About the job
Runlayer builds a platform for MCPs, Skills, and Agents, supporting enterprise AI projects with a focus on security, governance, and observability. The team has experience launching AI Actions for OpenAI, rolling out Zapier Agents to millions of users, and introducing remote MCP servers with Anthropic. Backed by the co-creator of MCP and investors like Khosla Ventures and Felicis, Runlayer works with companies such as Gusto, Instacart, and Opendoor. The company has 25 team members, primarily engineers, and is committed to delivering measurable results.
Role overview
This Demand Generation Lead role is based in San Francisco or New York City. Runlayer’s marketing efforts have been organic so far. With a dedicated budget, significant deal sizes, and an expanding pipeline, the company is ready to invest in paid acquisition. The Demand Generation Lead will take ownership of this initiative, handling paid campaigns, landing page development, SEO and AEO improvements, and new growth experiments.
What you will do
- Design and manage paid acquisition programs on platforms such as Google, LinkedIn, and other B2B channels.
- Lead the strategy and execution for campaign landing pages, including Account-Based Marketing initiatives.
- Advance SEO and answer engine optimization to adapt to evolving AI-driven search trends.
- Test and run growth experiments across channels to identify scalable tactics.
- Oversee attribution, analytics, and pipeline reporting for leads generated by marketing.
- Collaborate with Product Marketing Managers on campaign messaging and partner with sales to ensure lead quality and a smooth handoff.
Why join Runlayer
- Impact: Launch and shape the paid acquisition strategy for an enterprise AI platform focused on secure and scalable adoption.
- Excellence: Work alongside founders and an experienced go-to-market team already closing Fortune 500 deals through organic channels.
- Ownership: Take full responsibility for demand generation, including channel selection, landing page optimization, and attribution analysis.

