10 Incident Response SRE Interview Questions and Answers for site reliability engineers

flat art illustration of a site reliability engineer

1. What is your experience in incident response?

I have been working in the incident response field for the past five years. In this time, I have handled a variety of incidents ranging from minor issues to major system outages.

  1. One noteworthy incident I dealt with was an outage that affected our entire customer base. This incident occurred due to a configuration error on one of our servers. I was part of the team that quickly identified the issue and formulated a plan to resolve it. We worked tirelessly through the night, successfully restoring service to our customers within eight hours.
  2. In another incident, we experienced a Distributed Denial of Service (DDoS) attack from a malicious actor. I was able to quickly determine the source of the attack and work with our network team to block the traffic coming from the malicious IPs. This prevented any further harm to our systems.
  3. Additionally, I have developed and implemented incident response plans for my previous companies. These plans helped to streamline our response procedures, resulting in faster resolution times and quicker restoration of services to our customers.

Overall, my experience in incident response has equipped me with the skills necessary to react quickly in high-pressure situations and resolve issues efficiently.

2. What tools and frameworks have you used in your incident response work?

During my previous roles, I have used a variety of tools and frameworks for incident response work. Some of the most effective ones include:

  1. PagerDuty - I have utilized PagerDuty for its real-time alerts and notification features. In one instance, I was able to quickly respond to a server outage and reduced the downtime by 40%.
  2. ELK Stack - ELK Stack has been a go-to tool for log management and analysis. In one incident, I used it to pinpoint the cause of a website outage and reduced resolution time by 50%.
  3. AWS CloudWatch - I've used CloudWatch for its monitoring capabilities, enabling me to respond quickly to server performance issues. One example of this was when I discovered a spike in CPU utilization and was able to increase the auto-scaling setting, preventing a potential application outage.
  4. JIRA - As a ticketing system, JIRA has proved helpful in organizing and tracking incidents. One instance where it helped was in documenting the root cause and solution of a data center outage. This allowed for better incident analysis and prevention in the future.

Overall, I believe that the tools and frameworks used in incident response work play an integral role in reducing downtime and improving recovery time. It's essential to understand their capabilities and use them effectively to respond efficiently to any incidents that may arise.

3. What is your approach to analyzing and resolving incidents?

My approach to analyzing and resolving incidents is based on the following steps:

  1. Identification: First, I ensure that the incident is properly identified and classified, based on its severity and impact on the system. This involves gathering all relevant information and data, including logs and user reports, to determine the root cause and scope of the incident.
  2. Containment: Once the incident is identified, I focus on containing the damage and minimizing any potential impact to the system or users. Depending on the nature of the incident, this may involve taking specific actions to isolate affected components, blocking malicious traffic, or restoring critical services.
  3. Resolution: Next, I work towards resolving the incident by fixing the underlying issue and restoring normal system functionality as quickly and efficiently as possible. This may involve implementing patches or updates, correcting misconfigured settings, or performing other troubleshooting steps.
  4. Post-mortem analysis: Finally, I conduct a thorough post-mortem analysis of the incident to understand what happened, what went wrong, and how it can be prevented in the future. This includes documenting all relevant information and data, analyzing root causes, and identifying specific actions that can be taken to improve incident response processes and procedures.

My approach to incident response has yielded positive results in the past. For example, at my previous job, we experienced a major DDoS attack that caused significant disruptions to our online service. Using my incident response process, my team and I were able to identify the source of the attack, block the malicious traffic, and restore normal service within a few hours. Additionally, we conducted a thorough post-mortem analysis and identified several areas for improvement, including implementing more robust DDoS mitigation measures and improving our incident response communication procedures.

4. What is your experience with creating and maintaining SLAs?

I have had extensive experience creating and maintaining Service Level Agreements (SLAs) in my role as an Incident Response SRE. At my previous company, I was responsible for ensuring availability and performance of our online market platform which served millions of customers across the globe. When I started, our platform was experiencing frequent outages which impacted the business negatively. After thorough analysis, I realized we didn't have a proper SLA in place. I worked with key stakeholders from engineering, product, and business teams to come up with a comprehensive set of SLA targets that would help us deliver a more reliable and faster platform. I made sure to obtain buy-in from all stakeholders and also set clear expectations around what constituted a violation of SLAs. As a result of these efforts, we saw a 30% reduction in downtime, which translated into a 10% increase in customer satisfaction over the next quarter. I also created monitoring and alerting for all SLA metrics which helped us detect and remediate issues before they impacted customer experience. In my current role, I have maintained these SLAs and even improved them further by introducing new metrics around mean time between failures (MTBF) and mean time to recover (MTTR). I have conducted quarterly reviews of SLA performance with all stakeholders and have been able to maintain a performance record of over 99.99%. Overall, my experience with SLAs has been instrumental in delivering high-quality services and improving customer satisfaction.

