Sub-millisecond Orchestration • Apache 2.0 Core

The Event-Driven Workflow Engine Engineered for Sub-Millisecond Scale.

Orchestrate distributed state machines across multi-cloud clusters with zero cold starts and instant replay.

$curl -fsSL https://get.pulseflow.io | bash
4.2 Billion
Events Handled Daily
0.4 ms
Median p99 Latency
99.999%
SLA Availability
0 Cold Starts
WASM Resident Memory
Performance Architecture

Benchmarked Against Industry Standards

Tested on standard AWS c6i.4xlarge compute instances with 100,000 concurrent state executions.

PulseFlow Engine0.4 ms
Traditional Distributed Queue48.2 ms
Serverless Orchestration142.0 ms
Capabilities

Built for Relentless Production Reliability

TT

Time-Travel Debugging

Deterministic event replay allows you to step backward through any failed execution with complete environmental and memory state fidelity.

ZC

Zero-Copy Serialization

Cap'n Proto binary layouts stream directly over RDMA fabrics with zero memory allocations or garbage collection stops.

CR

Cross-Region Consensus

Raft over QUIC maintains continuous state consensus across transatlantic clusters without sacrificing write throughput.

Transparent Pricing

Predictable Cost at Any Scale

MonthlyAnnual (Save 20%)

Developer

For indie hackers and rapid prototypes.

$0 / month
  • • 100,000 events / month
  • • 3 concurrent workflows
  • • 7-day replay history
  • • Community Discord support
Most Popular

Scale

For fast-growing production applications.

$39 / month
  • • 5,000,000 events / month
  • • Unlimited concurrent workflows
  • • 90-day time-travel replay
  • • Cross-region replication
  • • Priority 1-hour SLA support

Enterprise

For mission-critical global infrastructure.

Custom SLA
  • • Unlimited billion+ events
  • • Dedicated VPC deployment
  • • Custom BYOK encryption
  • • 99.999% uptime guarantee
  • • Dedicated 24/7 named SRE
Questions

Frequently Asked Questions

PulseFlow runs state machine evaluation directly inside a lightweight WebAssembly and eBPF kernel layer. Workflows remain memory-resident with deterministic zero-copy serialization, avoiding heavy runtime spin-up costs.

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