Manufacturing and Distribution IT Services in Georgia
A line stoppage at a manufacturing facility is not a help desk ticket. It is a revenue event — measured in units not produced, shipments not fulfilled, and contracts that inch closer to penalty clauses. Yet most general-purpose managed IT providers hand manufacturers the same SLA built for a 50-person accounting office: 9-to-5 response windows, patch schedules that assume every machine can reboot on demand, and network designs that treat the plant floor the same as the break room.
Century Solutions Group works with light-industrial, manufacturing, and distribution companies across Atlanta, Georgia, and the broader Southeast. Here is what we have learned: plant-floor IT is a different problem than office IT, and it deserves a fundamentally different approach.
Why Plant-Floor IT Is Not Office IT
Modern manufacturing environments run two overlapping technology stacks at the same time.
Operational Technology (OT) is the equipment that makes the product — PLCs, SCADA systems, CNC controllers, conveyor logic, temperature sensors. These systems were engineered for reliability over decades, not for frequent updates. Many run embedded operating systems that are no longer supported by the vendor and absolutely cannot be patched without factory-certified testing that takes weeks.
Information Technology (IT) is the business layer on top — ERP platforms, inventory and warehouse management systems (WMS), shipping integrations, email, and the corporate network that connects a plant in Cartersville to a headquarters in Midtown Atlanta.
The danger is convergence without control. As manufacturers connect OT equipment to IT networks for production monitoring, remote diagnostics, and data analytics, they create pathways that did not exist before. A misconfigured Wi-Fi access point near the loading dock or an unpatched Windows workstation running a machine interface can become an entry point that reaches systems that were never designed to defend themselves.
Generic office IT ignores this entirely. A plant-floor IT strategy has to start here.
Network Segmentation for Production Environments
The foundational move in any manufacturing IT engagement is segmenting the OT network from the IT network — not air-gapping it (which breaks the operational data flow your team depends on), but controlling the boundary with documented rules.
In practice, this means:
- Dedicated VLANs for production equipment, isolating PLCs and machine controllers from general corporate traffic
- Firewall rules that define exactly which IT systems may initiate connections to OT systems, and blocking everything else by default
- Jump servers or secure remote-access gateways for any vendor or technician who needs to reach a machine controller, so that access is logged, time-limited, and auditable
- Monitoring at the boundary to alert when traffic patterns change — because a machine controller that suddenly starts sending data to an external IP at 2 a.m. is not normal
Imagine a mid-size fabrication company with 80 employees running a mix of CNC equipment and a modern ERP. Without segmentation, the corporate network and the machine network are effectively one. Our assessment would identify every device on both sides, map the existing traffic flows, and design a segmented architecture that maintains the operational data the production team needs — while removing the uncontrolled exposure. That assessment alone frequently surfaces surprises: devices nobody knew were still online, vendor remote-access tools left running permanently, and workstations running operating systems that haven’t received a security update in years.
Warehouse and Logistics: Wi-Fi, Scanners, and WMS Uptime
For distribution operations, the conversation shifts from machine controllers to floor coverage and application availability.
A warehouse running RF barcode scanners, voice-directed picking, or automated conveyor controls is entirely dependent on Wi-Fi connectivity. A dead zone near Receiving or a rogue access point that broadcasts on the wrong channel does not just inconvenience a picker — it stops the workflow. Order fulfillment backs up. Shipments miss their windows.
We approach warehouse wireless as an engineering problem, not a consumer networking problem:
- Site surveys before any access point goes on the wall, accounting for racking density, forklift traffic patterns, metal shelving interference, and the movement of people throughout the shift
- AP placement and channel planning that maintains coverage through the physical changes a warehouse floor goes through as inventory levels shift
- Scanner fleet management so that firmware, configuration, and provisioning for handheld devices are centrally controlled rather than handled device-by-device
On the application side, WMS and ERP availability are non-negotiable during operating hours. We configure monitoring that watches the specific services your operations team depends on — not just whether a server is pingable, but whether the WMS application is responding at acceptable speed. When it is not, we know before your team calls.
Backup and Continuity When a Line Stoppage Costs You by the Hour
Standard backup thinking in an office environment tolerates a recovery time objective measured in hours or a day. A manufacturer cannot always afford that.
Consider what a four-hour production stoppage costs: direct labor sitting idle, raw material staged but unused, potentially missed delivery commitments with downstream consequences. Industry benchmarks for SMB-segment manufacturing operations suggest unplanned downtime costs can run $10,000 to $25,000 per day depending on the production value of what is not being built — and that is before factoring in customer relationship impact.
Our continuity planning for manufacturing clients addresses three layers:
- Core IT infrastructure (ERP, file services, email) — recoverable within an RTO that matches the pace of your business, with tested restore procedures, not theoretical ones
- Production-adjacent systems (machine parameter files, quality control databases, recipe libraries for process manufacturers) — often overlooked in standard DR planning but operationally critical
- Vendor dependencies — understanding which of your systems rely on a third-party cloud service, an EDI connection, or a carrier portal, and having a documented response when those external dependencies fail
We conduct tabletop exercises with operations leadership, not just IT staff. The people who know what breaks first when systems go down are on the plant floor, not in the server room.
Shift-Aware Support: Coverage That Matches Your Production Calendar
A 9-to-5 support window is adequate for a business that operates 9-to-5. It is inadequate for a facility running a second shift until 11 p.m. or a three-shift operation that never stops.
When a Wi-Fi controller fails at 7 p.m. and your second-shift supervisor cannot reach the WMS, “we’ll have someone look at it in the morning” is not an acceptable resolution. That is several hours of degraded operations, workarounds, and paper-based picking — which creates its own downstream reconciliation problem the next day.
Century’s support model for manufacturing and distribution clients is structured around your production calendar:
- Extended and after-hours coverage aligned to the shifts you actually run, not a generic 24/7 promise that routes to an overseas tier-1 queue
- Escalation paths that reach engineers — people who know your environment — not just first-level responders reading from scripts
- Documented runbooks for your most critical systems, so that whoever is on call has the specific steps for your environment, not generic troubleshooting trees
We build the coverage model during onboarding, based on your shift schedule, your seasonal peaks (if you have them), and the production windows where downtime is most costly.
How Century Engages a Manufacturing or Distribution Client
Our first 90 days with a new manufacturing or distribution client follow a structured sequence:
Days 1–30: Discovery and documentation. We inventory every device on both the IT and OT networks, document network topology, identify unmanaged or end-of-life systems, and baseline current performance and uptime. Most clients are surprised by what surfaces.
Days 31–60: Segmentation and stability. We implement or refine network segmentation, address the highest-priority vulnerabilities identified in discovery, establish monitoring across production-critical systems, and confirm backup coverage is functioning and tested.
Days 61–90: Support transition and SLA alignment. We finalize the support coverage model around your production schedule, complete onboarding of your team to the support portal and escalation paths, and conduct a 90-day review with operations and IT leadership to confirm alignment.
The goal at 90 days is not just that things are working — it is that your team has confidence in the infrastructure, knows how to reach us when something goes wrong, and is not spending time managing technology instead of running production.
Serving Georgia Manufacturers and Distributors
Century Solutions Group is headquartered in Atlanta and works with manufacturing and distribution companies throughout the Atlanta metro, across Georgia, and in the broader Southeast — including the Charlotte, Nashville, and Birmingham markets. If your operation sits in a Georgia industrial corridor or regional distribution hub, we have the local presence and the operational understanding to support it.
Ready to talk through what a plant-floor IT engagement looks like for your facility? Contact our team for a no-obligation assessment.