account controls. The tradeoffs discussed in password management tools illustrate why a single safeguard should not be treated as the whole identity strategy.
A security incident can involve malware, unauthorized access, data leakage, fraud, service disruption, lost devices, or suspicious activity. Organizations need defined reporting channels, roles, escalation criteria, evidence handling, communication plans, and recovery arrangements before an incident becomes urgent.
Speed matters, but uncontrolled action can destroy evidence or increase damage. The growing challenge of incident-response time should be understood alongside accuracy: teams need enough preparation to act quickly without improvising every decision.
After containment and recovery, lessons should feed back into risk assessments, controls, procedures, and training. An incident that is closed without learning is a missed opportunity to reduce future exposure.
Security does not exist outside legal obligations. Privacy, contractual confidentiality, sector rules, records requirements, intellectual property, employment law, and breach reporting can all affect security decisions. Foundation candidates do not need to become lawyers, but they should understand that controls must support applicable obligations.
Compliance and security are not identical. An organization can satisfy a narrow checklist and still carry serious risk, while a sensible security practice may exceed a minimum regulatory requirement. Management should use legal requirements as part of a broader risk-based security system.
Supplier contracts are especially important because information can remain the organization’s responsibility even when processing is outsourced. Security requirements, audit rights, notification duties, and exit arrangements should be considered before data is transferred.
EXIN introduced Information Security Essentials in 2026 as another entry point in its security program, but ISFS remains an active foundation certification with its own current syllabus and literature. Candidates who arrive through EX0-105 should use the live ISFS page as the definitive guide to the exam they intend to take.
EXIN certifications also include the higher-level Information Security Management Professional (ISMP) path. That progression is useful context, but foundation preparation should first establish accurate risk, control, governance, and security vocabulary.
EX0-105 still has historical value because it reflects the earlier way this foundation knowledge was packaged. Its best use today is to preserve continuity for learners working from older records and training materials while making the transition explicit: understand the durable principles, recognize the older ISO/IEC 27002 label, and prepare from the current ISFS requirements rather than assuming the legacy code is the current certification.
Information classification is another practical bridge between risk and controls. Labels such as public, internal, confidential, or restricted are useful only when they change handling behavior. Classification can influence storage location, sharing, encryption, printing, disposal, and who may approve access. Candidates should understand that classification is not a decorative label; it is a management decision that helps people apply proportionate safeguards consistently.
Human behavior also deserves attention. Security awareness should teach people how to recognize suspicious requests, protect credentials, handle information, report mistakes, and understand why policies exist. Blaming users for every incident is ineffective if processes are confusing or controls are impractical. A mature security program designs usable safeguards and gives people clear reporting paths so mistakes are surfaced quickly instead of hidden.
Asset ownership completes the picture. Someone should be accountable for deciding how important an information asset is, who may use it, and which risks can be accepted. Security teams can advise, but ownership keeps business decisions from becoming purely technical judgments.
Security controls are most useful when they can be traced to a defined risk, owner, operating procedure, and evidence source. That connection turns ISO/IEC 27002 concepts from a memorization exercise into a management system that can be reviewed, tested, and improved over time.
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