Skip to main content

The Challenge

Scaling LLM deployments requires sophisticated techniques beyond simple horizontal scaling. GPU partitioning, distributed inference, batching optimization, and capacity planning are critical for cost-effective scaling while maintaining latency SLOs. Traditional scaling approaches don't account for LLM-specific constraints.

Our Solution

We implemented a comprehensive scaling solution with GPU partitioning for multi-tenancy, distributed inference using tensor and pipeline parallelism, dynamic batching optimization, and data-driven capacity planning. The system includes SLO budget management and automated scaling based on demand patterns.

Results

Achieved 3x throughput improvement, reduced cost per query by 45%, and maintained 99.9% latency SLO compliance even during peak demand periods.

3x
Throughput Improvement
45%
Cost Per Query Reduction
99.9%
Latency Slo Compliance
85% average
Gpu Utilization
60% improvement
Capacity Efficiency

Measurement Period: 6 months post-deployment

Methodology: Performance metrics tracking and cost analysis

Time-to-Value

Total Duration: 7 weeks

  • Kickoff: Week 1
  • Architecture Review:
  • Build Complete:
  • Pilot Deployment:
  • Production Rollout: Week 7

Architecture & Scope

Components Deployed

  • GPU partitioning system
  • Distributed inference engine
  • Tensor parallelism implementation
  • Pipeline parallelism setup
  • Dynamic batching optimizer
  • Capacity planning system
  • SLO budget manager

Integration Points

  • Kubernetes GPU operators
  • Model serving frameworks (vLLM/TGI)
  • Monitoring systems
  • Autoscaling controllers
Architecture Diagram

Risk & Controls Implemented

Audit Trails

Complete scaling decision logging and capacity planning records

Permission Models

RBAC for scaling configuration and capacity changes

Evaluation Harnesses

Automated performance testing and SLO validation

Compliance Controls

Scaling controls aligned with operational requirements

Artifacts

Screenshots

Sample Outputs

Scaling architecture diagrams and performance analysis reports

Featured in

Advanced Large Language Model Operations

Springer Nature, March 2026

Chapter: Chapter 6: Scaling Up LLM Deployments

Interested in Similar Results?

Let's discuss how we can help your organization achieve similar outcomes.