IT Infrastructure Maintenance and Upgrade involves the processes and activities required to ensure that an organization's technology systems (hardware, software, networks, data centers, etc.) continue to function efficiently, securely, and reliably over time. This includes regular upkeep, performance improvements, and replacements when systems become outdated or unsupported.Â
This includes routine tasks like:
Patch management (security and performance updates)
Monitoring for performance and failures
Backup and disaster recovery operations
Hardware servicing
Firmware updates
This focuses on improving or replacing components to keep up with evolving needs:
Hardware upgrades (e.g., replacing aging servers, network gear)
Software version upgrades
System migrations (e.g., from on-premise to cloud)
Capacity expansion (e.g., more storage, faster processing)
This is the point at which a vendor stops selling or developing a product.
Implications:
No new features
May still receive limited support
An indicator that planning for replacement should start
This is the point where a vendor completely stops supporting a product (no updates, patches, or tech support).
Implications:
No vendor support = high risk
Vulnerable to security breaches
Compliance issues (e.g., for industries with regulatory standards)
Often leads to mandatory upgrades or replacement
Security: Unsupported systems are vulnerable.
Compliance: Using EOL/EOSL systems may violate standards but our improvement is always within the standard(e.g., HIPAA, GDPR).
Performance: Old systems can bottleneck business operations.
Cost Efficiency: Reactive maintenance on EOL hardware is not expensive as compare to CAPEX and OPEX
For more information kindly send us an email to info@kamtronix.com.ng
Modern data center managers are under constant pressure to do more with less while simultaneously being tasked with maximizing uptime and optimizing for efficiency and capacity utilization. In today’s ever-changing data center environment, insights from data provide a critical competitive advantage to help tackle these challenges. To gauge success and ensure business objectives are met, data center managers are increasingly turning to big data analytics to provide the necessary information, but with the massive volume and variety of data generated by data center devices, they don’t always have the time or training to be able to collect that data, analyze it, and ultimately derive value from it. Plus, when using legacy tools like Excel and Visio, it’s simply not possible to holistically see and analyze this data. So how do you know where to begin, what to track, and what your goals should be? Based on our conversations with hundreds of customers in our global user groups for our Data Center Infrastructure Management (DCIM) solution, we’ve consolidated feedback on what data matters the most and compiled a list of the top 40 Key Performance Indicators (KPIs) that all data center managers should monitor to improve the overall health and efficiency of their data centers. If the list seems overwhelming, know that measuring these KPIs is easy with DCIM software. In fact, with a modern DCIM solution, many of the KPIs come right out of the box in dashboard widgets and reports requiring zero configuration. Start monitoring the Top 40 Data Center KPIs in your environment and enjoy smarter, more data-driven decision-making across all facets of data center management from asset management to capacity planning to energy efficiencyÂ
This a new innovation in power supply system, it is developed in such a way that it generate electricity without the use of fuel (diesel, petrol ). We have the following power range:
1.) 7.5KVA 3phase or single phase
2.) 10KVA 3phase or single phase
3.) 12KVA 3phase or single phase
4.) 15KVA 3phase
5.) 25KVA 3phaseÂ
6.) 30KVA 3phase
7.) 35KVA 3phase
8.) 40KVA 3phase
9.) 50KVA 3phase
10.) 100KVA 3phase
From each of the Fuelless Power System range only 75% is available for load while the 25% is for system operation. It has little maintenance cost over ten (10) years andÂ
SOLAR POWER INVERTER
We provide Solar Power Inverter System for our client's residential or industrial establishment. Our first approach is to know the exact power load of the client's and we will give cost effective power recommendation for their long usage.
We have the following Power Inverter System ranges:
1.) 1KVAÂ
2.) 1.5KVA
3.) 2KVA
4.) 3KVA
5.) 5KVA
6.) 7.5KVA
7.) 10KVA
8.) 15KVA
9.) 20KVA
10.) 30KVA
The range is upto 500KVA based on the load requirement of the client
WIND POWER SYSTEM
The importance of wind power system is to mitigate the cost of solar panels while the remaining components are the same. This is useful in high hills area where the force of the wind is over a period of time.
Project Supervision and Management
contact us on +2347063253911