AI Gateway

Claude Code has emerged as a powerful tool for enterprise development teams, enabling rapid application building and agent deployment directly through Claude's interface. However, scaling Claude Code in production environments introduces significant cost challenges. Organizations deploying Claude Code at scale face questions about expense control, request reliability, and

LiteLLM serves a purpose in development environments. It abstracts provider APIs and enables rapid prototyping with minimal configuration. However, as teams scale their AI applications toward production workloads, the architectural limitations of Python-based gateway solutions become critical constraints. Performance overhead, reliability issues, and missing enterprise features create friction that slows

As AI applications scale from proof-of-concept to production workloads, the limitations of traditional LLM gateway solutions become apparent. LiteLLM, built on Python, introduces latency overhead, dependency complexity, and observability challenges that hinder teams trying to move fast. For organizations prioritizing performance and enterprise governance, a different approach is needed. Bifrost

Token costs are the silent budget killer for AI applications in production. Every LLM API call burns through tokens for input context, tool definitions, repeated queries, and suboptimal routing, and the bill compounds fast as you scale. Most teams discover this only after their monthly invoice arrives from OpenAI, Anthropic,

API costs are one of the fastest-growing line items for teams building production AI applications. When an application receives hundreds of thousands of requests per day, a significant portion of those requests are semantically identical or near-identical variations of each other. Without an intelligent caching layer, every one of those

LiteLLM earned its place as the go-to open-source proxy for teams unifying access across multiple LLM providers. Its Python-based SDK translates API schemas from OpenAI, Anthropic, AWS Bedrock, and others into a standardized OpenAI-compatible format, making it a solid starting point for prototyping. But as AI applications have matured from