We live in the era of reliability. The most important feature for a service is how dependable it is in the eyes of a user. Companies are hiring with this in mind. In a 2019 LinkedIn article, site reliability engineers were listed as the 2nd most promising career in the United States. But how do you get started as an SRE? In this blog post, we’ll look at: SRE is a multifaceted role. You will contribute to an organization's code base, policy, culture, and more.

When we think of reliability tools, we may overlook the humble checklist. While tools like SLOs represent the cutting edge of SRE, checklists have been recommended in many industries such as surgery and aviation for almost a century. But checklists owe this long and widespread adoption to their usefulness. Checklists can also help limit errors when deploying code to production. In this blog post, we’ll cover: Production checklists should be holistic.

The most essential lesson of SRE is that failure is inevitable. This shouldn’t be a cause for despair. SRE shows how embracing failure is empowering. By celebrating failure, you can accelerate development and foster a culture of learning. Rather than hoping to prevent failure, SRE prepares you to respond well to it. It can be difficult, if not impossible, to anticipate where failure will occur in complex systems given unknown unknowns.

This is my first week here as the first dedicated SRE for Honeycomb, and in a welcoming gesture, I was asked if I wanted to write a blog post about my first impressions and what made me decide to join the team. I’ve got a ton of personal reasons for joining Honeycomb that may not be worth being all public about, but after thinking for a while, I realized that many of the things I personally found interesting could point towards attitudes that result in better software elsewhere.

January 4th, 2021, the communication service Slack suffered a major outage. Teams working remotely found their primary communication method unavailable. The incident lasted over 4 hours, during which some customers had intermittent or delayed service, and others had no service at all. It was a reminder that even the most established tools are susceptible to downtime. This is a core lesson of SRE: that failure is inevitable.

Successful and blameless postmortems can turn incidents into a gift of learning and prevent repeat mistakes.

"Sorry, but I'm just doing my job." I heard this recently from a customer service representative. What they were saying made sense (afterall, we don’t have total control over our work environments), but it felt wrong. As a customer, I was left dissatisfied with our interaction. However, the representative assured me that they were simply following protocol. This got me thinking: can established practices and protocols sometimes get in the way of excellent customer experience?

Implementing SRE is fundamentally about shifting culture, but it often means adding new tooling and processes to your team's workflows to support that cultural change. Teams add new steps and checks to incident response procedures. Incident responders write retrospectives and create new meetings to review them. Engineers consult new tools like monitoring dashboards and SLOs. In other words, SRE creates another layer of consideration in development and operations.

In today's "always on" world, Reliability is a primary business KPI. Plant the culture of Reliability by implementing these 7 simple tips to build a solid SRE team in your organization. Many of today’s hottest jobs didn’t exist at the turn of the millennium. Social media managers, data scientists, and growth hackers were never heard of before. Another relatively new job role in demand is that of a Site Reliability Engineer or SRE. The profession is quite new.

At Google Cloud, we strive to bring Site Reliability Engineering (SRE) culture to our customers not only through training on organizational best practices, but also with the tools you need to run successful cloud services. Part and parcel of that is comprehensive observability tooling—logging, monitoring, tracing, profiling and debugging—which can help you troubleshoot production issues faster, increase release velocity and improve service reliability.