Back
Login to See Your Match Score
Create a free account or log in to unlock your CV match score across:
Remote hiring, metro Bengaluru location, and mid-level (5 years) requirement increase applicant pool despite niche security focus.
Requires specialized AI-platform security and multi-tenant isolation skills, limiting cross-industry transferability.
Explicit 5+ years plus mandatory cloud/platform security, LLM and threat-modelling requirements increase filter strictness.
Own and develop security architecture and critical security components for Esko's AI Platform, focusing on identity, authorization, policy enforcement, and multi-level permissions.
Design and implement controls against AI-specific threats such as prompt injection, unauthorized actions, and data leakage, including audit and monitoring capabilities for traceability and detection.
Collaborate with cloud platform, security, compliance, and product teams to create reusable, practical security controls that address compliance requirements and support faster, secure AI feature deployment.
At least 5 years’ experience securing cloud, distributed, or platform services, with expertise in authentication, authorization, policy enforcement, and multi-tenant isolation.
Strong software engineering skills in Python, TypeScript, or similar languages, including building and operating secure production systems.
Bachelor’s degree or higher in Computer Science, Machine Learning, Data Science, Artificial Intelligence, or related disciplines.
Practical experience with threat modelling, application security testing, and developing effective engineering controls based on identified risks.
Experienced in designing or building systems using LLMs, retrieval-augmented generation, or AI agents, with a deep understanding of security failure modes specific to AI.
Proven ability to build reusable platform controls and APIs used across multiple engineering teams in multi-tenant SaaS or content-centric platforms.
Demonstrates sound judgement balancing security, usability, and operational complexity, including implementing approval gates and isolation where necessary, and communicating security decisions effectively across diverse stakeholders.