Engineering Manager - Security Ontology

TrendAI; Austin (TX); On-site; USD 180,000 - 240,000; Full time

Benefits offered by this job

Medical Insurance

Dental Insurance

Vision Insurance

Life Insurance

Disability Insurance

Maternity Leave

Mental Health Support

Tuition Assistance

401(k)

Job summary

TrendAI, the security-focused unit of Trend Micro, is seeking a technical leader to drive Ontology engineering and Knowledge Graph initiatives. You will lead a team of data engineers and software engineers to build scalable security knowledge systems and agent-ready capabilities.

You will own the ontology roadmap, collaborate with product, architecture, and AI/ML teams, and set engineering standards to deliver measurable business value at scale.

Qualifications

• 10+ years of software engineering experience with distributed systems or data-intensive platforms.
• Proven track record leading engineering teams cross-functionally.
• Experience delivering multi-team initiatives from planning to production.
• Strong understanding of distributed systems and cloud-native architectures.

Responsibilities

• Lead the Security Ontology platform engineering team.
• Own end-to-end delivery of ontology roadmap and platform services.
• Drive semantic modeling, entity resolution, and knowledge graph scaling.
• Establish engineering standards, processes, and metrics.
• Mentor engineering leads and senior engineers.
• Balance product delivery with foundational architecture investments.

Skills

Leadership

Distributed systems

Data engineering

Cloud-native

API design

Python/Java/Go

Team mentoring

Cross-functional collaboration

Tools

Neo4j

Amazon Neptune

RDF/SPARQL

GraphQL

Job description

TrendAI™, the global AI security leader and enterprise business unit of Trend Micro, empowers organizations with full AI visibility and consolidated security that inspires confidence, drives innovation, and eliminates risk.

At TrendAI™, we’re always seeking exceptional talent; people who want to collaborate with the best and push boundaries together. Here, your work goes beyond building a career. You will help protect what matters and play a vital role in shaping a safer, more trustworthy AI-powered future.

AI Fearlessly.

In this role, you will lead a team of data engineers and software engineers responsible for building, scaling, and operating the foundational knowledge systems that enable AI agents to understand security context, reason across products, maintain persistent knowledge, and power intelligent security experiences.

You will own the execution of the Ontology engineering roadmap, translating platform strategy and architectural direction into production‑grade capabilities. You will work closely with Product, Architecture, Data Platform, Security Research, and AI/ML teams to establish shared semantic models, integrate data across security products, and deliver scalable services that enable agentic security workflows.

This is a technical leadership and delivery role requiring strong engineering skills, the ability to lead complex cross‑team initiatives, and a track record of building high‑performing engineering teams. You will guide architectural decisions, establish engineering standards, manage execution and dependencies, and ensure the platform delivers measurable business value at scale.

Key Responsibilities

Engineering Leadership & Delivery

• Lead, grow, and develop a team of data engineers and software engineers responsible for the Security Ontology platform.
• Own the end‑to‑end delivery of the Ontology engineering roadmap, from technical planning and prioritization through implementation, production rollout, and ongoing operations.
• Translate product and platform strategy into clear engineering objectives, milestones, execution plans, and measurable outcomes.
• Establish effective engineering processes, development standards, code quality practices, and delivery metrics.
• Drive execution across multiple workstreams, proactively managing dependencies, technical risks, resource allocation, and delivery commitments.
• Build a culture of ownership, accountability, technical excellence, and continuous improvement.
• Mentor engineering leads and senior engineers, develop technical talent, and build a scalable organization capable of supporting the platform's long‑term growth.
• Balance near‑term product delivery with foundational investments in architecture, reliability, performance, and developer productivity.

Security Ontology & Semantic Modeling

• Lead the development of a shared security ontology spanning endpoint, identity, cloud, network, email, threat intelligence, and other security domains.
• Establish canonical entities, relationships, attributes, semantic contracts, and domain modeling standards across security products.
• Drive ontology versioning, evolution, governance, and interoperability practices that support independent product development without fragmenting the shared knowledge model.
• Lead the definition and implementation of reusable patterns for mapping product‑specific schemas into the common semantic model.
• Deliver capabilities for entity resolution, relationship discovery, provenance, confidence scoring, and cross‑product correlation.
• Partner with product engineering teams to onboard new security domains and evolve existing integrations as product schemas and capabilities change.