5. How do you ensure readiness of all stakeholders during an incident?

As an Incident Response SRE, I understand the importance of ensuring readiness of all stakeholders during an incident. To achieve this, I employ the following strategies:

  1. Effective communication: I maintain constant communication with all stakeholders to ensure they are informed about the situation and know what is expected of them. This includes providing real-time updates via a communication channel such as Slack or email.
  2. Preparedness planning: Before an incident occurs, I work with all stakeholders to develop a comprehensive preparedness plan that outlines roles, responsibilities, and escalation procedures. This helps ensure that everyone is familiar with the steps to take when an incident occurs.
  3. Training and rehearsals: I conduct regular training sessions with all stakeholders to keep them up to date on new technologies and ensure they understand their roles and responsibilities during an incident. We also conduct rehearsed drills to test the preparedness plan and ensure everyone is ready to respond swiftly in real-time.

By implementing these strategies, I have successfully ensured readiness of all stakeholders during an incident. For example, in my previous role, we had a data breach incident where we were able to identify and contain the breach within 24 hours. Our communication strategy was effective, as we alerted all stakeholders on the situation and the steps they needed to take. Our preparedness plan included a well-defined escalation procedure that helped us to contain the breach quickly, and the training and rehearsal drills we conducted served to keep our team up to date with the latest technologies and processes.

6. What is your experience in performing post-mortems?

During my time as an Incident Response SRE, I've had several opportunities to lead post-mortems for critical incidents that impacted our systems. In one specific incident, our website experienced a major outage that lasted for about 2 hours. As the lead SRE, I oversaw the post-mortem process and worked closely with the engineering and product teams to identify the root cause of the issue.

  1. To begin the post-mortem process, I gathered a cross-functional team and formulated a timeline of events leading up to the incident. This included timestamps, log data, and any related information that could help determine what went wrong.
  2. We then conducted a thorough review of the incident, focusing on identifying the root cause and putting controls in place to prevent similar incidents in the future.
  3. Based on the findings of our post-mortem, we discovered that the incident was caused by a faulty database query that resulted in a resource-hogging operation. In response, we implemented better database monitoring and alerts.
  4. Addtionally, we implemented a new change management process to improve communication between teams and ensure that code changes are thoroughly tested before they are deployed to the production environment.
  5. Finally, we documented the incident and its root cause, along with the steps we took to prevent similar incidents. This documentation was shared with the wider team to ensure visibility across the entire organization.

Overall, our post-mortem process helped us to identify the root cause of the outage, put controls in place to prevent similar incidents, and ensure that our systems are more resilient going forward.

7. What techniques do you use to reduce the time to detect and respond to incidents?

One of the techniques I use to reduce the time to detect and respond to incidents is by implementing real-time monitoring tools. These tools enable me to identify and respond to incidents as soon as they happen, minimizing the time it would take to detect and resolve the issue. For instance, in my previous position as an SRE, I implemented a real-time monitoring tool that would automatically send alerts to my team whenever there was a potential incident. This helped us to quickly identify issues and resolve them before they could escalate.

Another technique that I use to reduce the time to detect and respond to incidents is by automating incident response processes. Automating processes such as incident triaging, identification, and resolution can greatly improve response time as it helps to eliminate manual processes that often take up too much time. In my previous position, I developed scripts that automatically identified and resolved common system issues, which helped to reduce the time it took to resolve incidents significantly.

As part of continuous improvement, I regularly conduct post-incident reviews to analyze the incident response process and identify areas for improvement. Through this process, I can identify bottlenecks in the incident response process and implement strategies to improve response time. For instance, after an incident in which it took my team over an hour to detect and resolve the issue, I implemented additional real-time monitoring tools, which helped us to detect and resolve an incident in just 30 minutes.

  1. Implementing real-time monitoring tools.
  2. Automating incident response processes.
  3. Conducting post-incident analysis to identify areas for improvement.

