When auditing becomes a management task
Typically, an information security audit is needed at a time when the infrastructure has grown faster than the processes: new services, contractors, remote access, personal accounts, AI tools, integrations with 1C/SAP/ERP or critical data have appeared, but no one is sure that the whole security picture is visible in its entirety.
Such an audit is useful for CISOs, CIOs, infrastructure managers, internal audit, compliance and owners of critical systems. Especially before the implementation of information security, verification, transaction, migration, launch of a new platform, connection of AI, or after an incident, when the business does not need a search for those to blame, but a clear plan for restoring controllability.
What the audit should clarify
A good audit answers not only the question “where are our vulnerabilities.” It shows which assets are truly critical, who owns the risk, where access rights outlast the business case, which logs will not help the investigation, where documents diverge from actual operation, and what measures can be done quickly without a large purchase.
For business, the value is that a chaotic list of worries turns into a manageable map of decisions: what to close immediately, what to include in the budget, where configuration or regulation is enough, and where a separate project is needed for architecture, implementation of information security, DevSecOps, SIEM/SOC, PAM or vulnerability management.
Why RESTART looks beyond a checklist
RESTART conducts an information security audit not as an isolated “list” check. We look at security along with how ERP, 1C, SAP, web/API, DevOps, DWH/BI, personal accounts, integrations, contractors and operation are structured. In an enterprise environment, risk rarely lives in one server: more often it appears at the intersection of access, data, process and responsibility.
Therefore, the result can be immediately associated with further steps: HLD/LLD design, implementation of information security and cryptographic information protection, protection of ISPD, CII or GIS, monitoring setup, vulnerability management, DevSecOps/AppSec, team training and support. The report becomes the beginning of changes, and not the final folder with comments.
Check environment
Infrastructure and perimeter
Networks, servers, workstations, external services, remote access, clouds, backups, logs, network rules and public entry points.
access rights and roles
Accounts, privileges, contractors, service users, access lifecycle, PAM/IDM processes and regular review of rights.
Applications and development
Web/API, personal accounts, development processes, DevSecOps, test environments, secrets, dependencies, release process and change control.
Documents and regulations
Policies, regulations, threat model, ISPDn, CII, GIS, Federal Law No. 152-FZ, Federal Law No. 187-FZ and the actual applicability of FSTEC requirements.
The audit of the endpoint layer separately includes workstations, servers, VDI, protection agents, local administrators, exceptions, logs and readiness for Endpoint Security with integration into SIEM/SOAR.
Key Terms, Plainly Explained
| Term | What does it mean in practice |
|---|---|
| IS | Information security: protecting data, systems, processes and people from violations of confidentiality, integrity and availability. |
| SZI | Information security tools: technical and software solutions to protect infrastructure, applications, data and access channels. |
| ISPDn | Information system of personal data. If the system processes personal data, separate classification, protection measures and documents are needed. |
| CII | Critical information infrastructure according to Federal Law No. 187-FZ. For significant assets, categorization, threat modeling, security measures, and operational controls are important. |
| GIS | State information system. It is subject to special requirements for the protection of information and documentation. |
| HLD / LLD | High-Level Design and Low-Level Design: high-level and detailed architecture of future security measures, integrations, rules and settings. |
| SIEM / SOC | SIEM collects and correlates security events; The SOC uses this data for monitoring, investigation and response. |
| PAM | Privileged Access Management: control of privileged accounts, passwords, sessions and administrator actions. |
| VM | Vulnerability Management: The process of managing vulnerabilities, prioritization, ownership, remediation timelines, and exceptions. |
Guidelines for global and Russian practice
The audit should not invent its own frame of reference. We use clear guidelines so that findings can be discussed with information security, IT, business, internal audit and procurement in the same language.
| Landmark | How it helps in auditing |
|---|---|
| NIST Cybersecurity Framework 2.0 | Helps break down security maturity into Govern, Identify, Protect, Detect, Respond, Recover functions and link cyber risk to management. |
| CIS Controls and Implementation Groups | Provides a practical benchmark of basic controls: assets, access rights, configurations, logs, vulnerabilities and data protection. |
| MITRE ATT&CK | Helps to look at protection through real attack techniques, and not just through the presence of documents or installed products. |
| CISA KEV | Useful for prioritizing vulnerabilities that are already being exploited in the real world, rather than just having a high CVSS score. |
| FSTEC of Russia, Federal Law No. 152-FZ, Federal Law No. 187-FZ | For Russian environments, FSTEC orders No. 17, No. 21, No. 239, requirements for ISPDn, GIS, CII and the actual applicability of protection measures are taken into account. |
How AI enhances IS auditing
AI does not replace the auditor and does not make decisions about risk acceptability. But it is already useful as a working tool: it helps to parse asset downloads, policies, logs, scan results, account lists, contracts with contractors and large amounts of project documentation.
In an application scenario, AI can group similar findings, highlight contradictions between regulations and actual settings, prepare a draft risk register, explain the risk to the system owner in human language, and compile a short summary for management. This speeds up the routine, but the final assessment, priorities and recommendations are approved by the RESTART expert.
What does the business get?
- map of critical assets, audit boundaries, system owners and areas of responsibility;
- risk register with clear prioritization: business impact, probability, confirmation and recommended action;
- list of quick wins: measures that can be done quickly without a complex project;
- roadmap for 30/90/180 days: processes, settings, implementation of information protection systems, architecture, training and milestones;
- materials for the budget and procurement: what really needs to be bought, what is best to configure, and what must first be described and secured with a process;
- clear route after the audit: HLD/LLD, implementation, DevSecOps, SIEM/SOC, PAM, VM, pentest or maintenance.
Engagement Models
Express audit
A short diagnostic for the first decision: where are the main risks, what to check more deeply and what steps are needed before the budget or pilot.
Comprehensive audit
A complete picture of infrastructure, access, documents, processes, applications, regulations and operational maturity.
Architectural audit
Check before implementation of information security system, migration, launch of a new platform, AI environment, personal account or major integration.
Post-incident audit
Analyze causes, weaknesses, responses, logs, access, backups and changes that will reduce the risk of recurrence.
After the audit: route of changes
After the audit, it is not necessary to immediately start a large project. Sometimes the first step is to remove unnecessary access, enable logs, close a forgotten external service, clean up the backup, or update the threat model. But if the risk is systemic, the audit provides the basis for the design and implementation of: HLD/LLD, information security, SIEM/SOC, PAM, DevSecOps, vulnerability management or regulatory loop.
Frequently asked questions
How does an information security audit differ from a pentest?
Pentest checks specific attack scenarios and exploitability. The audit is broader: architecture, processes, access, documents, operation, regulation and management priorities.
Is it possible to start without a full inventory?
Yes. Often an audit is exactly what is needed to collect a primary map of assets, owners, systems, external services and areas of responsibility.
What to do after the report?
Assign risk owners, agree on quick wins, approve the roadmap and decide which changes go into operation, which into the project, and which into the budget of the next period.
How to understand that the audit was useful?
After it, management has not only a list of comments, but also a prioritized action map, clear owners, deadlines, cost of the next step and control criteria.
Is it possible to use audit to purchase information and information technology?
Yes. The audit helps to justify which classes of solutions are really needed, what requirements are critical for them, and what processes need to be prepared before purchase.
Can AI conduct an audit itself?
No. AI speeds up data analysis, grouping of findings and preparation of drafts, but conclusions on risk, priorities and regulatory applicability must be made by an expert.
Let's discuss your environment
Describe the task, current systems, constraints, and expected results. We will offer a practical first step: diagnostics, pilot, audit, roadmap or project team.
