Reindustrialization is sparking new investments in North American production capacity as companies rebalance where they build products.
In discrete manufacturing specifically, Market Reports World says that 62% of manufacturers are reshoring or nearshoring their operations to mitigate global risks, optimize logistics and strengthen supply chain resilience: a clear signal that this reindustrialization wave is taking hold.
Within that wave are many global companies that are building their first large-scale U.S. discrete facilities. To capitalize on the opportunity, it’s essential for them to get technology design and infrastructure decisions right the first time so plants ramp up faster and returns are realized sooner.
If your organization is actively investing in new U.S. discrete capacity, this advice is for you. Here, we’re sharing the strategies and considerations we walk through with manufacturers to ensure success as they kick off their reindustrialization programs.
Our goal is to help you avoid common pitfalls as you build a facility that’s ready for today’s requirements and tomorrow’s demands.
Network and data planning can’t be an afterthought
To keep risks in check, it’s important to make decisions about things like utilities and production lines early. This creates a clear framework for everyone involved, which reduces late redesigns and keeps construction from drifting off course.
But as you work through these early choices, there’s another layer you should factor in: OT network architecture and data infrastructure.
From the earliest stages of design, network and data infrastructure choices directly influence construction costs and long-term operating efficiency.
If these foundational elements are something you plan to “add on” later, then you won’t get the performance you’re after. Instead, you’ll face higher costs, more rework and frustrating constraints down the road as you try to find ways to support the technology you’re using, whether it involves AMRs and AGVs or vision systems.
It’s also important to remember that the automation you’re using today isn’t the automation you’ll use tomorrow. Needs will only intensify as data density rises and electrification advances.
To meet escalating demands, new discrete facilities must be designed around a resilient, scalable OT network from the start. Network and data infrastructure should be discussed well before concrete is poured and lines are fixed. Once layouts, utilities and equipment locations are set, it’s much harder (and much more expensive) to build the reliability and security you need.
Early infrastructure decisions and how to get them right
The choices you make about network and data infrastructure at the start of your reindustrialization project will shape everything that comes after.
Here are the strategies we often share with discrete manufacturers that are planning new U.S. facilities.
Make network visibility non-negotiable
We know that discrete manufacturers—much like other industries—are staring down a labor shortage. Experienced automation engineers and technicians are edging closer to retirement, and there aren’t enough workers in the pipeline to replace that expertise.
Designing networks with built-in visibility can help alleviate some of the concerns about keeping systems running smoothly as teams turn over. They’re easier to monitor, troubleshoot and maintain for smaller, less experienced teams. They can take on more work and fill labor gaps without missing issues or relying on senior experts. A network with built-in visibility surfaces what’s happening in real-time so the people responsible for it can quickly pinpoint issues to keep lines running.
Design data flows and architecture upfront
To make informed decisions, your production data has to flow from machines and lines to the systems that schedule work, track quality and report on performance. This ensures that the right data reaches the right system in the right format and at the right time.
OT networks can connect ERP, MES and QMS systems so production data can move across the plant and into business systems without needing custom interfaces or workarounds.
With that foundation in place, you can then leverage unified name spacing and data-collection solutions that turn that raw data into clean, structured, contextualized insights. That makes it easier to understand what’s happening in the plant and take action with confidence.
Plan to bring IT and OT together securely
While IT and OT need to share data and collaborate to support business initiatives, they must also remain logically separated so issues in one domain don’t impact the other.
By designing for convergence upfront with segmented architectures instead of building out your plant with a flat network, you create clear paths for data to move while protecting vital systems.
Establishing clearly defined and segmented boundaries between IT and OT allows you to maintain uptime while meeting corporate and insurance cybersecurity expectations. When you combine this with managed remote access, you can monitor, manage and control every connection to allow critical work to happen without unnecessary risk.
Build in flexibility to support fast changeovers
Discrete manufacturers are always evolving to bring new ideas to market and respond to customer demand. Keeping up requires the ability to support fast changeovers so new product variants can launch quickly and design or regulatory changes can be accommodated without issue.
Modular network designs and standardized connectivity make adding SKUs, changing recipes and reconfiguring cells possible without rebuilding infrastructure every time. You can respond quickly to orders without tying up engineering resources for weeks. Equipment utilization remains high, even as product mix changes and new offerings are introduced to the market. This flexibility helps you pivot to accommodate new requirements or component changes while still hitting targets.
Equip your network for high‑performance motion and robotics
Robotics, motion and high-speed packaging—which are all becoming standard in new discrete manufacturing facilities—depend on low‑latency industrial networks with redundancy and deterministic behavior built-in.
Planning for the right level of resiliency at the network and physical layers keeps your critical applications online even during faults, maintenance or traffic spikes.
And even if these advanced systems aren’t all being deployed on Day One, they’re likely not too far behind. Think about what it will take to bring on additional lines, more data and new applications, and plan for it now. When the time comes, your network can then scale to support the next wave of automation.
How Belden de-risks the reindustrialization journey
Belden is helping owners and EPCs design, deploy, secure and operate resilient networks that turn OT data into actionable insights.
Our three-step model helps you get there efficiently and with less risk:
- Design that’s validated upfront and uses labs and testbeds to prototype solutions and test configurations before they reach the plant floor
- Installation that aligns with proven standards and documented practices across every contractor and line
- Commission and hand over a fully documented, production‑ready network with the support you need as systems come online and production ramps
Belden’s complete connection solutions are backed by ongoing engineering support and services, along with a 25-year warranty, to give you a clear path to unlock new possibilities.
We can help you plan from the start to connect all your machines and assets to eliminate blind spots, add redundancy so critical applications stay online and ensure bandwidth to support the next wave of automation, data and devices.
If you’re building your first (or next) U.S. discrete manufacturing facility, now’s the time to bring OT networking expertise into the room alongside EPCs, OEMs and integrators.
By bringing Belden in early to validate designs, align IT/OT and de-risk network and data decisions, you can avoid costly redesigns and accelerate ramp‑up while building a plant that’s ready for what’s coming next.
Related links:
- 3 obstacles that stand between industrial companies and plant automation
- How to Scale Industrial Data Operations Across Your Plant Network
- Why building a data foundation matters in AI for manufacturing