Downtime is expensive. More than half (54%) of the respondents to the 2023 Uptime Institute data center survey say their most recent significant, serious, or severe outage cost more than $100,000, with 16% saying that their most recent outage cost more than $1 million.
The phrase from the movie, Apollo 13, “Failure is not an option,” is one of the most recognizable movie taglines of all time.
In network operations, it’s the same mindset. Money and reputation are on the line. Failure is not an option.
Uptime Institute data suggests that each year there are, on average, 10 to 20 high-profile IT outages or data center events globally that cause serious or severe financial loss, business and customer disruption, reputational loss, and, in extreme cases, loss of life.
So why are we still so vulnerable given all the redundancy networks have built into them? Why do we continue to rely so heavily on manual processes and reactive troubleshooting? Network engineers spend countless hours putting in place the foundation for service delivery, yet there’s little or no regular enforcement. Only, when a problem is reported, are the wheels of troubleshooting put into (slow) motion.
The answer is: that we aren’t being proactive enough. This is due to a lack of focus on the network automation industry. We let the same problems keep happening over and over again when we know how to solve them because we simply lack the mechanisms to harness and apply this knowledge automatically across hybrid networks.
A Major Outage Spurs Change at Saudi Telecom (stc)
In 2021, a critical application at stc suffered a major service disruption. It took nearly a month of troubleshooting across network operations, servers, applications, and security teams to identify the cause and restore service. This costly outage highlighted the need for better visibility and a more strategic approach to incident management. As a result, stc’s Group CTO pushed for an organization-wide solution that provides end-to-end visibility and automates incident management across infrastructure and applications.
Imagine capturing your engineers’ expertise and applying it proactively across your entire network without coding. Network automation is helping network operations react faster, but it hasn’t been advanced enough (spoiler alert: until today) to apply that knowledge across the entire network proactively in an easy way. What if we could harness the vast knowledge of our network engineers and store it for use by an automation platform?
Every day, network operations teams assess the network for drift, compliance, health, and change manually. What if engineers could do these assessments regularly with the help of automation?
Network automation has now rapidly advanced to be able to continuously assess a network’s operating conditions without any development cycles. NetBrain has created a set of the most common assessments enterprise network operations require to ensure outage-resistant operations. However, the no-code automation platform ensures network operations aren’t limited to a finite set of assessments. Without adding resources, you can easily build on these templates and create your system of continuous assessments for your unique network needs. And, you can visualize and share network-wide assessment results via widget-based summary dashboards.
Let’s explore the top 10 outage-preventing network assessments and see how NetBrain can craft these in minutes.
At the start of every week, there are reports of network outages triggering the question: What changed over the weekend, and where did these changes occur? You need to identify these network changes more rapidly and if they share a common origin so you can swiftly address and resolve them to ensure the network’s stability and minimize disruptions.
With a Change Assessment, you continuously evaluate and summarize:
Human error, often stemming from manual network changes, is a leading cause of network outages. To address this, use a network Anti-drift Assessment to identify deviations from established configuration rules and best practices. By automating the enforcement of these rules, you can significantly reduce the prevalence of human error and safeguard network stability.
The Anti-drift Assessment encompasses three rule categories:
By automating the enforcement of these rules, you can effectively prevent configuration drift and minimize the risk of human error. This proactive approach not only enhances network stability but also improves overall network performance and security.
Sophisticated network redundancy provides reliable and high-performance connectivity. However, these features, if not properly monitored and maintained, can become sources of potential issues. Continuous network health assessment plays a critical role in identifying and addressing potential problems before they escalate into major outages.
Network health assessment encompasses a comprehensive evaluation of routing, switching, failover, VPN, wireless and error logs.
By continuously assessing these critical network components, you can proactively identify and resolve potential problems, ensuring optimal network performance, availability, and security.
By continuously monitoring and evaluating the health of mission-critical applications, you can identify and address potential issues before they impact users or disrupt business processes. This proactive approach helps prevent costly outages, optimize application performance, and enhance overall system reliability.
Application health assessment encompasses a comprehensive evaluation of various application metrics and components, including CPU and memory capacity, QoS drops, critical interface utilization and tasks such as log analysis and event monitoring to proactively identify and address potential application issues.
By continuously assessing these critical application metrics, you can gain valuable insights into application health, enabling you to optimize performance, prevent outages, and maintain a positive user experience.
Ensure your network isn’t vulnerable according to NIST Standard and CVE Bulletins. From security compliance to vendor recommendations, assess any vulnerabilities and fix them before problems occur. Regular network security assessments are essential to identify and address vulnerabilities that could compromise sensitive data, disrupt operations, or damage an organization’s reputation.
Network security assessments encompass a comprehensive evaluation of various security aspects, including:
By automating these security assessments, you can continuously monitor network posture, proactively identify, and address vulnerabilities, and maintain a robust defense against evolving cyber threats.
A comprehensive lifecycle assessment can help you stay informed about the lifecycle status of your network hardware, ensuring timely upgrades and replacement decisions.
By leveraging automated API calls to hardware vendors, such as Cisco, get real-time information on:
Make informed decisions about hardware lifecycle management, optimizing their network for performance, security, and cost-effectiveness.
By applying automation to hybrid-cloud network assessment, you can continuously monitor and assess your cloud networks across multiple cloud providers, including Microsoft Azure, Amazon AWS, and Google Cloud for insights into:
By continuously assessing the hybrid-cloud network, proactively identify and address potential issues, optimize performance, and maintain a secure and resilient cloud infrastructure.
The Triggered Automation Assessment serves as a centralized hub for monitoring and responding to network incidents in real time. By harnessing the power of automation, streamline incident management processes, enabling rapid diagnosis, prioritization, and resolution.
Upon receiving an incoming incident notification via API, the triggered automation dashboard applies intelligent auto-diagnosis capabilities:
Automating these critical incident management tasks significantly reduces response times, minimizes downtime, and enhances overall network resilience.
Are known problems happening again? After a network outage, assess any similar problems across your network. For every problem that happened in your network before, could it happen again in another part of your network?
It could. Apply problem-based assessment across your network and monitor the results continuously. To effectively prevent future outages, organizations must conduct thorough post-outage assessments, analyzing the root causes of past incidents and identifying potential vulnerabilities that could lead to similar issues.
By analyzing past outages, organizations can:
By proactively addressing past issues and learning from them, you can significantly enhance network resilience and minimize your outage risk.
Do you know if your network is running out of bandwidth? Continuous Capacity Assessment can reduce the risk of over-utilization and under-utilization across networks.
By gathering continuous monitoring and analysis of network traffic patterns, resource utilization, and performance metrics, you can gain valuable insights into network capacity demands and proactively address potential issues before they impact users or disrupt business processes.
Enable proactive planning and scaling strategies by anticipating future capacity needs to avoid costly reactive measures by monitoring these key metrics:
Make more informed decisions to optimize performance and ensure scalability.
Automation Holds the Answers for stc
stc’s data center and design teams use NetBrain’s network assessments regularly for application performance health checks, protected change management, and proactive infrastructure monitoring. Read full case study.
No-code network automation is transforming the traditional network assessment from an outdated audit-related task to a strategic real-time operational tool that empowers operations teams every day. Proactively assess network performance with automated diagnostics and insights, enabling you to identify and address potential issues before they impact business operations. Continuous Network Assessments offer a comprehensive view of your network’s real-time operating conditions.