Information security risk management without a unified methodology quickly turns into a set of disconnected measures. One department keeps a spreadsheet of incidents, another tracks a list of vulnerabilities, and a third monitors regulatory requirements. This approach doesn't give you a complete picture of risk and doesn't help you make informed decisions about protection priorities.
GRC — Governance, Risk and Compliance — brings corporate governance, risk management, and compliance together into a single process. If you're still getting familiar with the basics of the concept, start with "What Is GRC". This article covers the practical side: how to build an information security risk management process step by step.
The Three Stages of InfoSec Risk Management
Risk management goes through three sequential stages: identification, assessment, and treatment.
Identification is an inventory of assets and threats. At this stage, you record what needs protection: information systems, databases, infrastructure, business processes. Then you determine which threats are relevant to each asset. Sources include penetration test results, incident reports, the CVE and NVD vulnerability databases, and industry analytics reports.
Assessment calculates the risk level based on two parameters: the likelihood of the threat materializing and the magnitude of potential damage. Assessment can be qualitative (high/medium/low levels), quantitative (expressed in monetary terms), or a hybrid of the two. The choice of method depends on process maturity and the availability of data for calculations.
Treatment means deciding what to do about each risk. There are four options:
- accept the risk if the damage is lower than the cost of protective measures;
- transfer the risk through insurance or outsourcing;
- mitigate the risk with technical and organizational measures;
- avoid the risk by abandoning the risky practice or technology.
After treatment, the cycle repeats: risks are reviewed whenever infrastructure, legislation, or the threat landscape changes.
The Risk Register as a Management Tool
A risk register is a document that holds all identified risks, their assessments, responsible owners, and treatment status. Without a register, it's hard to track what's already been closed and what still needs attention.
Typical register fields:
- description of the threat and the vulnerability it exploits;
- affected assets and business processes;
- likelihood and damage assessment;
- the resulting risk level and the chosen treatment strategy;
- planned and actual closure dates;
- the risk owner.
GRC platforms automate register maintenance: they link risks to controls, track task status, build reports for management, and prepare documentation for audits. BI.ZONE GRC keeps a change history for every risk and notifies owners of upcoming deadlines.
Compliance in the GRC Process
For Russian companies, risk management is inseparable from regulatory compliance. Here are the three main frameworks a GRC specialist works with:
Federal Law 152-FZ ("On Personal Data") requires classifying processed personal data by protection level (UZ-1 through UZ-4) and maintaining a register of data operators. Non-compliance leads to fines and inspections by Roskomnadzor, Russia's data protection regulator.
Requirements from FSTEC of Russia (the Federal Service for Technical and Export Control) cover state information systems (GIS) and personal data information systems (ISPDn). Orders No. 17 and No. 21 define specific sets of protective measures depending on the system's class and protection level.
ISO 27001 is the international standard for information security management. It's built on the Plan-Do-Check-Act cycle and covers the full range of controls, from physical security to incident management. Partners often require this certification when signing international contracts.
A GRC system maps identified risks against the requirements of the relevant frameworks and shows which controls are already in place and which are still in progress. This shortens the time it takes to prepare for audits and external inspections.
Security Policies and Their Link to Risk Management
Security policies are formalized rules that define acceptable behavior for employees, contractors, and systems. They only work when they're tied to specific risks and controls.
An example of the risk-control-policy chain:
- Identified the risk of data leakage through removable media.
- Selected a control: ban unauthorized USB devices.
- Documented it in the acceptable use policy for IT resources.
- Confirmed it with technical measures: a DLP system and AD group policies.
Without documenting this chain, the control exists in isolation and isn't tracked as part of the GRC process. Policies disconnected from the risk register quickly become outdated and stop reflecting current threats.
Risk Management Maturity Metrics
Metrics show how well the process is working. They fall into two types.
Operational metrics reflect process activity: the number of risks identified over a period, the share of risks with an assigned owner, and the percentage of overdue treatment tasks.
Outcome metrics capture the effect: the reduction in critical risks quarter over quarter, the decrease in average vulnerability closure time, and the number of audits passed successfully without material findings.
GRC platform dashboards visualize metrics in real time and automatically generate reports for the CISO and the board of directors. This translates the security conversation into the language of business risk and makes it easier to justify budgets.
The GRC Specialist's Role on the Team
A GRC specialist builds and maintains the risk management process. Their core responsibilities include:
- developing and updating the risk assessment methodology;
- maintaining the risk and control register;
- coordinating assessments with system and business process owners;
- preparing the company for audits and regulatory inspections;
- monitoring legislative changes and adapting policies accordingly.
The specialist works at the intersection of information security, law, and business. They translate technical risks into business consequences and help leadership make decisions based on data rather than intuition.
A good GRC program isn't built around a single specialist but around a process: documented procedures, a risk register in a platform, and regular review cycles all keep working regardless of staff turnover.
Frequently Asked Questions
Where should you start implementing a GRC process?
Start with an inventory of assets and defining the scope. Before you can assess risks, you need to understand exactly what you're protecting: systems, data, processes. In parallel, document the regulatory requirements the company must comply with.
How is a GRC platform different from a register in Excel?
A spreadsheet doesn't track a change history, doesn't link risks to controls, and doesn't build automated reports. A GRC platform keeps an audit trail, notifies risk owners of deadlines, and integrates with vulnerability scanners and SIEM systems.
Do you need to comply with all standards at once?
No. The set of frameworks depends on the industry, the type of data processed, and client requirements. The GRC process helps you prioritize and choose the standards that give maximum coverage while minimizing spend on duplicate controls.
How often should the risk register be reviewed?
A scheduled review happens once a year or whenever there are material changes to infrastructure, legislation, or the threat landscape. Individual risks are updated as a result of incidents, penetration test findings, or audits.
Who is a risk owner?
A risk owner is the employee responsible for deciding how to handle a specific risk and for implementing the treatment measures. This isn't always a security specialist: if a risk is tied to a specific business process, the department head is often assigned as the owner.
Hands-on Practice on BI.ZONE Cybersecurity Labs
The course on the BI.ZONE Cybersecurity Labs platform lets you practice risk management on isolated environments that replicate real corporate infrastructure. You'll work through the full cycle: from the initial audit and building a risk register to preparing documentation for FSTEC and 152-FZ requirements.
The hands-on exercises cover direct work with BI.ZONE GRC: configuring the assessment methodology, maintaining the control register, and generating reports for regulators. The environments are isolated, so you can experiment without touching a production environment.