Join the Springshot Crew: Senior Site Reliability Engineer

Position closes May 20, 2024

The Springshot Mission 

The Springshot Mission isn’t a cliché or a bunch of empty words plastered on a wall. It’s the very essence of who we are and how we operate. 

At Springshot, we believe in people. We believe in humanity. We are futurists and technologists who highly value the roles that AI and robotics will progressively play in our lives. Yet, we believe the most valuable form of intelligence is human and the most important actor is the human being. 

We’re living through a new industrial revolution. One that is transforming the very nature of work and the relationship between human worker and machine. As companies providing services in aviation, logistics, municipal services and other physically demanding sectors rely further upon automation and robots to perform physical tasks, the human workers who remain are overwhelmed. 

An inverse relationship is growing between the quantity of tasks performed by human workers and the significance of each individual task. Technology is subsidizing many mundane tasks performed previously by human workers, but it increasingly relies upon human beings to make crucial judgment calls and perform critical tasks that are beyond the capabilities of today’s systems and machines. Systems have become so tightly wound that even the smallest human misstep could be catastrophic. It’s never been more important to ensure tight alignment between technical systems and the human workers who use them. 

Springshot lives at this intersection between technology and humanity. 

We are manically driven to build and support beautiful software that meaningfully connects our user community with their peers, surroundings and companion technologies. We assimilate and simplify the complex. We strive to provide our users with easy-to-use web and mobile interfaces that present the right information at the right time so they can make the right decision or take the right physical action, including through robotics and autonomous machines. 

We are passionate about augmenting the mental and physical capabilities of our user community and doing so within a welcoming digital ecosystem that enhances their mental wellbeing. 

Our internal culture parallels our user experience. Many of us have worked together for years. We’re particular about our culture and core beliefs. We work hard to maintain an inclusive, welcoming, patient and kind workplace that allows everyone, regardless of their background or beliefs, to positively contribute and perform at their best. If you’re self-motivated, service minded and seek a nurturing environment that provides you with autonomy to do your best work, you’ll enjoy being a part of our crew. 

Your Springshot Journey 

We are looking for a Senior Site Reliability Engineer to maintain reliability and performance of our SaaS platform. Over the last 13 years, we have built a strong portfolio of global aviation customers and are continuing to grow though new customer acquisition and organic growth. We are a passionate, tight-knit team who moves fast and is continuously innovating and improving our products. 

Our templatized collaboration platform has been used to digitally transform the world’s most complex operational environments – including the world’s largest single-airline operation – and supports some of the world’s most marquee events, like the Super Bowl. In the process, we have delivered measurable ROI and a unique empathetic brand beloved by our users. By developing a well-differentiated product offering, we are uniquely positioned to capitalize on the accelerated pace of digital transformation within aviation, hospitality healthcare and live event operations. 

Roles & Responsibilities 

Interested in joining our crew? Here are a few details about what you’d expect on a daily basis: 

1. Design and implement highly available and scalable systems, ensuring the reliability and performance of the company’s application and infrastructure components. 

2. Collaborate with cross-functional teams to define and establish service level objectives (SLOs) and service level agreements (SLAs) for critical systems. 

3. Monitor systems and applications, proactively identifying and resolving any performance bottlenecks or availability issues. 

4. Develop and maintain monitoring tools, alerts and dashboards to provide visibility into system health and performance. 

5. Conduct post-incident analyses to identify root causes and implement preventive measures to avoid future incidents. 

6. Automate repetitive tasks and processes to improve efficiency and reduce manual intervention with the help of scripting tools like Ansible. 

7. Create and maintain documentation for system architecture, configuration and troubleshooting procedures. 

8. Perform capacity planning and resource allocation to ensure performance and scalability. 

9. Collaborate with development teams to implement and deploy new features and enhancements, ensuring they meet reliability and performance standards. 

