Your production data, physically in your plant.
The data-ownership, cost and resilience arguments in full — and a straight account of what on-premises asks of you, and when cloud is genuinely the better answer.
Where your production data lives is an architectural decision with commercial consequences, and it is usually made by default rather than deliberately. Most monitoring platforms are cloud-hosted because that is easier for the vendor. MachineWise runs on a server inside your plant because for an Indian manufacturer the trade-offs point the other way more often than the industry admits.
This page sets out both sides properly. Cloud has genuine advantages, and if they matter more to you, that is a legitimate conclusion.
Data ownership, cost structure, and what happens when the link drops.
Your data never leaves the plant
Cycle times, rejection rates, capacity utilisation and customer job names are commercially sensitive. On-premises means that record is physically inside your building, not on infrastructure you do not control and cannot inspect.
No recurring hosting cost
A server is bought once. Cloud storage is billed forever and grows with machine count and retention. Over a five-year horizon the difference is material, and it is entirely predictable.
Monitoring survives the internet
Shop-floor connectivity in an Indian industrial estate is not reliable. With the server on your LAN, recording, dashboards, TV screens and local alerts continue through an outage. Only remote access and outbound notifications pause.
Stated plainly, because this is where cloud is genuinely easier.
You need a server. Not a rack, not a data centre — a reasonably specified machine that stays powered and on the network. Most plants already have something suitable running Tally or a file share, though we would rather it did not share duties with anything business-critical.
You need somebody to own backups. The platform handles its own data lifecycle, but if the building floods, an on-premises server floods with it. A scheduled backup to a second location — another site, an external drive rotated weekly, or an encrypted cloud copy of the backup only — is a real requirement, not an optional extra.
And you need a network path from machines to that server, which is usually the same requirement any monitoring approach has. What you do not need is an IT department: commissioning is done by us, and day-to-day operation does not require a system administrator.
A server that stays on
Standard hardware, on the plant network, with power protection. We specify it against your machine count during the pilot.
A backup routine
On-premises means on-premises risk. A second copy elsewhere is the mitigation, and it should be tested, not assumed.
Commissioning and support
Installation, configuration, updates and remote diagnostics where you allow a connection. No system administrator required at your end.
Where the other choice is better.
If you run several small sites and want one view without managing anything at any of them, cloud is simpler. If you have no server, no space and no appetite for either, cloud removes a real obstacle. If your plants are geographically scattered and you need group-level analysis more than site-level resilience, cloud does that with less design.
What you accept in exchange is a recurring bill that grows, a dependency on connectivity for basic visibility, and production data resident on somebody else's infrastructure. For plants supplying defence, aerospace or customers with their own data clauses, that last point is often the one that settles it — but it should be settled deliberately, after asking your customers what their contracts actually require, rather than assumed either way.
What on-premises does and does not solve.
On-premises removes the class of risk associated with data transiting to and residing on third-party infrastructure. It does not make a system secure by itself. Role-based access control still matters, because most real incidents in manufacturing software are people seeing what they should not rather than external attacks. Access logging still matters, because audits ask who saw what and when.
Both are built in: permissions are granular by module, machine, cell and plant, and access is logged with user attribution. Where you want a completely isolated deployment with no outbound connection at all, that is supported — it costs you remote support and automatic updates, and for some defence-linked suppliers that is the correct trade.