COGNIWARE INFERENCE PLATFORM

Get more production inference from every GPU.

The Cogniware Inference Platform gives enterprise AI teams one control plane to govern, route, secure, measure, and optimize inference across models, inference engines, and GPU fleets – while preserving engine-native execution. Improve SLO-compliant goodput, throughput, time to first token, and end-to-end latency.

Cogniware versus vLLM Oracle benchmark

INTELLIGENT CONTROL AND OPTIMIZATION. SUPERIOR PERFORMANCE.

One inference control plane for enterprise AI ops.

Cogniware sits between enterprise AI applications and your chosen compute architecture. It provides a consistent control layer for routing, policy, security, reliability, observability, and performance optimization.


Cogniware position overview
Cogniware position overview

MORE USABLE INFERENCE

More output from the infrastructure you already have.

Inference efficiency is not just a throughput number. What matters is how much useful work the system completes inside the latency, reliability, and quality targets your applications require.

Higher SLO-compliant goodput

Complete more inference work while staying inside the service levels your applications need.

Higher SLO-compliant goodput

Complete more inference work while staying inside the service levels your applications need.

Better GPU utilization

Reduce wasted capacity and improve the economics of serving AI workloads at scale.

Better GPU utilization

Reduce wasted capacity and improve the economics of serving AI workloads at scale.

Less redundant prefill work

Reduce repeated compute for eligible workloads and make better use of available memory and processing capacity.

Less redundant prefill work

Reduce repeated compute for eligible workloads and make better use of available memory and processing capacity.

Safer production rollout

Introduce performance changes with bounded scope, clear evidence, and an immediate rollback path.

Safer production rollout

Introduce performance changes with bounded scope, clear evidence, and an immediate rollback path.

Faster diagnosis and recovery

Use operational telemetry and visible fallback behavior to understand problems and recover faster.

Faster diagnosis and recovery

Use operational telemetry and visible fallback behavior to understand problems and recover faster.

Artificial Analysis benchmark cover comparing Cogniware Inference to vLLM
Artificial Analysis benchmark cover comparing Cogniware Inference to vLLM

INDEPENDENT PERFORMANCE TESTING

See how Cogniware performs at scale.

Independent benchmarking from Artificial Analysis shows that Cogniware not only enables higher peak throughput than vLLM, but also higher sustained throughput with low median time to first token, higher response-rate stability, and better behavior when systems are pushed toward real scale.

PERFORMANCE OPTIMIZATION

Optimized performance for your unique AI workloads.

Cogniware’s patent-pending performance modules improve goodput, throughput, time to first token, and end-to-end latency through intelligent routing, memory and cache management, compression, and engine-aware optimization.

Higher overall token throughput

Higher overall token throughput

Less latency, measured in time to first token

Less latency, measured in time to first token

Improved stability at high concurrency

Improved stability at high concurrency

Equal or better output quality

Equal or better output quality

BUILT FOR PRODUCTION OPERATIONS

The enterprise control plane for AI ops.

Cogniware pairs performance optimization with the controls enterprise teams need to run inference as a production service.

Cogniware governed operations interface

Security and guardrails

Authentication, RBAC, tenant isolation, model access policy, rate limiting, SSRF protection, safe redaction, and runtime guardrail integration.

Security and guardrails

Authentication, RBAC, tenant isolation, model access policy, rate limiting, SSRF protection, safe redaction, and runtime guardrail integration.

Reliability

Timeouts, circuit breakers, bounded retries, backpressure, graceful degradation, draining, shutdown handling, and visible fallback behavior.

Reliability

Timeouts, circuit breakers, bounded retries, backpressure, graceful degradation, draining, shutdown handling, and visible fallback behavior.

Observability

Metrics, traces, safe logs, SLO signals, GPU and KV telemetry, incident summaries, and operational dashboards with bounded cardinality.

Observability

Metrics, traces, safe logs, SLO signals, GPU and KV telemetry, incident summaries, and operational dashboards with bounded cardinality.

Admin and operations

Privileged controls, read-only operational views, typed configuration, feature lifecycle, audit trails, deployment validation, and rollback.

Admin and operations

Privileged controls, read-only operational views, typed configuration, feature lifecycle, audit trails, deployment validation, and rollback.

FIT THE STACK YOU HAVE

Model, hardware, and deployment choice—without platform lock-in.

CHOOSE YOUR MODEL

Run any open weight model—or bring your own.

Fine-tune and govern the models your business needs.

META

MISTRAL

OPENAI

QWEN

DEEPSEEK

RUN ON ANY HARDWARE

Use the compute architecture that fits your workload.

Cogniware enables compute platform independence across CUDA, x86, x64, Stream, and Tensor Core processors.

NVIDIA

INTEL

AMD

QUALCOMM

Deploy anywhere.

On-premises

Containerized or Kubernetes deployment on customer infrastructure with private networking, data residency, enterprise security boundaries, and local operations.

On-premises

Containerized or Kubernetes deployment on customer infrastructure with private networking, data residency, enterprise security boundaries, and local operations.

Public cloud

Managed or self-managed Kubernetes, elastic capacity, high-performance GPU instances, VPC isolation, encrypted connectivity, and centralized observability.

Public cloud

Managed or self-managed Kubernetes, elastic capacity, high-performance GPU instances, VPC isolation, encrypted connectivity, and centralized observability.

Hybrid

A single control plane across environments with policy-based placement, secure data flow, unified governance, and end-to-end visibility.

Hybrid

A single control plane across environments with policy-based placement, secure data flow, unified governance, and end-to-end visibility.

ENTERPRISE USE CASES

A consistent inference layer across your production workloads .

Chat assistants

Chat assistants

RAG and knowledge assistants

RAG and knowledge assistants

Document summarization

Document summarization

Code generation

Code generation

AI agents

AI agents

Audio or video analysis

Audio or video analysis

EVIDENCE-GATED ROLLOUT

Deploy higher performance inference with confidence.

Advanced Cogniware features can be disabled, run in shadow mode, introduced to a bounded canary population, and promoted only after performance and SLO evidence supports the change.

01

OFF

Disabled. No end-user impact.

02

SHADOW

Observe decisions without changing outcomes.

03

CANARY

Use a bounded rollout with explicit scope and gates.

04

ENFORCE

Broaden activation after evidence and SLO review.

05

ROLLBACK

Use a kill switch and safe fallback when needed.

ROLLBACK REMAINS AVAILABLE AT EVERY ACTIVE STAGE

BENCHMARK FIRST

Guaranteed performance benefits out of the gate.

Before we go live, we measure performance against your existing infrastructure and prove the benefit.

01

Baseline

Establish the baseline performance of your existing inference environment.

02

Activate platform

Deploy Cogniware with safe defaults, integrations, and matched configuration.

03

Validate metrics

Compare goodput, TTFT, latency, success, quality, and cost against baseline.

04

Promote with evidence

Broaden rollout only after performance, SLO, quality, and rollback gates pass.

READY TO TEST IT?

See what your inference stack can do with Cogniware in front of it.

Start with the workloads, models, engines, and hardware that matter to you. Establish the baseline, measure the change, and broaden deployment only when the results justify it.