Highlighting the thinkers and their ideas driving the evolution of Offsite Construction. 
Be inspired, be informed, be innovative!

Your Room Is Ready—We Just Have to Lift It Into the Hotel

Disney’s Contemporary Resort gave its first guestrooms a ride before any guests checked in.

Whenever I hear someone describe modular construction as new, I think of a hotel where the bedrooms arrived by crane and the train came right through the building. Leave it to Disney to make a construction project sound like an attraction.

Disney’s Contemporary Resort opened on October 1, 1971, alongside the Magic Kingdom. Its enormous A-frame and indoor monorail made quite an impression. But for those of us interested in how buildings come together, the guestrooms deserve a little applause. They were built at ground level, then lifted into the hotel.

A Little Factory Behind the Magic

One small distinction is worth making: the rooms were manufactured on Disney property, but not directly at the foot of the hotel. U.S. Steel established a dedicated factory approximately three miles away, producing guestroom modules for both the Contemporary and the Polynesian resorts.

That makes the operation particularly charming to me. While visitors would eventually come to Florida to collect memories and mouse ears, this corner of Disney property was busy manufacturing bedrooms.

The approach allowed work on the rooms to proceed while crews erected the hotel structure. Rather than waiting for an upstairs workplace, room-building crews could get on with their jobs at ground level. The intention was to save time by bringing those separate construction efforts together later.

Think of it as preparing the guest bedrooms while someone else builds the place to put them.

A Bedroom With Somewhere to Go

The modules moved through an assembly-line process, receiving electrical, plumbing, and mechanical components along the way. Workers installed bathroom fixtures and mirrors before the rooms made their journey to the hotel. Trucks carried the completed modules to the building, where cranes lifted them into position.

These were furnished spaces, too. According to the Orlando Foundation for Architecture, the rooms arrived with interior finishes, furniture, and bathrooms already in place. The usual moving-day question—how will we get the furniture upstairs?—had a rather ambitious answer: take the bedroom with it.

I can picture the imaginary front-desk announcement: “Your room is ready, folks. Please give us a moment to attach it to the building.” Nobody needs to have actually said it for the construction photographs to make you smile.

Even Disney Had to Make the Pieces Fit

Of course, a crane operator cannot sprinkle a little pixie dust on a module and expect it to settle neatly into place. This was construction, with the careful coordination that any factory manager or set crew would recognize.

Disney historian Jim Korkis described installation challenges in a Yesterland interview, including modules that did not fit their openings on the first attempt. The team also alternated installation between opposite sides to keep the structure balanced.

That is the part I suspect our industry would appreciate most. Behind the futuristic appearance were people working through a very familiar assignment: getting what was built over there to fit precisely into what was built over here.

Mickey might have been the public face of the operation, but somebody still had to check the measurements.

These Rooms Were There to Stay

The construction method helped inspire a persistent story that the rooms could later be pulled out and replaced like dresser drawers. It is an appealing image: dislike the wallpaper, order a replacement bedroom.

But the original modules remained in place as interiors were updated, according to the Orlando Foundation for Architecture.[1] Changing the furnishings was a considerably more practical proposition than giving an entire guestroom another crane ride.

Gary’s Observation

What I enjoy about this story is that the factory work became almost invisible once the hotel opened. Guests could admire the monorail, settle into their rooms, and begin their vacations without thinking about how their bathrooms had reached that elevation.

That is a lovely compliment to modular construction. The manufacturing is fascinating, but the finished space simply gets on with being a comfortable place to stay.

And if anyone tells you factory-built rooms cannot have a little magic, remind them that Disney’s guestrooms were taking rides before the guests arrived.

When an OSB Mill Idles, What Is It Telling Home Factories?

Most people in offsite construction will never visit an oriented strand board mill. We see the finished sheets arriving at a modular plant or panel shop, ready to become floors, walls, and roofs. We know what a late delivery can do to a production schedule, and we know what a price increase can do to a quote. It is easy, though, to pay less attention when a mill announces that it will stop making those sheets.

LP Building Solutions has given us a reason to pay attention. On September 1, the company announced that it will indefinitely curtail OSB production at its Jasper, Texas, facility beginning in October. The mill has annual production capacity of approximately 475 million square feet, measured on a 3/8-inch basis. LP cited soft demand and said it had reviewed operating costs, capital requirements, logistics and long-term asset utilization across its manufacturing network. LP’s announcement

Preview in new tab

The word indefinitely matters. LP has left open the possibility of restarting production when conditions warrant it, but it has given no restart date. In a September 1 SEC filing, the company estimated $4 million to $6 million in severance and other one-time costs associated with the curtailment.

