IT infrastructure readiness is a critical factor for the successful launch of any information system. Even modern software will not work stably if the equipment, network or environment does not meet technical requirements.
We perform a comprehensive infrastructure assessment: from servers and network to security and workstations, to ensure stable system operation without failures and risks after launch.
Learn more about the basic architecture on the IT infrastructure page.
What is checked before implementation
Servers
Compliance with performance and workload requirementsNetwork
Speed, stability and fault toleranceSecurity
Access protection, data protection and backupWorkstations
Readiness of PCs and the software environmentLicenses
Relevance and legality of softwareIntegrations
Compatibility with other systemsWhy an IT audit is necessary
Without a preliminary infrastructure assessment, system implementation comes with high risks: failures, unstable operation, data loss and additional costs.
An audit makes it possible to identify weak points in advance and eliminate them before launch, ensuring stability and a predictable result.
Business logic and technical requirements are defined at the analysis and design stage.
What the business receives
- a clear understanding of the current IT state
- identification of critical problems
- a preparation plan before implementation
- reduced launch risks
- cost optimization
Readiness assessment stages
IT infrastructure assessment is carried out step by step to accurately identify problems and prepare a solution.
Audit
Analysis of the current state of systemsDiagnostics
Identification of bottlenecks and risksTesting
Checking workload capacity and stabilityRecommendations
Infrastructure modernization planPreparation
Elimination of problems before launchReadiness
Handover for system implementation
Check your IT before system launch
Avoid mistakes and unnecessary costs at the start
Result for business
Prepared infrastructure ensures stable launch and further system development.
- no critical failures
- data protection and preservation
- predictable system launch
- lower costs for fixing errors
- readiness for scaling