Knowledge Graph & Ontology Services

• Lead the design, implementation, and scaling of the Security Knowledge Graph and its supporting services.
• Deliver a production‑grade Ontology API and services layer that provides consistent semantic access to security knowledge for applications and AI agents.
• Drive the implementation of entity resolution, context retrieval, graph traversal, semantic search, knowledge enrichment, and reasoning capabilities.
• Define service abstractions that decouple applications and agents from underlying storage technologies and implementation details.
• Evaluate and guide the adoption of graph, vector, relational, and hybrid storage technologies based on scale, performance, reliability, and operational requirements.
• Establish service‑level objectives and engineering practices for availability, latency, throughput, data consistency, and operational observability.
• Continuously improve platform scalability and cost efficiency as data volumes, product integrations, and agent workloads grow.

AI Memory & Agentic Knowledge Integration

• Lead the engineering work required to integrate the Security Ontology and Knowledge Graph with AI agent memory and orchestration systems.
• Establish clear boundaries between shared ontology knowledge, persistent knowledge graph data, agent memory, vector stores, and traditional application data.
• Deliver reusable capabilities for context retrieval, memory persistence, consolidation, expiration, relevance, and provenance.
• Enable AI agents to leverage knowledge from previous investigations while preserving data integrity, access controls, and appropriate isolation.
• Define and implement secure patterns for agents to access, enrich, and contribute knowledge through APIs, tools, and protocols such as MCP.
• Partner with AI/ML and agent‑platform teams to enable shared knowledge, multi‑agent collaboration, and scalable autonomous security workflows.
• Ensure that knowledge retrieval and memory capabilities meet production requirements for performance, reliability, security, and cost.

Data Engineering & Product Integration

• Lead the development of scalable data ingestion, transformation, mapping, and knowledge‑publishing pipelines across product databases, APIs, event streams, and existing data platforms.
• Establish reusable integration frameworks and standards for schema mapping, data contracts, entity resolution, and semantic data publishing.
• Drive onboarding of security products into the shared ontology, reducing integration effort and time to deliver new product capabilities.
• Establish requirements for data lineage, provenance, freshness, integrity, quality, and observability across the knowledge lifecycle.
• Partner with the Data Platform organization to align on data ownership, access patterns, storage architecture, governance, and self‑service capabilities.
• Ensure that the platform can accommodate evolving schemas, increasing data volumes, and new security domains without requiring extensive custom engineering for each integration.

Technical Strategy, Architecture & Execution

• Own the technical direction and engineering execution of the Ontology platform in alignment with the broader Security Platform and AI strategy.
• Collaborate with platform architects and senior technical leaders to make sound architectural decisions and resolve complex technical trade‑offs.
• Convert architectural designs into actionable engineering plans, incremental releases, and production‑ready implementations.
• Lead design reviews, evaluate technology choices, and ensure consistency across services, data models, and integration patterns.
• Establish standards for API design, distributed systems, data modeling, testing, CI/CD, security, and production operations.
• Drive technical risk reduction through targeted prototypes, performance testing, capacity planning, and production validation.
• Identify opportunities to simplify the architecture, improve developer productivity, reduce operational overhead, and accelerate delivery.
• Communicate engineering progress, risks, dependencies, and delivery forecasts clearly to senior leadership and cross‑functional stakeholders.

Required

Technical Skills & Experience

• 10+ years of software engineering experience, including significant experience building distributed systems, data‑intensive applications, or large‑scale platform services.
• Demonstrated experience leading engineering teams comprising software engineers, data engineers, or both.
• Proven track record of delivering complex, multi‑team engineering initiatives from planning through production deployment and ongoing operations.
• Strong understanding of distributed systems, cloud‑native architectures, service‑oriented architectures, and event‑driven processing.
• Experience designing and operating high‑scale data ingestion, transformation, integration, and processing systems.
• Strong background in data modeling, databases, APIs, distributed storage, and data‑intensive services.
• Experience with production programming languages such as Python, Java, Go, or equivalent.
• Experience defining technical roadmaps, managing engineering execution, prioritizing competing investments, and delivering against measurable goals.
• Ability to make sound architectural decisions, guide senior engineers, and balance technical depth with organizational and delivery responsibilities.
• Strong communication and collaboration skills, with experience working across Product, Architecture, Data Platform, Security, and AI/ML organizations.

