Workstation Maintenance (Computer Support)

The price of IT maintenance and computer support services is individual and depends on your organization's needs, IT infrastructure scope, and complexity. Below are the main factors that shape your investment in smooth and secure IT infrastructure:

• IT infrastructure scope and complexity

  Service pricing directly depends on the number and technological complexity of managed devices. Larger-scale infrastructure management requires proportionally more resources and specialized expertise. The following components are assessed:

  • Workstations: number of desktop computers, laptops, and other workstation devices.
  • Servers and their ecosystem: number of physical and virtual servers, their roles (e.g., file storage, databases, email), operating systems, and their condition.
  • Network equipment: number and configuration complexity of routers, switches, firewalls, and wireless access points.
  • Peripheral equipment: printers, scanners, multifunction devices, barcode readers, and other connected devices requiring additional maintenance.
  • Existing infrastructure condition: assessed by equipment age and standardization level, as older or non-standard systems often require more specialized maintenance.
• Service delivery model

  IT support pricing depends on the chosen service delivery model, which determines the level of specialist involvement:

  • Reactive support: prompt fault resolution and incident handling on demand. This model provides assistance after an incident or failure has already occurred.
  • Proactive maintenance: continuous system monitoring, preventive measures, regular updates, and system optimization. This prevents potential failures and minimizes the risk of business downtime.
• Service Level Agreement (SLA)

  An SLA is a formal commitment on service quality, defining the guaranteed response and resolution time. Faster IT specialist response helps minimize equipment downtime and protects against financial losses. The following criteria are considered:

  • Guaranteed response time: the period within which a specialist begins addressing a registered incident.
  • Issue resolution time: the target period within which an issue must be resolved.
  • Service hours: standard business hours (8:00–17:00) or 24/7 support including holidays.
• Specialized IT solution support and maintenance

  The need to administer specific systems requiring specialized expertise and additional tools is a significant factor in service pricing. Examples include:

  • Cybersecurity solutions: protection against cyber threats, firewall management, centralized antivirus maintenance.
  • Business continuity and data recovery plans: automated backup creation, continuous monitoring, and periodic testing.
  • Cloud service administration: Microsoft 365, Google Workspace, etc.
  • Remote work solutions: secure VPN, remote desktop management, access control.
  • Business management systems: CRM, warehouse management, accounting and financial management solutions.
  • Specialized software administration: support and deployment of specific or custom applications.
• Geographic service coverage

  The number of company locations and their geographic distance are considered if the contract requires a specialist to visit on-site periodically or on urgent request.

To ensure effective resource allocation, each incident is classified according to its impact on business operations. While exact time intervals are individual, the standard incident classification by priority and response times is as follows:

It is important to note that these time intervals reflect the standard response time. In practice, depending on the specifics of the situation, the response is often faster.

Software management is a comprehensive service designed to ensure the security, stability, and efficiency of IT systems. It covers systematic maintenance of all software — from operating system foundations to applications required for daily work.

• Operating system and security update management: a foundational service covering installation, standardized configuration, and systematic security update deployment for Windows, macOS, and Linux. This promptly eliminates critical vulnerabilities and ensures stable system operation.
• Device protection against malware: covers deployment and centralized management of multi-layered protection solutions to defend computers against viruses, ransomware, and other cybersecurity threats. Regular malware scanning and removal is performed.
• Work environment application deployment and support: ensures employees have all necessary tools for smooth work. Covers deployment, configuration, and troubleshooting of browsers, email clients (e.g., Outlook, Thunderbird), and other required applications.
• Office and cloud suite administration: management of Microsoft 365, Google Workspace, or similar services — from user account and license management to security policy configuration and data synchronization.
• Specialized (third-party) application support: covers problem resolution related to specialized software and mediation with software vendors.
• Peripheral device driver management: ensuring proper operation of printers, scanners, and other external devices by installing and updating their drivers and configuring network access permissions.
• Backup management and recovery testing: covers not only configuring reliable backup systems but also periodically testing data recovery procedures — an essential condition for guaranteeing successful data restoration in critical situations.
• Software license audit and optimization: systematic license audits to optimize costs and ensure lawful software usage, avoiding legal and financial risks.

