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    Inference Systems

    Inference designed for production reality

    How FlexAI inference behaves under load. No abstractions. No feature lists.

    Inference Execution
    Choose the deployment model that fits your workload
    Run serverless for simplicity, dedicated for isolation, or shared for cost efficiency.
    Token as a service
    Pay per token
    • Token based execution with no infrastructure management
    • Automatic scaling for bursty or unpredictable traffic
    • Multi tenant GPU scheduling for high efficiency
    • Ideal for APIs, applications, and developer experimentation
    Tip: Start with serverless for speed. Move to dedicated for isolation. Scale shared for cost efficiency.
    Real Time Inference
    Latency bound. User visible.
    Sub 100ms time to first token
    Streaming responses with bounded p95
    Dynamic concurrency with internal micro batching
    Elastic scale without pre provisioned capacity
    Batch Inference
    Throughput bound. Cost optimized.
    95%+ GPU utilization under load
    Lowest cost per token execution
    Multi node parallel processing
    Often asynchronous or scheduled
    Asynchronous Execution
    A batch behavior, not a separate mode. Jobs are queued and results are delivered via callbacks or polling.
    Observed Behavior
    90–180ms
    Sub-100ms P95 Latency
    Latency remains within declared bounds as request volume increases.
    2–5×
    Throughput Under Load
    Dynamic batching increases utilization compared to single-request execution.
    0 → 100s
    Burst Concurrency
    Scale to hundreds of GPUs without pre-provisioning or warm pools.
    $0 idle
    Zero Idle Cost
    Billing follows active inference only. Idle capacity does not accumulate cost.
    Pipelines

    Optimized inference pipelines

    Optimized pipelines for higher bandwidth and faster execution.
    Dynamic auto-scale aligned to real request demand.
    Multi-modal support across LLMs, MoE, NLP, vision, and RAG.
    Compatible with vLLM, TensorRT-LLM, PyTorch, and custom runtimes.
    Inference Sizer

    Reason about scale before deploying

    Estimate latency, throughput, and GPU requirements based on real workload characteristics. This is not pricing. It is physics.

    4
    GPUs needed
    ~120ms
    Est. p95 latency
    1.2k
    Req/s capacity
    Underlying Stack
    vLLMTensorRT-LLMPyTorchHugging FaceFlashAttention-3

    Ready to deploy inference that scales?

    Get to production in minutes, not weeks.