Those figures reflect a human cost. Citing a Texas workforce notice, Chron reported that about 150 jobs are affected, with cuts expected to take effect November 1. LP says it will provide career-transition assistance and help employees apply for openings at other company facilities. For the people in Jasper, the industry’s discussion of capacity and demand is immediately personal.

Confidence surveys tell us what builders think may happen. A decision to idle a large operating mill tells us what one major supplier is prepared to do with its capacity today. LP is responding to conditions in the OSB market, and its announcement should be read as such. It does not prove that every housing market is weakening equally, or that every modular factory’s orders are falling.

It does tell us that LP sees insufficient demand to justify keeping Jasper in production under current conditions.

That distinction matters to anyone building with wood panels. OSB is a basic input in much of residential construction, including panelized systems, modular homes and manufactured housing. A company that makes it has to consider more than the price on this week’s orders. It must decide whether expected volume will cover the cost of operating a mill, maintaining its equipment and moving its output to customers.

Offsite factories face a similar calculation, even if their production lines are smaller. We may have a promising list of projects, but how many are approved, financed, engineered, and ready to enter production? How much of the schedule rests on contracts, and how much rests on expectations? Those are different numbers, and a factory that confuses them can stay busy preparing for work that never arrives.

Some builders may look at an OSB curtailment and hope that soft demand will bring material-price relief. If their purchase costs decline, that could help margins on projects already under contract. It could also make a few new projects easier to price. Factory managers should take those opportunities where they find them.

I would still want to know why the price is falling. If suppliers have more board than builders are willing to buy, cheaper sheathing may arrive alongside fewer home orders. Saving money on each sheet does little good if the line lacks enough projects to keep its crews employed and its overhead covered.

Nor should we assume that curtailing one mill guarantees any particular price outcome. Other producers may adjust output, demand may change, and delivered costs vary by location. A factory should update its purchasing forecasts using actual supplier quotes while examining its sales pipeline with equal care. The material price and the strength of the order book belong in the same conversation.

There is another timing problem here. Factories often quote a project long before buying all its materials. A favorable price today may disappear before production begins. Conversely, a factory locked into an older, higher material allowance may have an opportunity to improve its margin. Either result depends on contract terms, purchasing discipline and when the work actually reaches the line.

The most useful part of LP’s announcement may be its description of the decision process. The company says it considered operating costs, capital requirements, logistics, and long-term utilization. I would put those four subjects on the agenda of any offsite manufacturer considering a new line, another shift or a plant expansion.

Operating costs: What does it cost to run the facility at the volume we can reasonably expect, rather than at the volume shown in an expansion presentation? A factory can achieve an impressive weekly output during its busiest month and still struggle over the full year.

Capital requirements: What equipment, repairs, or building improvements will the plant need to remain productive? Delaying maintenance can make this year’s numbers look better while leaving next year’s management team with an expensive problem.

Logistics: Can we deliver profitably to the markets where our customers are buying? For modular manufacturers, transportation, carriers, crane scheduling, and site readiness can determine whether apparent factory efficiency survives beyond the loading door.

Long-term utilization: How much dependable work will keep the operation healthy through a full cycle? A factory designed for peak demand still has to pay its bills when orders return to ordinary levels.

LP’s answers led it to curtail a mill. Another company answering the same questions may decide to invest, change its product mix or move work between facilities. The management lesson is to ask before circumstances make the choice for you.

Our industry spends considerable energy announcing what factories can produce. We hear about homes per day, modules per week, and square feet of new production space. Those figures describe capability. They do not tell us how many customers have signed, how many projects have cleared permitting, or how many job sites will be ready to receive what the factory builds.

That gap matters most in offsite construction. A mill may be able to sell a standard panel into a broad distribution network. A modular factory often needs the right project, drawings, approvals, financing, builder, and installation schedule to come together before its capacity becomes revenue. When one piece slips, the factory may be left with idle stations—or finished modules occupying its yard and carriers.

This is why I would rather hear a factory manager discuss production-ready backlog, contribution margin, and delivery performance than theoretical maximum output. Capacity matters, but its value depends on how consistently the whole business can use it.

I do not see LP’s Jasper decision as a prediction that offsite construction has reached some permanent limit. Markets move, and LP has said it may restart curtailed capacity when conditions support doing so. I see the decision as a reminder that experienced manufacturers sometimes need to reduce output to protect the business through a difficult part of the cycle.

The people losing work in Jasper deserve more than a passing mention in an industry discussion about OSB prices. Their situation also gives factory leaders a reason to examine their own plans honestly. If demand is softening, the responsible time to review costs, capital needs, logistics, and backlog is while management still has choices.

