Senior Backend Engineer

As a Senior Backend Engineer at Corelight, you will lead the development of backend systems, design scalable microservices, build REST APIs, and ensure the high-quality performance of our Open NDR SaaS platform. You'll work within an Agile team, guiding junior engineers and collaborating with various departments to deliver secure software solutions.

To qualify for the Senior Backend Engineer role at Corelight, candidates should possess a Bachelor's degree in Computer Science or related fields, or equivalent experience, along with at least 5 years of professional software development experience. Proficiency in AWS services, experience building REST APIs, and strong communication skills are essential.

In the Senior Backend Engineer position at Corelight, you'll work with AWS technologies such as Lambda, API Gateway, and DynamoDB. You'll also engage with programming languages including Python, Java/Scala, and Go, while developing microservices and machine learning data analytics pipelines.

Corelight promotes a collaborative and inclusive work culture where a geographically distributed team thrives. The environment encourages open communication and collective effort in tackling challenging cybersecurity issues, making it a rewarding place for a Senior Backend Engineer to contribute and grow.

At Corelight, the Senior Backend Engineer role offers numerous growth opportunities, including the chance to lead teams, influence product directions, and stay updated on cutting-edge technology in cybersecurity. The commitment to employee development allows for both personal and professional advancement.

When discussing your experience with REST APIs, highlight specific projects where you've designed and developed APIs. Illustrate how these APIs supported data-heavy visual interfaces, mentioning any challenges faced and solutions implemented to ensure robustness and scalability.

To ensure the scalability and reliability of microservices, I focus on best practices such as proper resource allocation, load balancing, and using a serverless architecture when appropriate. Also, I regularly monitor performance and make adjustments as needed based on analytics and user feedback.

I have extensive experience using AWS technologies like Lambda, API Gateway, and DynamoDB. I can discuss specific instances where I leveraged these services to optimize functionality in projects, focusing on the benefits of serverless architectures and how they enhance application performance.

When describing a challenging technical problem, focus on the issue, your thought process in identifying the root cause, and the steps taken to devise a solution. Be sure to highlight any collaboration with team members and how you applied best practices to reach a successful outcome.

I stay updated on software development best practices by actively participating in online communities, attending industry conferences, and continuously learning through courses and webinars. I also follow influential figures in the tech community to gather insights and emerging trends.

Handling tight deadlines effectively involves prioritization, clear communication with the team, and breaking tasks into manageable parts. I focus on maintaining quality without compromising on the timeline, often employing Agile methods to deliver iteratively.

Code review plays a crucial role in my development process as it helps ensure code quality, encourages knowledge sharing among team members, and fosters adherence to best practices. I view it as a vital step to strengthen collaboration and collective code ownership.

In my past projects, I have utilized Docker for containerization, enabling consistent development environments. I can share how I’ve managed services in Kubernetes, focusing on deployment strategies and orchestration to streamline workflows and reduce downtime.

To maintain data security during application development, I adopt a multi-layered approach, including input validation, authentication, access control, and encryption. I emphasize security best practices in every stage of the development lifecycle to mitigate risks effectively.

Fostering collaboration among distributed teams involves utilizing communication tools effectively and scheduling regular check-ins. I encourage open dialogues and feedback sessions, ensuring all team members feel connected and valued, regardless of their location.