About the role
Are passionate about advancing the state of the art in security, privacy, cryptography, systems, and AI Have a strong research track record, demonstrated through publications at top venues such as IEEE S&P, USENIX Security, ACM CCS, NDSS, or other leading security, systems, cryptography, or machine learning venues Are excited about tackling emerging security problems created by AI and agentic systems Combine scientific rigor with strong systems thinking and the ability to turn research ideas into working prototypes Thrive in a highly collaborative, interdisciplinary research environment Take end-to-end ownership of open-ended research problems PhD in Computer Science, Computer Engineering, Mathematics, or a related technical field, or equivalent experience. 1+ years of software engineering or research experience. Strong background in one or more areas of computer security, privacy, cryptography, computer systems, or machine learning. Strong research track record in security, cryptography, systems, machine learning, or a closely related area. Demonstrated ability to conduct independent research and communicate results through publications, prototypes, open-source artifacts, or other impactful outcomes. Ability to identify and formulate important research problems, develop novel technical approaches, and evaluate them rigorously. Ability to work effectively across disciplinary boundaries and collaborate with diverse research and engineering teams. Research experience in AI security, security of LLMs, or security of agentic systems. Experience with security and privacy techniques for AI training, post-training, inference, or data pipelines. Experience in areas such as systems security, applied cryptography, privacy-enhancing technologies, confidential computing, access control, or secure machine learning. Experience studying adversarial behavior, software vulnerabilities, attack surfaces, or security of large-scale systems. Experience applying LLMs or other AI techniques to security problems such as vulnerability discovery, security analysis, attack detection, or defense generation. Experience building and evaluating large-scale security or AI systems. Experience designing threat models, security benchmarks, adversarial evaluations, or red-team methodologies for emerging systems. Experience working across the research-to-production boundary and translating research ideas into real-world systems. Lead research at the intersection of security and AI, spanning both securing AI systems and applying AI to security problems. Develop new techniques to protect sensitive and proprietary data in AI systems and pipelines, including training, post-training, reinforcement learning, inference, and agentic workflows. Investigate the security of AI agents and autonomous systems, including attacks arising from tool use, code execution, memory, external data, multi-agent interaction, and long-running autonomous behavior, and develop principled defenses against them. Explore how AI can help address security problems, including discovering vulnerabilities and attack paths, understanding complex security environments, detecting attacks and anomalous behavior, and developing effective defenses. Investigate new attacks enabled or amplified by advances in AI and develop robust defenses against them. Design rigorous threat models, benchmarks, evaluations, and experimental methodologies for emerging AI security problems. Form hypotheses, build prototypes, design experiments, and evaluate new security mechanisms in realistic environments. Pursue long-term research while identifying opportunities to translate promising ideas into practical security mechanisms. Publish at top-tier security, systems, cryptography, and machine learning venues, release research artifacts where appropriate, and help shape the research agenda in security and AI. Mentor interns and entry level researchers and contribute to MSR India's broader academic and research engagement. Embody our culture and values.
About Swiftkey
SwiftKey is a technology company that aims to enhance interaction between keyboards and people. It upgrades smartphone keyboards to make typing faster, by utilizing artificial intelligence to learn from each user in order to autocorrect and predict their next word. The SwiftKey Keyboard for Android supports more than 80 languages. SwiftKey was founded by Ben Medlock and Jon Reynolds in 2008 and is based in London, United Kingdom.
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Job details
Location
Bengaluru, Karnataka
What happens next.
No applications, no recruiter spam. Just the intro.
Confirm the fit
A few questions to make sure this role is the right shape for you. Two minutes.
I pitch you to the company
I write the intro, send it to the founder, and handle the back-and-forth.
A meeting lands on your calendar
If they’re a yes, I book the chat. You show up — that’s the whole job-hunt.
