Senior Security Engineer

liveviewtechnologiesinc; American Fork (UT); On-site; USD 110,000 - 160,000; Full time

Job summary

liveviewtechnologiesinc is seeking a senior security engineer to own detection, response, and exposure systems across cloud, on‑prem, and endpoints. You will implement detections as code, contribute to threat models, and drive automated incident response within our security operations.

This role reports to the Director of Security Engineering and is based in our American Fork, Utah office. We value hands‑on experience in incident response, SIEM/logging, and modern CI/CD pipelines, with strong

Qualifications

• 5+ years in detection, response, or exposure systems.
• Hands-on incident investigations through containment and remediation.
• Experience with detections as code and SIEM/logging at scale.
• Strong programming skills in Python or Go and IaC/CI/CD experience.
• Ability to synthesize vulnerability findings into a clear risk model.

Responsibilities

• Lead security incident response and containment.
• Build and scale detections as code; optimize signal quality.
• Own logging/telemetry pipelines for detection and investigation.
• Automate security operations workflows to reduce manual effort.
• Expand security capabilities across EDR, DLP, and SOC tooling.
• Define guardrails for internal AI usage and agent connectivity.
• Deliver end-to-end exposure management across infra, cloud, and endpoints.
• Produce measurable outcomes within 12 months.

Skills

Security incident response

Detection engineering

Threat modeling

SIEM/logging

Python

Go

Cloud security

Communication

Tools

Terraform

CI/CD

Kubernetes

Job description

ABOUT LVT

LVT is redefining how businesses operate in the physical world, moving beyond traditional security solutions to deliver AI-driven, actionable intelligence that makes sites smarter, safer, and more secure. Since pioneering our first mobile, solar-powered units , our commitment to scrappy, hands‑on innovation has made us an established leader and one of the fastest‑growing companies in intelligent site technology. We are building the next generation of solutions-from our physical units in the field to a powerful Agentic AI platform-that allows our customers to gain unprecedented visibility and control over safety, compliance, and operations. This is your chance to join a cutting‑edge team that isn't just watching the world change, but actively building the technology that is changing it.

We're a team that's focused on growth and innovation, and we're proud that our crew, products, and leadership are being recognized for it.

A Top‑Tier Growth Company: Named one of the Financial Times' Fastest Growing Companies 2025 and #10 on the Inc. 5000 Rocky Mountain Regional list for 2025.

Innovative Leadership: Our CEO, Ryan Porter, was named an EY Entrepreneur of the Year 2025, and our CTO, Steve Lindsey, was inducted into the Silicon Slopes CTO Hall of Fame in 2024.

Product & Software Excellence: We were named one of The Software Report's Top 100 Software Companies of 2023 and are a winner of the Security Today Govies Award for 2025.

Security engineering at LVT centers on building durable capabilities rather than performing manual operations. As an individual contributor on our security engineering team, you will own two critical domains: how we detect and respond to security events, and how exposure across our infrastructure, cloud, and endpoints is identified, prioritized, and remediated. You will build these systems as version‑controlled code inside our Infrastructure and DevOps workflows, setting the technical bar and defining guardrails for LVT's internal AI ecosystem. This role reports to the Director of Security Engineering and participates in the security on‑call rotation.

This role is based in‑office out of our Headquarters in American Fork, Utah.

ROLE RESPONSIBILITIES

• Lead technical security incident response, driving both immediate containment and the engineering work required to prevent recurring incident classes.
• Build, maintain, and scale detections as code, aligned to a documented threat model and optimized for signal quality rather than alert volume.
• Own the logging and telemetry pipelines supporting detection and investigation, ensuring consistent coverage, quality, and retention across environments.
• Automate routine security operations workflows-including triage, enrichment, containment, and case management-to minimize manual overhead.
• Expand LVT's security capabilities across EDR, DLP, and AI-assisted SOC tooling through code integrations, detection logic, and policy automation rather than console administration.
• Define and maintain visibility and technical guardrails for LVT's internal AI usage, including agent connectivity and AI-assisted development tools.
• Own exposure management end‑to‑end, delivering unified coverage across infrastructure, cloud, and endpoints prioritized by exploitability and reachability over raw scanner severity.
• Correlate vulnerability, cloud posture, and data loss findings into a single, prioritized backlog that partner engineering teams accept and execute against.
• Deliver measurable outcomes within 12 months: threat‑mapped detections managed as code, automated response workflows, a reduced exposure baseline, and automated compliance evidence generation.

OUR IDEAL CANDIDATE

5+ years of experience engineering detection, response, and exposure systems, with deep expertise in security operations, incident response, or vulnerability management.

Hands‑on incident response experience leading technical investigations through containment and eradication, backed by a track record of implementing post‑incident remediations.

Proven experience in detection engineering and security data pipelines, including managing detections as code and operating SIEM or logging systems at scale.

Strong software engineering skills in at least one language (such as Python or Go) alongside hands‑on experience with infrastructure‑as‑code and CI/CD pipelines.

Demonstrated ability to synthesize conflicting vulnerability findings into a single, clear risk model that software engineering teams trust and execute.

Broad technical depth across cloud, host, and network security to distinguish actionable, exploitable threats from theoretical risks.

High self‑direction with the ability to operate effectively in ambiguous environments, decide technical priorities, and defend execution roadmaps.

Strong written communication skills, capable of influencing peer engineers and raising team technical standards through clear, written technical arguments.

Preferred experience: Incident