Full side-by-side scores, feature matrix, and verdict.
| Feature | MachineMetrics | Pulsar |
|---|---|---|
| Monitoring & Architecture | ||
| Vibration Monitoring High-frequency vibration data |
✓ Yes | ✓ Yes |
| CNC Protocol Support Native machine protocols |
✓ Yes - Extensive | — — |
| Edge Processing Local data processing |
✓ Yes - Edge Hardware | — — |
| Open API Developer access |
✓ REST & GraphQL | ◑ Public API listed |
| Commercial Terms | ||
| Pricing Cost structure |
◑ Custom/Volume-based | — Not published |
| Hardware Ownership Equipment model |
— SaaS Subscription | — — |
| Installation Who installs |
— — | ◑ Vendor-installed |
| Open API Integration |
✓ REST & GraphQL | ◑ Public API listed |
| Monitoring | ||
| OEE Tracking Overall equipment effectiveness |
— — | ✓ Yes - Core |
| Power Monitoring Current/energy sensing |
— — | ✓ Yes |
| Vibration Monitoring Mechanical vibration analysis |
✓ Yes | ✓ Yes |
| PLC Integration Controller data |
— — | — Bypasses PLC |
MachineMetrics is the right choice for enterprise discrete manufacturers needing deep CNC integration, vibration monitoring, and developer-extensible APIs. Not recommended for cost-sensitive SMBs as a first monitoring tool.
Pulsar is a credible choice for mid-size and large plants that want OEE across mixed and legacy equipment without opening a single controller. Buyers who need predictive maintenance, published pricing or a self-install option should look elsewhere.