Our LifeCycle Services

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LifeCycle Services provide a structured approach to managing technology assets throughout their entire lifecycle, ensuring operational stability and financial predictability. Together, these services help organizations mitigate risks from aging infrastructure, align budgets with refresh strategies, and sustain network performance through proactive planning and data-driven insights.

Designed to help organizations proactively manage network hardware and software assets along the Cisco LifeCycle phases. Leveraging customer, partner and Cisco inventory data, CALA identifies at-risk devices, validates asset accuracy, and quantifies financial impact, enabling businesses to mitigate operational and security risks. This analysis provides a clear roadmap for refresh strategies, budget alignment, and lifecycle planning—ensuring network sustainability, cost optimization, and uninterrupted performance during critical transition periods.

Focuses on optimizing maintenance coverage and refresh strategies to ensure network resilience and cost efficiency. This service evaluates existing hardware and associated support policies, identifies gaps in coverage, and defines proactive refresh timelines aligned with organizational budgets. By analyzing maintenance contracts and lifecycle milestones, CAMA helps reduce unplanned downtime, mitigate risk from unsupported devices, and deliver a clear roadmap for sustaining operational stability while controlling long-term costs

Provide a critical safety net for organizations facing lifecycle gaps during major hardware transitions. Ensures continued operational stability and compliance by maintaining coverage for devices that have reached or are approaching their Last Day of Support (LDoS). Mitigates security risks, reduces exposure to unpatched vulnerabilities, and prevents costly downtime while organizations execute planned refresh strategies. Delivers peace of mind through temporary support extensions, enabling businesses to align technical upgrades with budget cycles and resource availability without compromising network resilience