AI Use Cases In IT operations

2. AI In IT Operations When Woolworths, Australia’s biggest supermarket chain, suffered a nationwide IT outage, the company was forced to shut checkouts, have shoppers leave their groceries and close stores. The 30-minute outage resulted in millions of dollars of lost revenue for the company. Similarly when the German unit of British-based telecommunications company – Vodafone, faced a 3-hour outage due to failure of control systems, more than 100,000 users got cut off. The fact of the matter is that IT teams today need to constantly analyze an unprecedented amount of data and use multiple tools that monitor data. This is resulting in extended delays to identify and solve issues. Moreover, a single outage can trigger thousands of alerts, logs, and events. In a complex IT infrastructure consisting of several siloed apps and databases, and characterized by an ever-increasing number of IT services and servers, heavy reliance on manual processes to identify the root cause of the problem can severely hamper the functioning of business operations.

3. In addition, ITOps teams usually work in disconnected silos, making it even more difficult to ensure the most urgent incident at any particular time is prioritized and addressed. That’s where businesses are turning to AIOps to resolve high impact IT operations problems. Gartner coined the term AIOps in 2016, defining it as AIOps leverages machine learning, big data, and analytics to accomplish the following – Bringing together the heaps of IT data generated by thousands of siloed apps, systems, and performance- monitoring tools Grouping co-related events and sifting out the significant alerts Diagnosing problems in real-time, escalating to IT for remediation, or automatically resolving them without human intervention Predicting issues before they affect business operations Use case #1: Predictive IT Maintenance As important it is to diagnose IT issues once detected, what is equally essential is the power to proactively predict future incidents and automate fixes before they impact business operations.

4. Owing to the complex, dynamic nature of today’s IT environments, legacy performance-monitoring systems no longer suffice in spotting anomalies and predicting future IT outages. However, the infusion of artificial intelligence in IT operations improves infrastructure and application performance, reliability, and uptime by predicting and preventing business-critical outages, while also reducing operations and maintenance expenditures. Machine learning algorithms can analyze the past incident data and predict and resolve potential future incidents. This significantly helps improve key metrics like MTTR, MTBF, MTTF, MTTA. In addition, historical utilization trends of critical infrastructure resources are studied to predict when an infrastructure device will reach full capacity, ensuring more capacity can be added automatically or through manual intervention to avoid business outages due to capacity constraints.

5. 2: Anomaly/Threat detection One of the major functions of AIOps is to ensure the security of the IT infrastructure. As a majority of organizations function in the hybrid setup, with hundreds of applications running on-cloud and in on-premise data centers, it becomes increasingly tough to monitor such a vast environment. AIOps leverages complex algorithms to detect botnets, scripts, and other threats in real-time, even those which are multi-vectored and layered, ensuring reduced network downtime and continuity in business service. 3: Root cause analysis AIOps tools can not only detect anomalies but also investigate the root cause relationships among abnormal incidents. This enables early detection and diagnosis of IT issues. IT teams will have improved visibility into correlation between incidents and better information about the primary cause. This in turn, helps reduce MTTA/R significantly. of issues and develop 4: Event Correlation and Noise Reduction

6. As mentioned above, the smallest of IT incidents can trigger thousands of alerts, tickets, and events. According to a report by AIOps Exchange, 40% of organizations are flooded with more than 1 million alerts per day. AI facilitates temporal association detection, discovering co- related logs, and combining events into a small number of logical groups. Such noise reduction eases the burden off IT staff and enhances productivity by allowing them to look at a few critical incidents, instead of a large stream of insignificant events. 5: Intelligent escalation After root-cause analysis is complete and issues are captured, AIOps tools route such incidents to the relevant human experts for swift remediation. They automatically set a remediation workflow, in motion that enables issue resolution, even before human involvement. After root-cause alerts and issues are identified, IT ops teams are using artificial intelligence to automatically notify subject matter experts or teams of incidents for faster remediation. Artificial intelligence can act like a routing system, immediately setting the remediation workflow in motion before a human being ever gets involved.

7. 6: Capacity Planning As seen above, IT leverages advanced forecasting techniques, such as time-series forecasting to analyze historical usage and bandwidth, and predict future usage values, such as network throughput, server size, memory, etc. By predicting the usage in advance, AIOps enables organizations to purchase additional capacity and reserve instances to cope up with the demand in advance, leading to large cost savings. Moreover, an estimation of the number of service tickets expected in the future facilities capacity building and resource allocation, allowing organizations to employ requisite number of service desk personnel within stipulated budgets. Get Free Consultation www.aiacme.in enquiry@aiacme.in