Ontology & Knowledge Graph

• Strong understanding or practical experience in several of the following areas:
• Ontology engineering and domain modeling.
• Knowledge graphs and graph data modeling.
• Entity resolution, entity matching, and relationship discovery.
• Semantic models, semantic search, and knowledge representation.
• Schema mapping, data contracts, and ontology evolution.
• Data lineage, provenance, integrity, and governance.
• Graph‑based retrieval and reasoning.
• Experience with technologies such as Neo4j, Amazon Neptune, RDF/SPARQL, GraphQL, or equivalent graph technologies is highly desirable.

AI & Agentic Systems

• Experience with, or strong familiarity with, several of the following:
• LLM‑powered applications and agent architectures.
• Retrieval‑Augmented Generation (RAG) and hybrid retrieval.
• AI memory systems, embeddings, and vector databases.
• Agent tool integration and interoperability protocols such as MCP.
• Agent orchestration frameworks such as LangGraph, Temporal, or equivalent.
• Context construction, knowledge retrieval, and multi‑agent collaboration.
• Production considerations for AI systems, including latency, cost, reliability, security, and evaluation.
• The ability to understand the underlying architectural principles and guide engineering teams is more important than deep expertise in any single framework.

Preferred: Cybersecurity Experience

• Experience working with security products, security data, or cybersecurity platforms in one or more of the following areas:
• Endpoint security / EDR.
• Identity security / IAM.
• Cloud security.
• Network security.
• SIEM and security analytics.
• Vulnerability management.
• Threat intelligence.
• Incident detection and response.

Identity & Device & Process & Network Connection & Threat & Incident

Experience integrating data across multiple security products or building a shared security data model is a strong advantage.

What Success Looks Like

• A production‑ready Security Ontology: A shared, governed semantic model connecting entities, relationships, and security context across multiple Vision One products.
• A scalable Knowledge Graph: A reliable, high‑performance foundation for representing and querying security relationships across growing data volumes and domains.
• A production‑grade Ontology API and services layer: Consistent, secure, and observable semantic access for applications, platform services, and AI agents.
• Repeatable product onboarding: Standardized ingestion, schema mapping, entity resolution, and knowledge‑publishing workflows that reduce the time and effort required to integrate new products.
• Cross‑product entity resolution: Reliable identification and correlation of security entities and relationships across siloed product data.
• Agent‑ready knowledge and memory integration: Reusable services that allow AI agents to retrieve contextual knowledge, leverage investigation history, and safely enrich shared knowledge.
• Enterprise‑grade data integrity and governance: Clear ownership, provenance, freshness, access controls, versioning, and quality standards across the knowledge lifecycle.
• Measurable scalability and operational maturity: Defined service‑level objectives, performance and capacity benchmarks, production observability, and controlled infrastructure costs.
• A high‑performing engineering team: Clear ownership, strong technical leadership, predictable execution, and the engineering capacity to scale platform capabilities and product integrations.
• Accelerated delivery of agentic security capabilities: A reusable knowledge foundation that enables richer cross‑product investigations, contextual threat analysis, and autonomous security workflows.

What We Offer You

• Comprehensive medical, dental and vision insurance
• Life insurance
• Short & Long Term Disability
• Pre‑partum, maternity, parental and medical leave
• Mental Health Wellness Program
• Adoption Assistance
• Wellness Incentive
• Pet Insurance
• 401(k) with company match
• Paid Time Off
• 14 Annual Holidays
• Tuition Assistance
• Employee Resource Groups

We offer competitive compensation with bonus opportunity tied to company performance, along with room to enhance your skills through ongoing learning and broad technological opportunities. Achieving work‑life balance is a priority, complemented by team activities, fostering an environment rooted in equity, inclusion, and collaboration, that is reflected in both our culture and our work.

Be Passionate. Be Innovative. Be a Trender.

At Trend Micro, we embrace change, empower people, and encourage innovation in a connected world. Our diversity and multicultural workforce are key contributing factors to our success across the globe. Trend Micro provides equal employment opportunity for all applicants and employees. Trend Micro does not unlawfully discriminate on the basis of race, color, religion, sex, pregnancy and childbirth or related medical conditions, national origin, ancestry, age, physical or mental disability, medical condition, family care leave status, veteran status, marital status, sexual orientation, or gender identity.