Normalized claim
Infrastructure cost reduction: 87.5% decrease
up to 87.5% infrastructure cost reduction on AI pipelines
Mediacorp needed accurate, cost-efficient automation for large-scale generative AI and multimodal metadata enrichment across millions of media assets. It also wanted better visibility into AI model performance, token cost, accuracy, and incident debugging. Mediacorp worked with SoftwareOne to build an observability layer for AI workloads on AWS, extending Amazon CloudWatch to track model accuracy, token consumption, latency, and cost. The solution used AWS Lambda, Amazon ECS, and Amazon Bedrock model selection and routing using CloudWatch metrics.
Reported outcomes
+99%
issue resolution time improvementTime & speed
Strategic outcomes
Catalog median for time & speed deployments: +60% across 143 reported metrics. Compare benchmarks →
Normalized claim
Infrastructure cost reduction: 87.5% decrease
up to 87.5% infrastructure cost reduction on AI pipelines
Normalized claim
System uptime: 99%
system uptime of 99%
Normalized claim
AI accuracy gain: 0.8-0.9% increase
10.5% AI accuracy gain (F1 on NER workflow improved from 0.80 to 0.886)
Normalized claim
Token costs reduction: 55%
token costs down 55% via intelligent model routing
Normalized claim
Issue resolution time improvement: 99% increase
~99% improvement in issue resolution time (30 hours to minutes)
No explicit deployment-stage evidence found.
Primary read
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An observability layer for AI workloads on AWS extended Amazon CloudWatch to monitor model accuracy, token consumption, latency, and cost, while AWS Lambda and Amazon ECS supported the workflow and Amazon Bedrock model selection/routing was driven by CloudWatch metrics.
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