Senior Software Engineer, Security Automation (Python) (Remote)
upGrad Rekrut
About the role
🚀 Hiring: Senior Software Engineer, Security Automation (Python) | Remote
About the Client
We are hiring for a leading US-based Cybersecurity product company with an established presence in Hyderabad. The organization specializes in AI-driven security automation, cybersecurity solutions, and enterprise security operations, helping global businesses strengthen their security infrastructure. This is an excellent opportunity to be part of an innovative, product-focused organization and work on cutting-edge technologies alongside global teams.
📍 Location: Remote
💼 Experience: 7 – 12 Years
💻 Role: Senior Software Engineer, Security Automation (Python) | Remote
🏢 Industry: Product base / SAAS Product
What you will do
- Design multi-stage Python processing flows: boundaries, interfaces, data contracts, and where work should be sync, async, batched, or deferred.
- Optimize existing flows — latency, throughput, memory, API usage, retries, idempotency, and backpressure — using measurement, not guesswork.
- Build reusable components with stable inputs/outputs (OCSF / TEDS or equivalent). Keep business logic in code; use the canvas to compose, not to hide complexity.
- Integrate security and IT systems over REST, webhooks, and custom clients. Own auth, pagination, rate limits, timeouts, and partial failure.
- Apply production engineering habits from large-scale DevOps or DevSecOps: observability, CI, packaging, versioning, and safe rollout of content.
- Make components safe for the AI SOC — Hero AI and deep agents will call what you publish. Contracts and guardrails have to be explicit.
- Write design notes, review approaches with the team, and raise the quality bar for how content is structured and tested.
What you bring
- 7+ years as a software engineer (backend, platform, or automation systems), with Python as a primary language in production.
- Evidence you have designed non-trivial systems: service/module boundaries, data contracts, and tradeoffs you can explain.
- Evidence you have optimized processing flows: profiling, concurrency (asyncio / threads / processes), batching, caching, I/O wait, or similar — with a result you can walk through.
- Comfort with APIs, JSON, queues or workflow orchestration, and making unreliable third-party systems behave.
- Production discipline: tests, Git, CI, structured logging/metrics, and owning something after it ships.
- A large-scale DevOps, DevSecOps, SRE, or platform background is a strong fit — especially if you have run high-volume pipelines, not only written Terraform.
Nice to have
- Security automation, SOAR, or SIEM/EDR integrations (XSOAR, Splunk SOAR, custom Python orchestration)
- SOC, IR, or MSSP context — useful, not required if the engineering bar is there
- JavaScript for Turbine-native actions
- Data pipeline work (ingestion → transform → enrich) or workflow engines
- Experience making systems callable by automation or agents (stable interfaces, timeouts, confirmation steps).
📩 Interested candidates can share their updated resume & Details to
karishma.shaik@upgrad.com
Eligibility & process
Who can apply
Seniority: Director. Employment type: Full-time
Skills & stack
Selection process
Details are shared by the recruiter after shortlisting.
Prep kit
20 resourcesStudy material 4
Company-specific guides 4
Likely coding questions 4
Round-wise strategy 4
Technical questions 5
What is the difference between Implicit Wait, Explicit Wait, and Fluent Wait in Selenium? Answer
Explain the Page Object Model (POM) and its advantages in Test Automation. Answer
How do you handle dynamic WebElements whose ID changes on page reload? Answer
What is the difference between @BeforeMethod and @BeforeClass in TestNG? Answer
How do you validate REST API response codes and JSON payload using Postman / RestAssured? Answer
Behavioural & HR questions 3
Highlight upGrad Rekrut's market reputation, recent tech innovations, and how your skills in Python directly solve their team's objectives.
Use the STAR method: Situation (project context), Task (what needed solving), Action (specific tools/logic applied), Result (quantifiable positive outcome).
Explain your prioritization strategy, proactive communication with mentors/peers, and agile mindset.