In active development — Waitlist open

Build AI products,
not infrastructure.

On-demand GPU clusters, serverless inference, and full-stack observability — from one API.

<60s

To first GPU

<10ms

Global p99 TTFT

Global

Edge coverage

Platform capabilities

Everything you need to run AI at scale.

CogniCloud provides the full stack of infrastructure primitives your AI applications need — from raw compute to production-grade serving.

Compute

High-Performance GPU Clusters

NVIDIA's latest datacenter GPUs connected via NVLink at 3.35 TB/s chip-to-chip bandwidth. Up to 80 GB HBM2e VRAM per accelerator, multi-node topologies on request.

Inference

Serverless Model Serving

Deploy any open-source LLM — Llama 3, Mistral, Qwen — with a single API call. OpenAI-compatible endpoints, auto-scales to zero, bursts to thousands of replicas in milliseconds.

Caching

Neural KV-Cache Layer

Hierarchical key-value cache for transformer attention. Reuse identical prompt prefixes across requests, slashing compute costs by up to 80% on chatbot-style workloads.

Network

Global Edge Fabric

Globally distributed points of presence. Anycast routing ensures user requests hit the nearest available GPU cluster, delivering sub-10 ms time-to-first-token worldwide.

Observability

Real-Time GPU Telemetry

Per-request GPU utilisation, token throughput, latency percentiles, and cost attribution streamed live. OpenTelemetry-compatible — plug straight into Grafana, Datadog, or your own stack.

DevOps

Infrastructure as Code

Define your entire AI stack in a single YAML manifest. GitOps-friendly: every deployment is versioned, diffable, and rollback-safe. Terraform and Pulumi providers coming soon.

<10ms

p99 inference latency

time-to-first-token

99.99%

uptime SLA

contractually guaranteed

Global

edge coverage

multi-region

3.35 TB/s

NVLink bandwidth

per 8-GPU node

How it works

From model to production in minutes.

01

Deploy your model

Push model weights from Hugging Face, S3, or a private registry. CogniCloud auto-detects the architecture, provisions the right GPU SKU, and builds a containerised serving environment — no Dockerfile required.

cogni deploy \
  --model meta-llama/Llama-3-70b-instruct \
  --gpu high-perf --replicas 2
02

Define your scaling policy

Set a concurrency target or a latency SLO. CogniCloud's scheduler monitors live traffic and provisions or releases GPU capacity in real-time, with cold-start times under 2 seconds.

scaling:
  metric: concurrency
  target: 10
  min_replicas: 0
  max_replicas: 100
03

Observe everything

Every token generated, every GPU cycle consumed, and every millisecond of latency flows into your observability stack via OpenTelemetry. Native integrations for Grafana, Datadog, and Prometheus.

GET /v1/metrics/inference
{
  "p50_ttft_ms": 4.2,
  "p99_ttft_ms": 8.9,
  "tokens_per_second": 1840,
  "gpu_utilisation": 0.94
}
Built for every AI workload

One platform, every use case.

From research prototypes to production workloads serving millions of users — CogniCloud scales with you at every stage.

Training
3.5× fastervs single-node

Large-Model Training

Fine-tune Llama 3, Mistral, or custom transformer architectures on multi-node GPU clusters. Gradient checkpointing, mixed precision, and distributed strategies managed automatically.

8× GPUNVLinkFSDPDDP
Inference
10,000+ TPSper deployment

High-Throughput APIs

Serve any open-source or custom model via OpenAI-compatible REST and streaming endpoints. Continuous batching, speculative decoding, and tensor parallelism built-in.

vLLMTensorRT-LLMStreamingBatching
RAG
<1msvector retrieval

Retrieval-Augmented Generation

Build production RAG pipelines with embedded vector search, hybrid BM25 + dense retrieval, and sub-millisecond nearest-neighbour lookup at billion-vector scale.

HNSWHybrid SearchRerankingChunking
Batch
80% cheapervs on-demand

Offline Batch Inference

Process millions of records cost-effectively with GPU batch jobs. Automatic checkpointing, spot-instance fallback, and per-token cost tracking for tight budget control.

Spot InstancesCheckpointingAuto-retryCost caps
Product roadmap

What's coming next.

CogniCloud is in active development. We're a new company building something ambitious — here's our honest roadmap. No pricing yet; we'll work with each team to find the right fit.

Building in public — join the waitlist to influence the roadmap

CogniCloud Compute

Building

On-demand high-performance GPU clusters with NVLink, provisioned in under 60 seconds. Supports single-node and multi-node distributed workloads.

Multi-GPUNVLinkMulti-node
Q4 2026

Inference Gateway

Building

OpenAI-compatible endpoints for any open-source LLM. Continuous batching, speculative decoding, and auto-scaling to zero included out of the box.

OpenAI APIvLLMStreamingAuto-scale
Q4 2026

Neural Vector Store

Building

High-performance vector database built for billion-scale embedding retrieval. Hybrid BM25 + dense search, HNSW indexing, and real-time upserts.

HNSWHybrid SearchBillion-scaleReal-time
Q1 2027

Model Registry

Building

Versioned artifact storage for model weights, configs, and evaluation results. Git-style lineage tracking, diff views, and one-click promotion to serving.

VersioningLineageS3-compatibleDiffs
Q1 2027

MLOps Pipeline

Planned

End-to-end training orchestration with experiment tracking, hyperparameter optimisation, and automated evaluation gates before production promotion.

ExperimentsHPOEval gatesOrchestration
Q2 2027

Multi-Cloud Bridge

Planned

Unified control plane across AWS, GCP, and Azure GPU capacity. Intelligent workload placement based on real-time spot pricing and availability.

AWSGCPAzureSpot pricing
Q3 2027
Platform in development

Be first to
shape the future.

CogniCloud is in active development. Join the waitlist to get early access and stay updated on our roadmap. No pricing yet — we'll work with each team to find the right fit.

No spam. No pricing pitches. We reach out personally to discuss your use case.

GPU Compute
Inference APIs
Vector Search
Observability