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Private 5G Orchestration

One control plane for your entire private 5G estate

Signalweft orchestrates spectrum, coverage, and SLAs across factory floors and logistics yards — replacing the per-vendor sprawl with a single operational interface your RF team can actually own.

Abstract industrial campus network topology with signal coverage arcs and connected nodes on dark background
The Problem

Industrial private 5G is powerful. Managing it is not.

Three friction points your ops team hits on every campus deployment.

Per-vendor silos

Each 5G vendor ships a separate NMS. Your RF team logs into three dashboards to understand one campus — and none of them agree on cell load.

Coverage blind spots

No unified SINR view across all cells means interference goes undetected until an AGV convoy stops mid-aisle and your shift supervisor calls the helpdesk.

SLA enforcement gap

Without centralized policy, you cannot guarantee 99.9% uptime for AMR control channels vs. best-effort data traffic. Every packet competes equally.

The Platform

Three pillars. One control plane.

Signalweft replaces per-vendor NMS fragments with a unified orchestration layer built for mixed-vendor industrial deployments.

Coverage Planning

Import your facility floor plan, set ceiling height and material profiles, place cells in simulation. See the heat map before a single antenna goes up.

Interference Management

Real-time SINR monitoring per device class. Automatic cell rebalance when adjacent cells drift. Alert escalation before your SLA window closes.

SLA Enforcement

Per-flow QoS policy tied to device class. AGV control channels get guaranteed bandwidth. Everything else is rate-shaped — not throttled out of existence.

SLA: AGV Priority ASSEMBLY SLA: Forklift 8ms YARD SLA: Best-Effort OFFICE POLICY ENGINE
How It Works

From RAN adapter to SLA report in four steps

1

Ingest

Connect Signalweft to your RAN vendor via ONAP/O-RAN R1 interface or our pre-built adapters for Celona, Ericsson, and Nokia DAC. Multi-vendor supported from day one.

2

Map

Generate a coverage model from your campus floor plan and cell placement data. Predictive RF heat maps identify dead zones before physical installation begins.

3

Policy

Assign SLA classes per device group — AGVs get guaranteed bandwidth, sensor polling gets scheduled slots, tablets get best-effort. Policy lives in one YAML-like editor.

4

Monitor

Continuous SINR, packet loss, and latency per device class. Threshold alerts escalate to Slack, email, or webhook before your SLA window closes.

From the Field

What operators say after consolidating to a single plane

"We replaced three NMS dashboards with Signalweft in a single afternoon. Our RF team now has one place to see the whole campus — and the first week we caught a coverage hole that had been generating mystery ticket noise for months."

Head of Operational Technology Mid-size auto-parts manufacturer, Midwest

"Coverage planning used to mean guessing — we'd install antennas, find the gaps, call the integrator back, wait three weeks. Now we run predictive heat maps before a single antenna goes up. Our last deployment came in on schedule for the first time."

Network Infrastructure Lead Regional distribution center operator

Ready to unify your private 5G operation?

Talk to an engineer about your campus deployment. We'll walk through your current architecture and show you where Signalweft fits.