Proactive IT system maintenance, or preventive servicing, is a set of periodically performed technical actions. Its goal is to prevent potential failures and security incidents rather than react to those that have already occurred. This systematic approach ensures greater IT infrastructure reliability, security, and performance.

• Systematic health check: comprehensive hardware and software diagnostics are performed, analyzing system logs, performance metrics, and component health to identify potential failure sources in a timely manner.
• Security update compliance verification: an audit is conducted to ensure that the latest operating system and critical application security updates are deployed on all systems, minimizing vulnerability risk.
• System performance optimization: temporary file removal and other procedures are performed to maintain optimal operating speed and stability of computers and servers.
• Security configuration audit: the configuration of antivirus programs, firewalls, and other security solutions is periodically reviewed and assessed to ensure alignment with best practices.
• Backup integrity and recovery verification: backup system operation is verified and, most importantly, periodic test data recovery is performed. This ensures that the data recovery plan will succeed in the event of an incident.
• Recommendations: objective recommendations are provided regarding necessary modernization, resource expansion, or other strategic IT improvements.

Based on practical experience and IT infrastructure analyses, many organizations encounter recurring technological problems that reduce operational efficiency or pose threats to data security. These risks most often arise from a lack of systematic IT management and maintenance processes, and their consequences can include both operational disruptions and financial losses.

• Cybersecurity threats

  Cybersecurity is today one of the most important factors in organizational operational stability. Most breaches occur not because of highly sophisticated hacks, but due to failure to follow basic security principles, misconfigured access controls, or human error. Cybersecurity must be not a separate technical function, but an integral principle of daily operations.

  • Security update and patch management gaps: inconsistent and delayed software and operating system update deployment leaves open, widely known security vulnerabilities that cybercriminals can exploit using automated tools. This is one of the most common reasons for successful ransomware attacks.
  • Absence of basic security measures: a significant risk exists when an organization operates without any essential protection — even the most basic, such as antivirus software. This approach can facilitate even elementary, widespread malware impact.
  • Weak authentication policy: organizational security is fundamentally compromised by insufficiently effective access control policy. Common forms include:
    • Password reuse and weakness: using the same or very similar password across multiple systems, where a breach of one less secure platform can trigger a chain reaction granting access to critical organizational resources.
    • Physical password storage vulnerabilities: writing passwords on sticky notes, calendars, or other easily accessible sources allows anyone with physical access to the workstation to obtain login credentials.
    • Password sharing: sharing passwords with colleagues for temporary access is a high-risk practice that undermines accountability and traceability principles.
    • Failure to apply two-factor authentication (2FA/MFA): any password compromise scenario — theft, guessing, or leakage — can become a direct and successful attack against the organization's most critical data without an additional independent verification layer.
  • Excessive or unmanaged access rights: without adhering to the principle of least privilege, employees are granted broader permissions than necessary for their functions, increasing the probability of insider threats and accidental data leakage.
  • Insecure remote work: employees connecting to company systems from personal devices without VPN or encrypted connections, sending documents via personal email, and connecting to public Wi-Fi networks create critical cybersecurity gaps. Secure remote work must be based on a clear access policy, device standardization, and MFA across all critical systems.
  • Lack of employee security awareness: employees who fail to recognize phishing emails, open malicious attachments, or carelessly share data create conditions for social engineering attacks. Regular training, testing, and security culture development help strengthen organizational resilience.
  • Underinvestment in security: security is often viewed as an additional cost rather than a strategic investment. This position proves costly in the long run — both financially and reputationally.
  • Use of unlicensed or outdated software: outdated or illegally used software does not receive security updates, making it especially vulnerable to new threats.
• IT infrastructure reliability and performance issues

  Daily IT disruptions, although often appearing as isolated technical incidents, over time form systemic problems affecting productivity, data protection, and business continuity. Poorly maintained infrastructure or a casual approach to workstation management reduces IT system stability and creates indirect security risks.

