Blogs on IT Support and Cybersecurity for Small Business

Nearly three in four Canadian manufacturers (74.9%) had adopted at least one advanced technology in 2022, according to Statistics Canada. Each of those systems will wear out eventually. An IT roadmap for manufacturing companies in Abbotsford decides whether replacement happens on your schedule or in the middle of a production run.

Most plants already plan around mechanical failure. Spare parts sit on the shelf, maintenance runs on a calendar, and critical machines have a rebuild schedule. The computers, networks, and controllers keeping those machines running rarely get the same treatment.

The Breakdown That Was Always Coming

Most technology-related downtime on a plant floor is not a surprise to the equipment. The server in the back office, the aging PC running the packaging line, and the firewall installed years ago all have support dates. The surprise is usually that nobody was tracking them.

The Canadian Centre for Cyber Security (Cyber Centre) says aging software and hardware become less reliable over time, which raises the likelihood of crashes, performance problems, and downtime. Its July 2026 guidance on obsolete products calls for planned action rather than reactive fixes. That is the case for a roadmap in a single line.

Manufacturers feel this more than most. A law office can limp along for a day with a slow laptop. A food processor in the middle of Fraser Valley harvest season, or a fabricator racing a delivery deadline, loses output every hour a line controller or scheduling system sits dark.

What the Roadmap Holds

A technology roadmap is a written, multi-year plan for the systems your business depends on. It is not a shopping list or a budget spreadsheet on its own. Think of it as the IT version of the preventive maintenance schedule your plant already keeps for its machinery.

A useful roadmap typically covers:

• Every piece of hardware and software in use, including shop-floor computers and controllers
• The date each item reaches end of support from its vendor, so nothing ages out unnoticed
• Which systems the plant cannot run without, ranked by business impact
• Planned replacement windows tied to production slowdowns and scheduled shutdowns
• Security improvements scheduled alongside equipment changes rather than as separate projects
• Who owns each decision and when the plan gets reviewed

The time horizon matters too. Three years is a practical starting point for most small and mid-sized manufacturers, with the first twelve months planned in detail and later years sketched more loosely. That balance keeps the plan useful without pretending anyone can predict every change.

Who Belongs in the Planning Conversation

IT planning fails when it happens in isolation. The person who knows the replacement dates rarely knows the production forecast, and the person who owns the forecast rarely knows which controller runs on unsupported software. A roadmap works best when the people who see different parts of the operation sit down together.

For most mid-sized plants, that group includes:

• The owner or general manager, who sets growth plans and signs off on major spending
• The plant or operations manager, who knows the production calendar and where the bottlenecks sit
• Finance, which needs to see upgrade costs well ahead of each fiscal year
• An internal IT lead or outside IT partner, who tracks support dates and security requirements
• Key equipment vendors, when their machines depend on specific computers or software versions

One focused working session is usually enough to produce a first draft. After that, the group only needs to reconvene when the plan is reviewed.

Start With What's Already on the Floor

An IT roadmap for manufacturing companies in Abbotsford starts with an inventory, because you can't plan replacements for equipment you haven't counted. The Cyber Centre recommends keeping a centralized inventory and recording several details for each item:

• Product name and version
• Physical location, down to the line or workstation
• The business owner responsible for it
• Vendor support status and any service contracts in place
• End-of-sale and end-of-support dates

For many manufacturers, this exercise turns up surprises. There may be a PC under a workbench that runs a critical label printer, or a machine controller nobody has updated since installation. These forgotten systems often carry the most risk because they sit outside regular maintenance.

Once the inventory exists, patterns appear quickly. You may find several systems reaching end of support in the same year, which is the kind of collision a roadmap is built to spread out.

Plan Around the Production Calendar

This is where scheduled downtime becomes possible. Every plant has predictable quiet periods, such as planned maintenance shutdowns, holiday closures, or the slower weeks between seasonal peaks. A solid plan lines up upgrades with those windows instead of fighting them.

The Cyber Centre advises beginning replacement planning as soon as a vendor announces end-of-sale timelines, well before the product becomes obsolete. That lead time is what makes scheduling possible. When you know a server has 18 months of support left, you can book the swap for the August shutdown rather than scrambling after a failure in November.

Planned change also leaves room for testing. The same guidance recommends assessing data migration, integration, and operational impacts early, then testing replacements before they go live. On a production floor, that testing step is the difference between a smooth Monday restart and a line that won't talk to the new system.

Retiring the old system belongs in the plan as well. The Cyber Centre recommends backing up required data and moving it to supported systems before decommissioning, then wiping or destroying the old storage. Building those steps into the schedule keeps a finished upgrade from leaving loose ends behind.

Shop-Floor Systems Age on a Different Clock

Office laptops might cycle every few years. Industrial control systems and other operational technology often run far longer, and the Cyber Centre notes their lifecycles are much longer than those of traditional IT systems. As these components age, repair and replacement options shrink.

For that equipment, the roadmap should include a spare parts strategy for components that are no longer produced. It should also confirm that someone on staff or on contract can restore each system to a known-good configuration if it fails. Asking vendors about lifecycles and advance notice of end-of-support dates before purchase keeps future surprises to a minimum.

Decide What Gets Replaced First

Not everything can be upgraded at once, and it shouldn't be. Integration is one of the most common headaches when manufacturers bring in new technology. Statistics Canada found that 39.7% of Canadian enterprises that adopted advanced technologies reported difficulty integrating them with existing systems, and 39.8% struggled to determine the impact on their business.