10. Stay up to date with industry best practices, new technologies, and emerging trends in site reliability engineering. 

Preferred Requirements 

While not a deal-breaker, we’d prefer a candidate with the following background: 

1. Strong knowledge of Linux/Unix systems and command line tools. 

2. Proficiency in scripting languages such as Python, Shell, or Perl. 

3. Experience with configuration management tools like Ansible or Chef. 

4. Familiarity with cloud platforms like AWS, Azure or Google Cloud. 

5. Understanding of networking principles and protocols (TCP/IP, HTTP, DNS, etc.). 

6. Knowledge of containerization technologies (Docker, Kubernetes) and orchestration tools. 

7. Expertise in monitoring and logging tools such as Prometheus, Grafana, ELK stack or Splunk. 

8. Strong problem-solving and troubleshooting skills, with the ability to analyze and resolve complex technical issues. 

9. Excellent communication and collaboration skills to work effectively with cross-functional teams. 

10. Strong attention to detail and ability to work in a fast-paced, dynamic environment. 

Details 

We can share more over a call, but here’s what you could generally expect as a member of the Springshot crew: 

1. An attractive and competitive base salary. 

2. An attractive and competitive benefits package. 

3. Stock options. 

4. A flexible work from home policy. While we prefer candidates based in the San Francisco Bay Area who are interested in collaborating with us in person from time-to-time in our San Francisco headquarters, you can work from anywhere. 

5. Lots of autonomy. Even though we’re 13 years old, we’re happily led by our founding team and remain lean and scrappy. We don’t micromanage. 

To inquire further about this new and exciting role, please email us at: careers@springshot.com

Position closes May 20, 2024

When Intrinsic Motivation Meets Environmental Sustainability: How Springshot is Inspiring Airport Workers to Create a Greener Future

What are airports without their operations teams? What are these teams without motivation? What happens to airlines when their team members feel disconnected and uninspired?

At Springshot, we have long pondered these questions. It’s embedded in our DNA to solve these challenges. In turn, our platform removes the ambiguity around collecting data, inspires and connects remote teams and enhances workers’ sense of autonomy. As a result, Springshot users are better-connected, better-engaged and better-collect data points that drive operational benefits.

But how do we “bridge this gap between the analog human being and the data-driven world of where we want to be?” Doug Kreuzkamp, Founder and CEO of Springshot, asked in a recent #rebootaviation webinar. Specifically, “How do we get our airport operations colleagues to collect and use this data in a way that drives big change?” 

One of the easiest ways is to emphasize and operationalize concepts that workers care about most. Let’s take climate change, an existential threat we will face for decades to come. Taking into account that more than half of today’s airport workers are from the Millennial and Gen Z generations—generations who care deeply about the environment—one of the easiest ways to activate digital-thinking is to tangibly show how individual actions and decisions have a measurable and positive impact on the environment, said Kreuzkamp.

70% of Millennials are more likely to work for a company that has a strong environment agenda.
Fast Company Millennial Survey, 2019

The path connecting airlines and the environment hasn’t always been clear. For the aviation community, reducing its carbon footprint has been an ongoing goal. The industry hopes to reach net-zero carbon emissions by the year 2060. 

For a long time, frontline staff working at the airport didn’t know where to start. “The carbon emissions problem was so big that as an airport worker it was difficult to measurably tie one’s actions to any tangible environmental goals,” Kreuzkamp said. 

We now have a place to begin. Through the wealth of individual data points that Springshot collects, we can count how many bags of recycling are collected from an airplane or measure how quickly workers connect ground power units to aircraft to reduce fuel emissions. When airline workers see the linkage between their individual actions and how they impact broader macro sustainability goals, they feel connected, confident and want to work harder. The result is higher user engagement within the Springshot platform, which equates to better data, analytics, efficiency and predictability for the aviation community.

How do we get there?

When Kreuzkamp—a self-described data nerd—realized the vast amount of data points that can be collected and associated with individual team members in airport operations, he knew he had to find a way to motivate team members to collect and use that data. Self-Determination Theory, a leading psychological theory on human motivation, became the core framework upon which his team built the Springshot platform. 

