A single protocol on one small site
A dedicated tool for that protocol can be simpler. Choose a mixed-protocol platform when the second or third protocol arrives.
An honest look at the usual ways to read a mixed-protocol site, including when IoTServa is not the right choice.
| Question | IoTServa | One Tool per Protocol | In-House Scripts | Cloud-Only IoT Platform | Vendor BMS Add-ons |
|---|---|---|---|---|---|
| All six protocols in one view | Yes | No, one view per tool | Only what you build | Usually needs gateways, often partial | Usually that vendor and a few protocols |
| One tag model across protocols | Yes, names, units, quality | No | Whatever you design | Varies by platform | Within the vendor system only |
| Collects during an internet outage | Yes, with an edge gateway | Depends on the tool | Only if you build it | Often no, depends on a connection | Within the building network |
| Serial and local-only networks | Yes, drivers at the edge | Yes, for its protocol | Yes, if you write the driver | Needs a local gateway | Yes, for its own devices |
| Who maintains the drivers | IoTServa | Each tool vendor | Your team | The platform and gateway vendors | The BMS vendor |
| Control stays optional | Read-only by default per site | Depends on the tool | Whatever you build | Varies | Control is the main purpose |
General descriptions of common approaches, not claims about any named product.
A dedicated tool for that protocol can be simpler. Choose a mixed-protocol platform when the second or third protocol arrives.
In-house development is justified when the logic is your competitive edge. You can still use IoTServa for the data and build on the API.
A cloud-only platform fits devices that already speak its protocol directly. It fits less well when serial and local protocols are involved.
Tell us which protocols are on site. We will scope a pilot that reads your real devices.