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Friendliai

Forward Deployed Engineer - AI Inference

San FranciscoHybrid · United States
FullTime · Engineering
POSTED 7 OCTVERIFIED 5H AGO
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Role
32 days opentrue age
Posted 7 Oct
Pay
$161k–$239kno pay posted
Market p25–p75
$161k–$239k
SF Bay Area · n=1752 · 365d to 6 Nov
CompanyFriendliai →
20open roles
Opened · 30d
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Closed · 30d
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30d window
Market
37,433open · Software engineering
All software engineering
74,990open
All tracked boards · live 9 Nov · n=37,433
AWSGCPKubernetesDockerTerraformLLMsDistributed systems

About the job

FriendliAI is seeking a Forward Deployed Engineer to assist enterprises in deploying, scaling, and operating generative and agentic AI workloads on FriendliAI infrastructure. You will work directly with customers to solve and implement production-grade applications using our products, such as Serverless Endpoints, Dedicated Endpoints, or Container.

Friendli Container is our service that allows customers to download our inference engine as Docker images and deploy it in their chosen environment, such as private clouds or on-premises. Our Friendli Container can be adopted directly to AWS EKS clusters using our EKS add-on product.

You will work directly on our customers’ projects, collaborating with their engineering teams to solve AI inference challenges like scaling, orchestration, and monitoring. This is a hands-on, customer-embedded role. If you have worked in DevOps, platform engineering, or SRE for AI applications, this is your ideal position.

Key Responsibilities

Design and implement large-scale deployment architectures for LLM and multimodal inference

Deploy and manage containerized workloads across Kubernetes clusters

Diagnose production issues, such as performance bottlenecks, and implement temporary fixes as needed

Collaborate with customers’ DevOps teams to integrate FriendliAI’s infrastructure into their CI/CD workflows

Develop scripts, Helm charts, and Terraform modules that simplify repeated deployments

Contribute field insights to shape our platform reliability, observability, and scaling strategies

Lead workshops, technical sessions, or webinars to help customers master infrastructure best practices.

Qualifications

3+ years of experience in cloud infrastructure, DevOps, or reliability engineering

Bachelor’s or Master's degree in Computer Science, Computer Engineering, Electrical Engineering, or equivalent

Proficiency with Kubernetes, Docker, Terraform, and Helm

Strong foundation in distributed systems, networking, and performance tuning

Experience with GPU-based computing and generative AI model serving workloads

Strong technical background in backend systems or AI tooling

Experience operating workloads on AWS, GCP, or OCI

Excellent problem-solving and debugging skills in real-world environments

Preferred Experience

Experience deploying large models (LLMs, diffusion models) on GPUs or clusters

Familiarity with inference frameworks (Triton, vLLM, TensorRT, DeepSpeed-Inference)

Familiarity with observability stacks (Prometheus, Grafana, Loki, ELK, OTEL)

Understanding of networking security and compliance frameworks (e.g., SOC 2)

Experience supporting on-prem or hybrid-cloud deployments

Benefits

A front-row seat to the generative AI infrastructure revolution

Competitive compensation and benefits package

Daily lunch and dinner provided; unlimited snacks and beverages

Health check-up and top-tier hardware support

Flexible working hours and a highly collaborative environment

About us

FriendliAI is the fastest inference cloud for agents, built to run frontier open-weight models in production at scale. It delivers up to 7x faster output token speed, up to 90% lower inference costs, and 99.99% uptime across the most demanding agent workloads — long-context inference, real-time streaming, and accurate tool calling.

We are a small, fast-moving team doing work that matters at one of the most exciting moments in the history of technology. With our world-class inference stack, we are building the platform teams can actually rely on.

Source · FriendliaiFirst seen 4 NovOriginal ↗