An IT roadmap for manufacturing companies in Abbotsford addresses both problems by sequencing change and defining what each upgrade should accomplish. When ranking priorities, weigh these factors:

• Internet-facing equipment such as firewalls, routers, and remote access gateways, since they face outside threats directly
• Systems that directly control or schedule production, where a failure stops output
• Anything that stores customer, employee, or supplier information that must stay protected
• Single points of failure with no backup, spare, or workaround
• Items already past their vendor support date

The Cyber Centre singles out internet-facing edge devices as a high-risk category. It advises that obsolete devices in those roles should not stay in routine production use beyond short, managed transition periods.

Balance matters as well. Pairing one large project each year with several smaller replacements keeps the workload manageable for staff and spreads disruption across the calendar. It also means the plant never faces a year where five critical systems all need attention at once.

Put Security on the Same Timeline

Security is often treated as a separate conversation from equipment planning. In practice, they are the same conversation. Older systems may not support current encryption, modern sign-in methods, or monitoring tools, according to the Cyber Centre, so every replacement decision is also a security decision.

Many Canadian businesses have room to improve here. Statistics Canada reported that just 26% of businesses had written cyber security policies in place in 2023, unchanged from 2021. A written plan gives those policies a practical home by tying each control to a specific system and date.

When a system can't be replaced right away, the Cyber Centre recommends temporary measures such as isolating it on a restricted network segment, tightening access, and increasing monitoring. The key word is temporary. Those controls should be documented with a firm replacement date so they never quietly become permanent.

Keep the Plan Alive

A roadmap written once and filed away goes stale within a year. Production volumes change, new equipment arrives, and vendors move their support dates. Reviewing the plan on a regular schedule, ideally every quarter, keeps it tied to how the business runs today.

A quarterly review doesn't need to be long. Walk through what changed since the last meeting, confirm upcoming support dates, and adjust the next twelve months of planned work. Anything that slipped gets a new date rather than disappearing from the list.

Signs your roadmap needs attention include:

• A system failed that wasn't on the replacement list at all
• New equipment was purchased without checking its support lifecycle
• The inventory no longer matches what's on the floor after recent changes
• Upgrades keep getting pushed into the busiest months
• Nobody can say when the plan was last updated

Budgeting also gets easier with a living plan. Statistics Canada found that 40.6% of enterprises that did not adopt advanced technologies cited low returns or long payback periods as a top obstacle. Laying out upgrades over several years lets leadership see costs coming, weigh returns, and spread investment rather than absorb it all after a breakdown.

Scheduled Beats Sudden

Technology will age on your plant floor no matter what. The choice is whether that aging shows up as an emergency or as a line item on a calendar you control.

An IT roadmap for manufacturing companies in Abbotsford turns end-of-support dates into planning tools, pairs upgrades with production lulls, and folds security into every replacement. The result is fewer frantic calls, steadier output, and downtime that happens on purpose, during hours you picked.

Sources:

• Statistics Canada, The Daily: Survey of Advanced Technology, 2022
• Statistics Canada, The Daily: Impact of cybercrime on Canadian businesses, 2023
• Canadian Centre for Cyber Security, Obsolete products (ITSAP.00.095)

Manufacturers have long been at the forefront of technology. Today, this trend continues, but with new, innovative tools that are designed to make business more efficient and workers more productive. This technology has helped much of the manufacturing sector despite costs continually rising, supply chain interruptions, and other variables. Let’s take a look at some of the major technology changes that have fueled manufacturers during the past few years. 

The Manufacturer’s Puzzle

Making products can be a bit of a puzzle. You have to fit the right parts together to create the product. Each of those parts comes from somewhere. Some you need to create yourself, but most of the time there are companies that manufacturers acquire the resources from. The process is called procurement.

Procurement is the first of many puzzles that a manufacturer has to solve. Essentially, the products they create have a purpose. Many small and medium-sized manufacturers tend to make the products that make up larger products (that other manufacturers build). As a result, their revenue typically comes from supplying other manufacturers with pieces that will make up the products they are manufacturing. To streamline the procurement process, many companies have started relying on automated systems to tell them when they need to re-up.

Once the resources have been acquired, now it’s time to make the products. Of course, the costliest part of any manufacturing company is the actual manufacturing of the products. This is mainly because the capital costs of purchasing the machinery needed to manufacture goods, coupled with the operational costs of payroll and downtime caused by machinery malfunction (and the subsequent maintenance required), adds up to a significant investment. Companies today are searching for new ways around these costs. Enhancements in automation have made it possible for the smaller manufacturer to trim their production costs, while keeping their output static.

The last piece of the puzzle for the manufacturer is the distribution of the products to consumers. In many cases the consumers in this scenario are retail businesses. They need the costs to be low enough to be able to offer them to their customers with a markup.  Problems with distribution, like problems in the procurement stages, can be devastating to the manufacturer’s ability to create a positive revenue stream.

Where IT Fits

The entire process can be aided by information technology, but manufacturers tend to look at things in stages...like their workflow. Typically, organizations that have leveraged automation through the use of software systems, find that they are able to have more transparency and less overall inefficiency than organizations that don’t. Some software platforms that modern manufacturers are using include:

• Customer Relationship Management - This software helps a company streamline their customer service. It’s used to manage leads, opportunities, and customers.
• Supply Chain Management - This software helps a company control their entire supply chain from procurement to distribution.
• Inventory Management - Manages stock and standardizes and automates replenishment.
• Asset Tracking - Using sensors, every product and resource can be tracked to provide efficiency.

These solutions and more can be found in what is called an Enterprise Resource Planning software. While ERP software is comprehensive and offers organizations a lot of benefits, smaller manufacturers may not need the immersive control that many ERP systems provide. Finding the right software to meet your needs is important to ensure that your business can be as effective as it can be.

The IT professionals at Coleman Technologies can help you find the software you need to gain full control over all of your business’ processes. Call us today to learn more at (604) 513-9428.