8. How do you stay updated on the latest trends in incident response?

As a passionate Incident Response SRE professional, I understand the importance of staying updated with the latest trends and happenings in the field. To stay current with the latest trends, I employ the following strategies:

  1. Query search engines and websites like Reddit and StackOverflow for Incident Response SRE topics and discussions.
  2. Engage in online communities via Twitter and LinkedIn to get insight from experts in the field.
  3. Attend industry conferences, workshops, and webinars. For example, last year, I attended the annual International Incident Response Summit where I had the opportunity to hear from prominent Incident Response experts and networked with industry professionals. I also completed multiple online training courses in the Incident Response field from Udemy, Pluralsight and other reputable platforms.
  4. Read articles, blogs and whitepapers relevant to Incident Response from industry leaders like SANS, CERT/CC, and security vendors such as FireEye, Mandiant, and Symantec.
  5. Utilize various threat intelligence feeds (e.g., Malware-Traffic-Analysis, VirusTotal) to monitor the latest cyber threats and the threat landscape.

These strategies have allowed me to stay updated with the latest trends, emerging threats, and technologies relevant to the field of Incident Response. As an example of my commitment, in the last six months, I increased my knowledge and working experience with the latest legal requirements, protocols, and standards such as ISO 27001, SOC 2, GDPR as well as the creation of custom automated tools for incident response using Python and other popular coding language.

9. How do you prioritize incidents based on their severity and impact?

Prioritizing incidents based on their severity and impact is crucial for any incident response SRE. In order to achieve an effective and efficient approach to incident management, it's important to understand the severity of the incident and its potential impact on the business operations.

  1. Assess Severity Level: The first step is to assess the severity level of the incident. We use a scale from 1-5, where 1 is low and 5 is critical. This helps us to focus on the most pressing incidents.
  2. Understand the Impact: The next step is to understand the potential impact of the incident. We use a framework that analyzes the criticality of the system, application, or business process affected by the issue. This evaluates how the incident would affect our customers and business.
  3. Escalate if needed: If the incident is of high severity and could impact critical systems or disrupt business operations, we escalate it to senior management to allocate necessary resources to resolve it ASAP.
  4. Prioritize Remediation: Next, we look at the potential impact and likelihood of the incident recurring again. If we determine an incident has a high impact and likelihood, we prioritize mitigations by automating or improving the existing incident response processes to minimize any potential future impact.
  5. Communicate Status: Finally, we keep stakeholders updated on the progress of the resolution process. We Handle Communication professionally and transparently with in detailed RCA report sent to them after the resolution.

Using this framework, we can effectively prioritize incidents based on their severity and impact, ensuring that we address the most pressing issues first, reducing the impact on business operations, and minimizing the likelihood of future incidents.

10. What is your experience with automated incident response systems?

During my time as an Incident Response SRE at XYZ company, I gained extensive experience with automated incident response systems. We implemented a custom-built system that allowed the team to integrate automated remediation, notification, and escalation workflows into our incident response processes.

  1. One example of how this system proved valuable was during a particular incident with a high-priority production application. The system handled the entire incident while I was on vacation. The automated system quickly detected the issue, notified the relevant parties, identified the root cause, and remediated the incident before it escalated.
  2. In another instance, we had a recurring issue that would cause a minor outage. We implemented automated response, which reduced the mean time to resolution (MTTR) from 20 minutes to just 2 minutes. The system automatically triggered the remediation steps, mitigated the issue, and informed the team when the issue was resolved.
  3. In addition to these examples, our team conducted regular testing and tuning to ensure the system was continuously improving. We monitored key metrics such as time to detect, time to respond, and MTTR, and utilized the data to refine our workflows and optimize the system.

Overall, my experience with automated incident response systems has been extremely positive. They have proven to be a critical component in our incident response process, enabling our team to reduce MTTR, increase efficiency, and ultimately, provide better service to our customers.


Congratulations on making it to the end of our "10 Incident Response SRE interview questions and answers in 2023" blog post! We hope you found it informative and helpful as you prepare for your next interview. But your job search is not over yet! The next step is to write a standout cover letter. Check out our guide on writing a cover letter for site reliability engineers, filled with tips and examples. Don't forget to tailor your cover letter to each company you apply for. Another crucial step is to have an impressive CV. Our guide on writing a resume for site reliability engineers has everything you need to create a winning CV, including examples and best practices. Finally, if you're looking for a remote site reliability engineer job, don't forget to check out our job board. We have a variety of exciting opportunities waiting for you. Happy job hunting!

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