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Results at a glance

Chat p95 latency

18 ms

Throughput

500 tok/s

TCO savings

72%

Availability

99.9%

Compliance NIS2/GDPR

Benchmark MMLU/HellaSwag

Efficiency 80% GPU Util

Threat Level Zero Exposure

MTTR <5min

Ingress
Gateway
Inference
Vector DB
Feature Store
Observability

Infrastructure

K8s vs Bare-metal

Inference

Triton/ORT vs vLLM

Vector Store

FAISS vs Milvus

GitOps

ArgoCD/Flux

Decisions & Trade-offs

Every sovereign AI deployment requires critical architectural decisions. Here are the key trade-offs we navigate:

Cloud vs On-Premise

Trade convenience for control. On-prem means full data sovereignty but requires infrastructure investment.

Model Size vs Latency

Larger models offer better accuracy but impact response time. Right-sizing is critical for production SLAs.

Batch vs Streaming

Batch processing maximizes throughput; streaming minimizes time-to-first-token. Choose based on user experience requirements.

GPU Utilization vs Cost

Higher GPU utilization reduces TCO but may increase queue times during peak load.

Key KPIs

Production-grade AI infrastructure requires monitoring these critical performance indicators:

Latency

p50: <10 ms/token

p95: <20 ms/token

p99: <35 ms/token

Throughput

Requests/sec: 200+

Tokens/sec: 500+

Concurrent: 50+

Reliability

Uptime: 99.9%

MTTR: <5 min

MTBF: >720 hrs

Efficiency

GPU Util: 80%+

Memory Util: 75%+

TCO vs Cloud: -72%

Real-World Deployments

Production sovereign AI implementations across industries.

Finance

Knowledge assistant for compliance-heavy banking operations

p95: 18ms TCO: -68%
View case study →

Telco

Customer service automation with strict data residency

Uptime: 99.95% 500 req/s
Coming soon

Pharma

Research assistant for FDA-regulated environments

HIPAA Air-gapped
Coming soon