AI/LLM · Multi-Cloud
Reka AI
Reka trains and serves its own multimodal encoder–decoder frontier models (Core, Flash, Edge) on custom Kubernetes-based GPU clusters spanning multiple vendors, using PyTorch on large H100/A100 fleets and a separate A10/A100 inference stack.[2][5] Public deployment is via Reka’s own web app and API endpoints (chat.reka.ai, platform.reka.ai, showcase.reka.ai), with an OpenAI-compatible API server for Edge provided through vLLM and Hugging Face artifacts.[2][7][12]
Foundation proximity: Native (own / self-hosted weights)
Foundational models & how they consume them
PrimaryReka Core· Reka (self-hosted frontier model) · Native (own / self-hosted weights)
SecondaryReka Flash· Reka (self-hosted frontier model) · Native (own / self-hosted weights)
TertiaryReka Edge / reka-edge-2603· Reka (self-hosted frontier model; weights also published on Hugging Face) · Native (own / self-hosted weights)
Cloud & datastore
Multi-CloudCompliance
—Similar companies
AI21 LabsAleph AlphaAnthropicCohereContextual AIHugging FaceOthers that build on proprietary / self-built models
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FAQ
Does Reka AI use a foundational AI model?
Reka AI uses Reka Core, Reka Flash, Reka Edge / reka-edge-2603 (Native (own / self-hosted weights)).
What cloud does Reka AI run on?
Reka AI runs on Multi-Cloud.
How close does Reka AI run to the foundational model?
Reka AI is Native (own / self-hosted weights) — close to the metal, so cheaper tokens and more control over outputs.
Sources
reka.ai ↗Also on the map
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Architecture inferred from public sources · confidence medium · verify before betting on a detail.