
Conifer
Conifer
Charles Muehlberger published a white paper on elastic kernel scheduling for edge robotics before turning to local AI performance. Akachukwu Egbosimba, a Princeton engineer from Lagos pursuing Physics and ECE research at Princeton
Charles Muehlberger published a white paper on elastic kernel scheduling for edge robotics before turning to local AI performance. Akachukwu Egbosimba, a Princeton engineer from Lagos pursuing Physics and ECE research at Princeton
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Meet
Charles & Akachukwu
Charles & Akachukwu

Performance for Local AI.
Performance for Local AI.
We believe the intelligence singularity is already here, just in pieces. Every new model, provider, and harness arrives with its own keys, its own billing, and its own setup, and your code knows about none of it. Holding it together lands on whoever is trying to get work done.
Conifer is the inference gateway: many models, many providers, and many machines on one side, one OpenAI- or Anthropic-compatible endpoint on the other. Routing decides where each request runs: the cheapest path, the fastest response, or never leaving your machine.
We believe the intelligence singularity is already here, just in pieces. Every new model, provider, and harness arrives with its own keys, its own billing, and its own setup, and your code knows about none of it. Holding it together lands on whoever is trying to get work done.
Conifer is the inference gateway: many models, many providers, and many machines on one side, one OpenAI- or Anthropic-compatible endpoint on the other. Routing decides where each request runs: the cheapest path, the fastest response, or never leaving your machine.