  • Slow system performance and frequent disruptions: outdated hardware and unoptimized infrastructure cause reduced work productivity, data losses, and operational downtime. Such disruptions reduce trust in the IT department and increase internal tensions.
  • Software and hardware incompatibility: integration gaps between different systems lead to process instability and data inconsistency. Incompatible versions complicate updates and create additional security risks.
  • Single points of failure: if the infrastructure depends on a single component — a server, router, or vendor — its failure can completely paralyze the organization's operations.
  • Lack of IT maintenance: without monitoring and regular maintenance it is difficult to ensure system integrity, proper security policy, and fast response to issues.
  • Absence of backups: without performing periodic backups or verifying their effectiveness, there is a risk of being unable to restore data after an incident.
• Strategic IT management and planning deficiencies
  • Reactive rather than proactive approach: organizations often address problems only when they arise, rather than systematically investing in prevention, modernization, and automation. This practice generates unplanned costs and operational instability.
  • Inefficient IT resource management and cost control: organizations incur financial losses due to uncoordinated IT procurement — excess software licenses, duplicated cloud services, etc.
  • Lack of documentation: insufficiently documented infrastructure and processes complicate problem resolution and create dependency on individual specialists. Knowledge loss during staff turnover becomes a systemic risk.
  • Data protection and GDPR non-compliance: not knowing where customer data is stored, who has access, and what protection methods are applied increases the risk of legal sanctions and reputational damage.
  • Absence of a business continuity plan: some companies lack a documented plan for continuing operations after a serious IT incident, such as a cyberattack or physical failure. A business continuity plan and recovery strategy should be integrated into the IT management system, regularly tested and updated.

The transition to professional IT maintenance is a structured process ensuring a smooth handover. It consists of five main stages:

1. Initial contact: the process is initiated by filling in the contact form or reaching out directly via the provided contacts.
2. Initial consultation: a consultation is organized to assess business needs, existing challenges, and IT expectations.
3. IT infrastructure audit: a comprehensive assessment of the existing IT infrastructure is performed to identify vulnerabilities, risks, and optimization opportunities.
4. Individual proposal: based on audit results, a detailed proposal is prepared with a specific service plan, scope, and transparent pricing.
5. Commencement of collaboration: after signing the contract, monitoring tools are deployed and the agreed IT maintenance services begin, ensuring a smooth handover process.

The entire process from initial contact to service commencement typically takes 2–5 business days. A response regarding the initial consultation time is provided within 24 hours of receiving the inquiry.

IT maintenance services cover the entire organizational IT ecosystem — from end-user devices to servers, networks, and cloud platforms. The goal is to ensure smooth operation and integration of all components.

• Workstation devices:
  • Desktop computers, laptops, and workstations (Windows, macOS, Linux).
• Server and data center infrastructure:
  • Physical and virtualized servers.
  • Server operating systems (Windows Server, Linux distributions).
  • Data storage (NAS, SAN) and backup systems (both physical and cloud-based).
• Network infrastructure and security:
  • Routers, switches, and wireless access points.
  • Firewalls, VPN, and other network security solutions.
• Cloud services and platforms:
  • Productivity platform administration: Microsoft 365 (Exchange Online, SharePoint, Teams) and Google Workspace.
  • Basic maintenance of IaaS platforms such as Microsoft Azure or Amazon Web Services (AWS).
• Peripheral equipment and specialized systems:
  • Office equipment: printers, scanners, multifunction devices.
  • IP video surveillance systems (cameras, NVR recorders).
  • Specialized business software (CRM, ERP, accounting applications, etc.).

Maintenance is provided for equipment from all major manufacturers. Consultations are also provided on integrating equipment into the existing IT infrastructure.

A full new workstation preparation and deployment service is provided. This process covers the entire lifecycle — from equipment selection consultation to integrating the prepared workstation into the company's IT maintenance system.

Main service stages:

• Consultation and equipment selection: recommendations are provided for choosing optimal hardware and software based on the specific role requirements and planned budget.
• Deployment and configuration: full workstation preparation is performed — operating system installation, standard and specialized software deployment, security policy configuration, and the necessary network resource access is granted.
• Data migration: smooth and secure transfer of user data from the old workstation to the new one, preserving work environment integrity.
• Employee orientation: basic orientation for employees on new equipment or software is organized as needed.
• Integration into the maintenance system: the prepared workstation is integrated into the overall IT maintenance plan, ensuring stable operation, timely updates, and prompt technical problem resolution.

New workstation setup can be part of the standard IT maintenance contract or provided as a separate project-based service, depending on the collaboration terms.