All work

Rebuilding the economics of multi-agent infrastructure.

A cost-aware orchestration layer that avoids redundant model calls and removes blocking work from the request path.

2.4×reported concurrent user capacity

The challenge

Repeated analysis, synchronous calls and uncoordinated retries made an expanding multi-agent platform expensive and difficult to scale.

The intervention

Engineers combined distributed caching, request deduplication and asynchronous task coordination. Containerized compute and cost instrumentation supported operation of the rebuilt platform.

How the layers connect

Simplified architecture based on the published implementation.

  1. 01Incoming requests
  2. 02Redis deduplication
  3. 03Inngest orchestration
  4. 04Google Cloud Run agents
  5. 05Cost & latency observability
RedisInngestGoogle Cloud RunAzure Cache for Redis

What changed

  • The publisher reports 2.4× concurrent user capacity and 48% lower user-facing latency.
  • Cost visibility was added per user, feature and environment, with dashboards for cache efficiency, deduplication and budget monitoring.
Model selection is only one part of AI economics. Avoiding duplicate work and separating task acceptance from execution can change the operating model of the whole platform.

Source & context

Capacity and latency results are reported by Fast Forward Deploy. Photography illustrates enterprise infrastructure and does not depict the client environment.

Read the published source: Fast Forward Deploy: Token Cost Optimization