CLUSTER FAILURES-SIMULATOR-VISUALIZES · 7 ENTRIES · EARLIEST ENTRY 2026-09-25

Distributed queue and scheduler simulators

The cluster comprises interactive, web-based simulators for visualizing distributed-systems resilience, multilevel queue scheduling, and worker job queues with retries and dead-letter recovery. Their dated history is too thin to read a shape from—no pre-index entries exist and three members lack source dates. All three products show zero stars, so none holds a meaningful traction lead.

Entry timeline

ENTRY TIMELINE

AUG 2026: 1SEP 2026: 4OCT 2026: 2
AUG 2026OCT 2026

Members by activity

Activity signals, not revenue.

Build origin · 1 ai-built · 6 unlabelled

Operator · 3 hobby · 4 unlabelled

Two labels per entry, never collapsed into one: how it was built, and who stands behind it. Counted over the 7 listed below. Unlabelled means nothing has decided yet — not that the answer is small.

  1. 01mlq0★12 daysliveWeb-based simulator that demonstrates multilevel queue scheduling policies and displays Gantt charts and per-process metrics.
  2. 02preact-dev-queue-visualizer0★24 dayslivehobbyWeb-based simulator for worker job queues that visualizes concurrency, retries, exponential backoff, failures, and dead-letter recovery.
  3. 03distributed-systems-fault-tutor0★1 mo—hobbyAn interactive teaching environment that lets learners predict invariants before injecting simulated failures in distributed systems.
  4. 04aetherchaos0★5 days—ai-builthobbyInteractive sandbox that visualizes distributed systems resilience by simulating traffic, queueing, backpressure, autoscaling, and circuit breaker failures.
  5. 05React Concurrent Mode Profiler0★unknownliveWeb tool that profiles React applications to visualize concurrent scheduling behavior.
  6. 06Load Balancing0★unknownliveInteractive visualization tool that demonstrates load balancing algorithms by showing how tasks are distributed across servers.
  7. 07SystemGrid — System design flow simulator0★unknownliveVisual simulator that lets users diagram system architecture, simulate traffic flow, and practice for technical system design interviews.