Proprietary Platform

EigenPrompt

Multi-objective prompt optimisation for enterprise LLM deployments.
Automatically identify the optimal cost-accuracy trade-offs — without endless manual tuning.


-62% Token cost reduction
+26% Output accuracy improvement
2.4x Faster inference throughput
<10-20 mins Time to first results

Automated prompt
Pareto optimisation

Every LLM deployment involves a trade-off: you can optimise for cost, accuracy, latency, or all three — but they pull in different directions. EigenPrompt maps your full Pareto frontier automatically, so you choose the operating point that matches your business constraints.

Connect your deployment, define your evaluation criteria, and EigenPrompt's optimisation engine does the rest — running thousands of prompt variants, scoring outputs, and surfacing the configurations that beat your current baseline.

  • Works with GPT-4, Claude, Gemini, Llama, and custom models
  • No code changes required — connect via API or SDK
  • Results visible within 1 hour
  • Continuous monitoring and re-optimisation as models update
Optimisation Run · Production Deployment
Cost Reduction vs. Baseline
-85%
Accuracy vs. Baseline
+93%
Latency Improvement
-78%
48 Variants tested
20 mins Run time
6 Pareto configs

Built for enterprise scale

Pareto Frontier Mapping

Automatically generates the complete cost-accuracy-latency trade-off surface for your deployment.

Continuous Optimisation

Re-runs automatically when model versions update or your usage patterns shift significantly.

Enterprise Security

SOC 2 Type II compliant. Full audit logging, RBAC, and private cloud deployment options.

Multi-Model Support

Works across GPT-4, Claude 3.5+, Gemini, Llama 3, Mistral, and custom fine-tuned models.

Cost Analytics

Real-time token cost tracking, forecasting, and spend attribution across teams and projects.

Custom Evaluation Metrics

Define your own success criteria — factual accuracy, tone, format compliance, or business KPIs.

See EigenPrompt
on your data

Test it live with automated LLM prompt optimisation.

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