COMMENTARY: This one’s a wake-up call for MSPs. When the cloud goes down, clients don’t stop to ask whose logo is on the data center - they just know their business is offline, and they are looking at you. The Spain, Portugal, and GCP outages are proof that no provider is bulletproof. Resiliency isn’t a nice-to-have; it’s the difference between a temporary blip and a full-blown crisis. If MSPs are not baking in redundancy, geographic spread, and a clear response plan for their clients, they are gambling with both their uptime and reputation.Back in April, Spain and Portugal were hit by a massive power grid failure impacting cloud-based services throughout the two countries. More recently, Google Cloud Platform (GCP) suffered an outage, bringing a number of major services that rely on GCP down with it.
Cloud outages can do profound harm to MSPs’ enterprise customers, disrupting operations, eroding customer trust, and exposing organizations to financial and regulatory risks. When core applications or infrastructure services become unavailable, business processes come to a halt. For companies with customer-facing platforms, such outages can lead to direct revenue loss as transactions fail and digital services go dark.
And it’s not just enterprises that are ultimately impacted; it’s managed services providers too. When an outage knocks a client offline for an extended period of time, they’re liable to place some of the blame on MSPs even when the MSPs have no direct control over the situation.
That’s why it’s critical that MSPs guide their customers to cloud resiliency. This checklist will tell them if their clients’ cloud services are ready for the next big outage.
Enhanced Observability and Predictive Analytics Help Stay Ahead of Failure
Robust monitoring and observability are the first factors in achieving resiliency. Cloud services should be equipped to maintain deep, constant visibility into every aspect of their global infrastructure. This real-time insight and intelligence make it possible to drive quick decisions and rapid responses as conditions change and deteriorate.
Proactive management is essential for ensuring high availability, particularly under extreme conditions. By continuously monitoring infrastructure performance, issues can be detected and resolved before they impact end users. This approach minimizes downtime and sustains uninterrupted cloud service delivery for enterprises.
Artificial intelligence (AI) also plays a significant role here. AI makes monitoring tools more predictive and powerful, providing better insights into where uptime and availability are cratering.
Powerful PoP Networks Ensure Resiliency
Points of Presence (PoPs) are critical for maintaining cloud uptime during outages because they serve as strategically distributed data centers that enable resilience, redundancy, and faster data access. In the event of a grid failure or other disaster, PoPs can distribute traffic across multiple locations to prevent users from relying on a single point of failure. Cloud services often use PoPs to implement load balancing, which ensures that if one region experiences an outage, other regions or PoPs can absorb the traffic, keeping the system operational. If there is a network failure, natural disaster, or other localized event affecting one PoP, other PoPs can take over the workload, ensuring minimal disruption. This helps cloud services avoid complete downtime, allowing businesses to continue operating without significant service interruptions.
Cloud services should employ PoPs that are distributed across a healthy geographic range. This geographic spread means that an issue in one location (for example, a regional network failure or local power outage) won't necessarily affect the entire cloud service. Cloud systems with many PoPs can reroute traffic to unaffected areas, providing continuity of service. This should be automated, with built-in failover mechanisms and processes that seamlessly redirect traffic to operational paths or nodes during an outage.
Systems Keep Humming Thanks to Backup Power Infrastructure
Every PoP facility should be designed to survive disasters. When grid power fails, as was the case in Spain and Portugal, an uninterruptible power supply (UPS) instantly provides battery power to critical equipment, while an automatic transfer switch (ATS) triggers the backup generator. Combining instantaneous battery backup with long-duration generator power and automated switching, this layered approach ensures that routers, switches, servers, cooling systems, and other essential infrastructure within the PoP continue to function, maintaining network connectivity and service availability despite external power disruptions.
The Human Factor: Support and Coordination Play a Key Role in Resiliency
Resiliency isn’t just about technology. There’s also a key human element—strong collaboration and communication. Cloud services’ PoPs are hosted in data centers (like Equinix). When something goes wrong, such as a blackout, it’s imperative that these services have skilled cloud operations teams working in close collaboration with their data center hosts and other on-site partners to enable a coordinated response and seamless adjustments as needed. Cloud services teams should receive timely incident updates from data center staff, with a plan and policies in place to restore uptime for customers if things go offline. Enterprises must have a responsive, 24/7 line of communication with support to help them resolve any issues.
MSPs Must Ensure Their Clients’ Cloud Services Can Withstand Continuing Stress
We can expect that cloud outages will only continue to increase as stress on the grid mounts and cyberattacks become more sophisticated. Despite the robust investments made by cloud providers in redundancy, geographic distribution, and advanced engineering, cloud outages can still occur. These outages, caused by a variety of factors, can disrupt operations and potentially lead to data loss.
However, by actively incorporating resilience into their cloud service architecture, organizations can significantly reduce the risk of data loss during outages, providing a reassuring solution. This guarantees the safety of their data and the ability to maintain essential functions, thereby protecting their business continuity and reputation.
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