grok-build vs New API
Side-by-side comparison · Updated October 2026
| Description | grok-build is an open-source AI tool for builders who want a focused technical component instead of another closed dashboard. The public GitHub repository is maintained by xai-org and describes the project as: SpaceXAI's coding agent harness and TUI. Fullscreen, mouse interactive, extensible.. At review time the repository showed 13092 GitHub stars, 2351 forks, and a latest visible push date of 2026-07-16. Those signals do not prove production readiness by themselves, but they give buyers and builders a clear starting point for judging activity, community interest, and fit. The strongest reason to evaluate grok-build is the job it targets. Based on the repository description and README context, the tool supports captures local work activity for searchable ai-assisted workflows; provides a terminal interface for coding-agent workflows; runs lightweight agent workflows across tools, chats, and automation; connects with model context protocol workflows or server ecosystems; open-source repository with public code and issue tracking. This is the kind of project that belongs in a developer workflow: you read the README, test it in a sandbox, connect the model or agent stack you already use, then decide whether it is stable enough for repeated internal work. It is not positioned here as a managed enterprise platform, and the official repository should remain the source users check before installing or updating it. For practical use, grok-build fits AI builders, solo developers, and engineering teams experimenting with coding agents, local agent loops, AI observability, registry services, activity capture, safety layers, routing infrastructure, or knowledge-heavy project analysis. A team can use it to reduce manual glue work around an existing AI setup, test an agent workflow with less custom code, or add a missing operating layer around automated behavior. Because the implementation is visible, developers can inspect the code path, review issues, fork the project, and decide exactly what should run in their environment. Pricing is simple at the repository level: access to the code is free under Apache License 2.0. That does not mean every deployment is cost-free. Users may still pay for model API calls, local hardware, cloud compute, browser sessions, storage, analytics events, messaging accounts, or other services they connect to the tool. The upside is that the spend is explicit and usually controlled by the user rather than hidden inside a bundled subscription. Teams should budget for the surrounding infrastructure before treating the repository as a zero-cost production system. The adoption risk is the normal risk of fast-moving open-source software. Documentation can lag, APIs can change, and issue resolution depends on maintainer capacity. Before relying on grok-build, check the current README, releases, license, open issues, and commit history. If the project matches your stack and the maintenance signals look healthy, it is a useful candidate for experiments and internal AI workflow development. If you need guaranteed uptime, formal support, procurement paperwork, or compliance commitments, use it as a technical building block and validate it carefully before broader rollout. OpenTools lists grok-build as a tool rather than a model because the durable entity is the software project and workflow it provides. The relevant decision for readers is not whether it has a benchmark score; it is whether the repository solves a concrete builder problem, connects cleanly to their AI tools, and saves enough engineering time to justify setup and maintenance. | New API is a self-hosted AI gateway and model-management project maintained in the QuantumNous repository. It brings provider channels, access tokens, model restrictions, usage statistics and cost accounting into one interface. Teams supply their own authorized model-provider access and operate the gateway in their chosen environment. The gateway supports several API formats, including OpenAI-compatible requests, Claude Messages and Google Gemini. Compatibility has boundaries: the README marks Gemini-to-OpenAI conversion as text-only without function calling, and OpenAI-compatible to Responses conversion as in development. Test the exact endpoints, streaming behavior and tool calls your application uses before switching traffic. Routing features include weighted channel selection, automatic retry after failures and user-level model rate limits. The dashboard supports request-based, usage-based and cache-hit cost accounting, with token grouping and model-access controls. These controls can help organize usage, but retries and a common API format do not guarantee uninterrupted service or identical behavior across providers. The current repository license is AGPLv3. Docker Compose is the recommended quick-start path in the README, which also documents Docker commands with SQLite or MySQL. Running the software still involves infrastructure, operations and upstream model charges. Review the current license, secure your deployment and validate accounting against provider bills. Compare LiteLLM if you also want a Python SDK or a documented gateway for MCP servers and agents. |
| Category | Developer Tools | Developer Tools |
| Rating | No reviews | No reviews |
| Pricing | Free | Open Source |
| Starting Price | Free | N/A |
| Plans |
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| Tags | ai-toolsopen-sourcedeveloper-toolsgithubai-workflows | AI gatewayLLM routingmodel managementrate limitingusage accounting |
| Features | ||
| Captures local work activity for searchable AI-assisted workflows | ||
| Provides a terminal interface for coding-agent workflows | ||
| Runs lightweight agent workflows across tools, chats, and automation | ||
| Connects with Model Context Protocol workflows or server ecosystems | ||
| Open-source repository with public code and issue tracking | ||
| GitHub-based setup and documentation for technical users | ||
| Builder-focused utility for AI workflow experimentation | ||
| Self-hosted AI gateway and model management | ||
| Provider channels, token groups and model restrictions | ||
| OpenAI-compatible, Claude Messages and Gemini format support | ||
| Documented limits on protocol conversion | ||
| Weighted channel selection and failure retries | ||
| User-level model rate limiting | ||
| Request, usage and cache-hit cost accounting | ||
| Docker Compose deployment documentation | ||
| View grok-build | View New API | |
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