The unified IoT cloud platform: from zero-config sensor mocking (Node.js) and blazing-fast Rust load testing (MQTT Sniper) to production-grade industrial ingestion, device shadows, and real-time LINE/Slack alerting (Pulse Sentinel).
Design scenarios with open-source SensorLab, benchmark brokers with ultra-fast Rust Sniper, and orchestrate industrial ingestion with Pulse Sentinel.
mqtt-mock-sensor (Node.js)
Synthetic telemetry & visual fleet designer. Generate complex multi-tenant MQTT payloads with waveform generators, random walks, and live JSON inspector.
npx mqtt-mock-sensormqtt-sniper (Tokio Mesh)
High-throughput Rust load testing engine. Generates 1,000,000+ concurrent sockets with microsecond HDR histogram latency metrics and CI/CD SLA gates.
sentinel-iot-platform (Closed Source)
Industrial ingestion engine (1,000+ req/s), Digital Twin Device Shadows, and real-time Multi-Channel Alert Dispatcher to LINE, Telegram, and Slack.
Switch between the 3 synergistic engines below: generate telemetry with SensorLab, stress-test with Rust Sniper, or verify ingestion and live alert dispatching with Sentinel.
{deviceId}, {orgId}// Initializing real-time telemetry stream...Built for enterprise reliability. From local CLI mock testing to a 1M+ Rust socket injector mesh and industrial ingestion with Pulse Sentinel.
Single-node mock telemetry & Rust load micro-benchmarks on developer workstations
pulseiot-cloud.com
Visual fleet orchestrator, chaos scenario designer & AES-256 encrypted mTLS credential vault
100k - 1,000,000+ Sockets
Distributed Kubernetes worker pods with Tokio async I/O, microsecond HDR latency, and CI/CD gates
Spring Boot 3.2 + TimescaleDB
Industrial ingestion (1,000+ req/s), Device Shadows & multi-channel alerts (LINE, Telegram, Slack) + AWS/EMQX
Pulse Sniper avoids client-side TCP socket exhaustion by distributing asynchronous Tokio workers across auto-scaling Kubernetes nodes, reaching 1M+ active connections.
End-to-end mutual TLS with AES-256 encrypted credential vaults. Private keys are securely handled in-memory and never written to disk, ensuring SOC2 & ISO27001 compliance.
Captures high dynamic range (HDR) latency percentiles without coordinated omission, and bridges anomaly spikes immediately into LINE, Telegram, and Slack channels.
Engineered for mission-critical IoT verification, distributed load injection, and industrial-grade telemetry ingestion.
Spawns independent TCP/TLS client sockets distributed across auto-scaling Kubernetes worker pods. Test broker limits without client-side CPU bottlenecks or memory leaks.
Simulate latency jitter, abrupt TCP resets, corrupted packets, out-of-order QoS deliveries, and schema drift. Validate Dead Letter Queue (DLQ) routing and alert escalations.
Sentinel Device Shadows and Digital Twins. High-throughput ingestion (1,000+ req/s) with sub-second bi-directional desired/reported state synchronization into TimescaleDB.
Instant incident dispatch to LINE Messaging API, Telegram bots, and Slack webhooks with automated escalation, deduplication, and rich payload context within 42ms.
Mutual TLS credential vault with AES-256 encryption at rest. Manage Root CAs, client certificates, and private keys with zero disk persistence and strictly scoped RBAC.
Run our lightweight container agent inside private enterprise AWS/Azure VPCs or air-gapped factory networks. Stress-test internal brokers behind corporate firewalls safely.
From open-source developers prototyping on local terminals to enterprise organizations running mission-critical IoT ingestion clusters.
mqtt-mock-sensor + mqtt-sniper
For individual developers running local tests.
npx mqtt-mock-sensorcargo install mqtt-sniperFor IoT engineers & QA teams validating cloud pipelines.
For fast-growing IoT platforms and system integrators.
For mission-critical EV fleets, utilities & smart cities.
Need an independent, certified audit of your enterprise MQTT broker infrastructure? Our core engineering team runs comprehensive load profiling, microsecond HDR latency assessments, failover resilience tests, and architecture stress reports.
We are committed to keeping the core developer tools free and open-source forever under permissive licenses. Sponsoring helps fund distributed infrastructure and ongoing open-source benchmarks.