Software Engineer - Infrastructure
Superblocks- Full Time
- Senior (5 to 8 years)
Candidates must have at least 3 years of experience building and scaling distributed systems. A deep understanding of infrastructure-layer software systems such as Kubernetes, databases, operating systems, and cloud storage is required. Strong programming skills, a solid foundation in computer science, and a track record of shipping high-quality products are essential. Attention to detail and the ability to identify potential issues are also necessary.
The Software Engineer on the Infrastructure team will build and maintain the infrastructure for serving the legal AI platform at scale. Responsibilities include retrieval over peta-byte scale documents, creating organizational-level interfaces for AI collaboration, managing dedicated GPU capacity across multiple regions, developing 1000-step planning agents for public company processes, ensuring government-level security for sensitive matters, and evaluating LLMs across a comprehensive taxonomy of tasks.
Custom AI solutions for law firms
Harvey.ai builds custom Large Language Models (LLMs) specifically designed for top law firms to help them tackle complex legal challenges. These AI models are tailored to various legal practice areas and jurisdictions, allowing firms to enhance their efficiency and accuracy in legal work. Harvey.ai's technology includes an AI chatbot developed in collaboration with Allen & Overy, which demonstrates how their solutions can streamline operations and reduce manual workloads. The company operates on a business model that combines customization fees for developing these models with ongoing subscription fees for support and updates. Unlike many competitors, Harvey.ai focuses exclusively on the legal sector, ensuring that their products meet the unique needs of elite law firms. The goal of Harvey.ai is to transform the legal industry by providing advanced AI tools that improve decision-making and operational efficiency while maintaining high standards of data security.