As the first deployed engineer, you will collaborate directly with customers to help them optimize their use of the API and scale their product effectively.

As the first in-house legal hire, you'll collaborate with founders and engineering on product development, deal closures, regulatory compliance, and IP protection.

As the first dedicated research hire, you will explore methods to train and scale models for a web index, focusing on their application to products and systems.

As the first design hire, you'll create and build web interfaces, influencing brand presence and ensuring quality in design and code.

As a DevRel Engineer, you'll advocate for AI developers, prototyping solutions, and building trust within the community.

Define the product and build the go-to-market engine for revolutionary technology, selling to existing and new markets.

Lead the development and scaling of organizational systems and culture to enhance performance and velocity amid hyper-growth.

As the Operations & Executive Support Lead, you'll manage executives' calendars, support onboarding, coordinate office logistics, and improve operations, ensuring seamless productivity.

The role involves building product partnerships and defining strategies for scalable distribution channels of APIs, focusing on alliances for new AI agents.

As the first finance hire at Parallel Web Systems, you will build finance foundations, drive commercial initiatives, and lead special projects.

As a member of the technical staff, you will build and maintain a high-performing backend and API, focusing on reliability and customer satisfaction.

Design and build a robust front-end product experience for APIs, ensuring fast and delightful user interactions while maintaining a scalable codebase.

The role involves research on training models for web indexing. You'll apply your deep knowledge of search and transformer models in a product context.

You will build, operate, and scale our infrastructure, focusing on reliability and cost-efficiency for large language models and anticipating bottlenecks to support engineering velocity.