Full-Time Corporate Appointment AI Engineering Remote (India)

Threat Intelligence & AI Ops Intern

Fuse threat intelligence with AI operations to detect, predict, and neutralize cyber threats in real time.

Compensation ₹12,00,000 – ₹20,00,000 / year
Location & work model Remote (India)
Experience requirement 2–5 Years
Hiring benchmark 5-day code audit
Section 01

Role Overview & Operational Scope

You will sit at the intersection of offensive security and AI engineering — building intelligent threat detection pipelines that ingest, correlate, and act on adversarial signals before they impact our clients. Your work directly strengthens Cehpoint's AI-driven defense posture across SOC, IR, and vulnerability management engagements.

Threat Intelligence Lifecycle (TIBs, OSINT, MITRE ATT&CK) AI/ML Operations (MLOps pipelines, model monitoring, LLMOps) Python scripting & automation SOC/SIEM log analysis & incident triage Malware & adversary behavior analysis Network forensics & packet analysis (PCAP) Cloud security (AWS/Azure/GCP threat visibility) Data visualization & threat reporting
Section 02

Key Responsibilities & Production Deliverables

  • Ingest and normalize threat feeds (STIX/TAXII, OSINT, commercial TI) into SIEM and AI model pipelines for real-time correlation.
  • Develop and maintain ML-based anomaly detection and classification models for threat data (phishing, malware IOC clustering, lateral movement prediction).
  • Conduct structured adversary behavior mapping using MITRE ATT&CK and produce actionable threat briefs for client incident response teams.
  • Design and automate TI enrichment workflows (Python, SOAR playbooks, API integrations with Virustotal, AlienVault OTX, Mandiant, etc.).
  • Monitor AI model drift, retraining triggers, and performance degradation in production threat pipelines; implement MLOps observability dashboards.
  • Collaborate with the Red Team and AI Engineering squads to stress-test detection models against live attack simulations and red-team exercises.
Section 03

Mandatory Foundational Knowledge

  • Deep understanding of the threat intelligence lifecycle — from requirement gathering through productionization and feedback loops.
  • Solid grounding in adversarial tradecraft: how threat actors operate, TTPs, kill-chain dynamics, and evasion techniques.
  • Foundational knowledge of supervised and unsupervised ML (classification, clustering, NLP for threat text) and their operational trade-offs in security contexts.
Section 04

Mandatory Practical Skills & Architecture

  • Python (pandas, scikit-learn, transformers/HuggingFace, LangChain or similar LLM orchestration frameworks)
  • SIEM/SOAR platforms — Splunk, Elastic/SIEM, QRadar, or open-source equivalents; proven log-analysis expertise
  • MITRE ATT&CK Framework (tactics, techniques, enterprise matrix navigation and custom mapping)
  • Containerized deployment & MLOps tooling — Docker, Kubernetes, MLflow, or equivalent model-tracking systems
  • TI data standards & feeds — STIX 2.x, TAXII, OpenCTI, MISP, and IOC parsing/extraction
Section 05

Problem Solving, Execution Rigor & Curiosity

  • Relentlessly follows emerging APT groups, ransomware strains, and zero-day disclosures — reads raw threat reports, not just summaries.
  • Experimentally bridges offensive tradecraft with defensive ML: you enjoy building PoCs that simulate attacker behavior to harden detection logic.
  • Proactively reverse-engineers threat data pipelines — questions every false positive, traces it back to source, and iterates on the model.
Section 06 · Practical evaluation benchmark

5-day live technical evaluation milestone

Over a 5-working-day evaluation period, you will be given a anonymized PCAP dataset and a raw threat feed (STIX bundle). Days 1–2: ingest, normalize, and enrich IOCs into a structured MISP-compatible format. Day 3: build a lightweight ML classifier (Python + scikit-learn or equivalent) to categorize IOCs as benign/malicious and rank severity. Day 4: map detected TTPs to MITRE ATT&CK and author a concise threat brief with recommended containment actions. Day 5: present findings in a 30-minute technical review before the AI Ops and Threat Intelligence leads. Evaluation is based on code quality, analytical depth, automation rigor, and clarity of communication — no prior relationship with Cehpoint is assumed.

Institutional hiring protocol: candidates who clear resume screening take a live practical milestone of strictly 5 working days. Verifiable completion and code audit by your assigned engineering mentor is the sole prerequisite for the official offer letter.

Section 07

Compensation, Total Rewards & Advancement

  • Competitive annual stipend (₹12L–₹20L) with performance-linked acceleration and early full-time conversion path
  • Fully remote setup — budget allocation for workstation hardware and high-speed internet
  • Generous GPU cloud credits (AWS/Azure) for personal projects, model training, and TI pipeline experimentation
  • Direct mentorship from senior threat hunters and ML engineers who have operated at national CERTs and top-tier SIEM teams
  • Access to private Cehpoint threat intel community, internal capture-the-flag events, and conference sponsorship for top performers
Section 08 · Direct inquiries

Dedicated inbox for this role

Questions, private repository links or portfolio references for this opening route straight to the engineering leads reviewing it.

threat-intelligence-ai-ops-intern-careers@cehpoint.co.in Open mail client →

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