The key takeaways of the theory, first developed by psychologists Edward Deci and Richard Ryan, are the positive impacts of intrinsic motivation (versus extrinsic motivation) and the common ingredients that produce this desired state. When we are intrinsically motivated, “our health, our resilience and our outlook are far better,” Kreuzkamp said. “By intrinsic motivation, I’m referring to those actions that we take because we innately enjoy them and through which we find personal satisfaction, like walking our dog or coaching our kid’s sports team.”

Extrinsic motivation, on the other hand, refers to actions taken in order to gain an external reward like money or fame. 

The science couldn’t be clearer on this. To start the positive flywheel moving, to keep it going perpetually, we want to create environments where people are driven intrinsically to act.
Doug Kreuzkamp, Founder and CEO of Springshot

Based on Self Determination Theory, three conditions must be present to make intrinsic motivation flow: Autonomy, Relatedness and Competence

“When we have Autonomy, we feel that we take actions because we choose to take them. When we have Relatedness, we feel that we belong to a community that we value and in return that community values us,” Kreuzkamp explained. “Finally, when we feel Competent, we have an understanding of what’s expected of us and receive feedback that confirms we’ve mastered those expectations.”

The big challenge for airlines comes from the last component: Competence. This is especially true when seeking to intrinsically motivate people to consistently take actions that promote environmental sustainability. How can airlines help workers take individual actions to meet sustainability goals when they don’t even know what the individual actions are?

In Comes the Data: Springshot’s Core Service

Here’s the main idea: By setting clear expectations, such as how long it should take to clean the main cabin of an aircraft, workers are motivated to accomplish individual goals. They receive instructions via “Missions” sent to the Springshot platform directly on their phone. Once completed, Missions are transformed into data.

 “Given the number of objects that need to be cleaned on an aircraft and the number of individual cleaning requirements for each object and the common data points that identify who did the cleaning where and when, a single 30-minute cabin cleaning mission alone, literally generates 10,000 unique data points,” he said. “Even your most basic turn of a narrow body aircraft can involve over 10 teams performing more than 100 discrete tasks over a 45-minute period.”

 This data then helps Springshot craft S.M.A.R.T. goals—“specific,” “measurable,” “actionable,” “realistic,” and “timely”—for each client. Four phases of the S.M.A.R.T. objectives move clients toward meeting these goals: templatize, distribute, collaborate and reflect.

First, “In advance, operational data is used to build templates that serve as tactical game plans to meet operational needs. For example, based on the aircraft type and the passenger load,” said Kreuzkamp. As a result, “a choreographed template will be built for all airport ops team members to execute the aircraft turn.”

Then, via Springshot’s intuitive and design-friendly interface, the S.M.A.R.T. objectives are distributed to individual crew members in the form of Missions. Each Mission includes clear and specific expectations as to what actions each crew member should take.

The crew next collaborates via the platform to communicate with one another. Here’s where the data comes in: “The platform will discreetly and unobtrusively collect data that confirms the S.M.A.R.T. goals have been achieved. In parallel, data being generated by sensors will also be fed into the system to confirm individual expectations have been met,” said Kreuzkamp.

Finally, as a means of reflection, feedback is provided to each crew member real-time on how they performed their tasks. Springshot can “use nudging strategies to help team members course correct when they fall short of their goals,” Kreuzkamp said.

Results with Meaning

Linking back to the positive impact on sustainability, the best way is to tie a few collected data points to the bigger picture goals, according to Kreuzkamp. For example, did the pushback driver push the aircraft on time? Did the ramp lead hook up the ground power unit within two minutes after the aircraft blocked? Did the lav driver properly use a bucket to prevent a hazardous spill on the ramp? And how many bags of recycling did the cabin cleaning team remove from the aircraft?

“All of these actions help remove or help reduce our carbon footprint. By providing the ability to capture this data and share feedback on these micro actions, we can positively impact the environment,” Kreuzkamp concluded. “You will effectively close the loop on Self-Determination Theory to drive sustainability forward, your team will be acting autonomously, they will feel connected and related to a broader community that they value. They will have tangible proof that they are individual contributors to solving this existential threat that we all face as human beings.”

We’d love to help make your company and workers thrive via data. Contact us today!

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