Here’s a scenario every MSP technician has lived through. You’re troubleshooting a client’s server at 10pm. You pull up the asset record in your documentation platform to check the RAM. It says 16GB. The server says 64GB. The record hasn’t been touched since the original onboarding two years ago.
Documentation drift isn’t a discipline problem — it’s a structural one. Manual updates require someone to remember, have time, and actually do the work. That almost never happens consistently across a fleet of 30, 50, or 200 client devices. The documentation was accurate on day one, and it’s been quietly wrong ever since.
Weavestream has a built-in answer to this: a sync engine that pulls live inventory data from your existing tools directly into your tenant asset records. No scripts. No middleware. No remembering.
Your RMM Already Has the Data — Why Type It Twice?
If you’re running NinjaOne or Action1 to manage client endpoints, you’re sitting on a wealth of current, accurate device data. Hostnames, OS versions, hardware specs, last seen timestamps, warranty dates, assigned users — your RMM knows all of it, and it keeps it updated automatically every time an agent checks in.
Weavestream’s integration drivers tap into that data and project it onto your asset records. Configure an integration once per tenant, map it to the right asset layout, and Weavestream handles the rest — pulling records from your RMM, creating assets that don’t exist yet, and updating the ones that do.
The NinjaOne integration is particularly deep. It handles two device classes separately: agent-managed endpoints (workstations, servers) and NMS-discovered network devices (switches, firewalls, printers, VMs). You can map each class to a different asset layout in Weavestream, so your “Computers” layout gets the full agent-reported detail (OS build, CPU, memory, disk volumes, warranty info), while your “Network Devices” layout gets the lighter NMS-sourced data. If you only care about agent devices, just leave the network resource unconfigured.
The sync engine uses a stable match key — the NinjaOne device UID — so it reliably pairs records across IP changes, MAC changes, and hostname renames. The asset record stays accurate without creating duplicates.
Network Gear Isn’t Left Out
If your clients are running UniFi networks, the UniFi integration brings your controller inventory into Weavestream the same way. Device names, models, firmware versions, management IPs, MAC addresses, sites, and online/offline status all flow in from your UniFi controller and land on the right tenant’s asset records.
This matters because network gear is often the worst-documented part of a client’s environment. It gets installed, it works, and nobody touches it again until something breaks — at which point you need to know exactly what’s there and what firmware it’s running. If that information lives in your controller but not in your documentation, you’re searching two places under pressure.
Cloudflare Zero Trust: Weavestream as the Source of Truth
The Cloudflare Zero Trust Lists integration works a little differently, and it’s worth understanding why. Instead of pulling data into Weavestream, this integration pushes IP lists out to Cloudflare — and keeps them in sync.
The idea is that Weavestream becomes the single source of truth for your Cloudflare Gateway IP lists. You manage entries in Weavestream, and changes are pushed to Cloudflare immediately. A background drift sweep monitors for out-of-band edits on the Cloudflare side — if someone modifies the list directly on the Cloudflare dashboard, Weavestream detects the drift and corrects it automatically.
For MSPs managing Cloudflare Zero Trust policies across clients, this means your IP list management is integrated into the same platform where you track everything else — no more cross-referencing the Cloudflare dashboard with your notes to figure out what’s supposed to be in which list.
How Syncs Actually Work
A few things worth knowing about how the sync engine behaves:
It upserts, not overwrites. Records are created on the first sync and updated on subsequent runs. Weavestream uses the provider’s unique identifier (not the device name, which can change) as the match key to ensure updates land on the right asset record.
It doesn’t auto-delete. If a device disappears from your RMM — because it was decommissioned, wiped, or just went offline — Weavestream doesn’t delete the asset record. It flags it as stale instead. You keep the history, and the deletion is a deliberate manual step. This matters for compliance and for those moments when you need to know what a decommissioned machine looked like.
Every sync run is audited. Sync activity and field changes go into the audit log, so you have a record of what changed, when, and what the values were before and after.
Scheduling is flexible. Syncs can run on demand (useful for spot-checking after a change) or on a schedule via background sync.
The Bigger Picture
The problem with manually maintained documentation isn’t that people are lazy — it’s that manual updates compete with everything else in the queue, and documentation always loses. An integration that syncs automatically doesn’t just save time; it changes the reliability characteristics of your documentation entirely.
When a technician opens an asset record and sees hardware specs, OS version, and last seen timestamp, they can trust it. That trust is worth more than the time the sync saves.
If you’re running NinjaOne, Action1, or UniFi and your documentation isn’t already pulling from them, setting up a Weavestream integration takes about ten minutes. Give it a try — and enjoy documentation that stays true without anyone having to remember to update it.