LP has done that review and made a difficult decision. Every modular, manufactured and panelized housing company should be asking what the same review would reveal inside its own factory.

Can You Prove the Health of Your Business?

Owners generally have a pretty good idea of whether they believe their business is healthy. They know the sales numbers, they know what’s in the pipeline, and they certainly know whether they’re making money. After years of running the company, they develop an instinctive sense of how things are going.

A prospective buyer has a different problem. Instinct isn’t enough. A vital key is the presence of adequate management information systems (MIS).  If an owner says the company has a strong backlog, good margins, loyal customers, and significant growth potential, an experienced buyer eventually has to ask a simple question: Can you prove it?

That’s where evaluating an offsite manufacturing business begins to get interesting. The numbers certainly matter, but so does understanding what’s behind them.  Observable MIS is essential.

A substantial backlog sounds impressive, and it may be. But one of my first questions is how that backlog was determined. Are these firm orders? Have deposits been received, and can they be verified in the company’s financial records? Are the projects realistically scheduled, or are some of them still dependent on financing, approvals, or decisions outside the manufacturer’s control?

Then I want to understand whether the operation can actually deliver what has been promised. Conversations with procurement, sales, and production often tell you things a backlog report cannot. What are current purchasing lead times? Are material shortages affecting production? Is inventory available for the work being scheduled? What does the yard inventory look like?

None of this means the backlog is suspect. It simply means that a buyer needs to understand the quality of the backlog, not just its dollar value.

Financial statements provide another part of the picture, but they can also raise questions. High labor costs, excessive overtime, aging payables, missed purchasing discounts, and irregular physical inventories can all be indicators that deserve a closer look.

Cost information is particularly important in manufacturing. Material and labor costs move, sometimes quickly, yet I’ve seen companies that don’t update their cost decks on any consistent schedule. When that happens, management may be quoting today’s projects using yesterday’s costs and not discover the problem until the financial results arrive months later.

A profitable company doesn’t have to be perfectly efficient. Very few are. But management should understand where the money is being made, where it’s being lost, and why.

Over the years, one of the more revealing answers I’ve received to a management question has been some variation of, “We don’t really have that information.” Almost as concerning is, “I can get it for you,” followed by information that is weeks or months out of date.

A healthy business should generate meaningful information that management actually uses. That doesn’t require elaborate software or reports stacked three inches thick. It does require current information that allows management to understand what’s happening in production, purchasing, sales, labor, inventory, and profitability while there is still time to do something about it.

Systems and procedures matter for the same reason. I don’t simply want to hear that a company has them. I want to see evidence that they’re being used in the normal course of running the business.

A buyer also needs to understand where the company’s sales are coming from. A business with a broad distribution network and a healthy mix of builders and developers presents a different risk profile from one where a substantial percentage of annual sales depends on one or two customers.

That doesn’t automatically make customer concentration bad. A large, long-standing customer can be enormously valuable. But the buyer needs to understand the relationship, the volume discounts being provided, how secure that business really is, and what would happen if one major customer went elsewhere.

Again, the question isn’t simply how much the company sells. It’s the quality and sustainability of those sales.

Ultimately, I’m trying to understand the actual health of the business, and that means looking at more than a snapshot of the current year. How does today’s operation compare with the past three years? Are margins improving? Is productivity improving? Is the customer base becoming stronger or more concentrated? Is the company becoming more disciplined as it grows, or simply becoming busier?

This is also where culture enters the picture. A management team aligned around maximizing the company’s people, equipment, materials, systems, and profitability will generally behave differently from one that spends most of its time reacting to the crisis of the day. Financial statements tell you what happened. The way the organization operates often helps explain why.

Growth potential deserves the same scrutiny. Nearly every business can tell an attractive growth story. The important question is whether that story is supported by available capacity, market demand, capable management, realistic capital requirements, and facts.

Owners considering a transition sometimes assume that a buyer will evaluate the company primarily through its financial statements, equipment, real estate, and perhaps a multiple of earnings. Those things are certainly important, but a serious evaluation goes much deeper.

A healthy business should be able to support the story its owner tells about it. Backlog should be verifiable. Costs should be understood. Management information should be current. Customer relationships should be identifiable and measurable. Growth expectations should be grounded in reality.

The real question isn’t whether you believe you have a healthy business.

It’s whether a prospective buyer can reach the same conclusion.

Thinking About the Future of Your Offsite Business?

Whether you’re planning an ownership transition in the near future or simply want to build a stronger, more valuable company, understanding the actual health of your business is an important place to start.

At Offsite Innovators, we help owners evaluate, prepare, and position their businesses for ownership transition. If you’d like a confidential conversation about where your business stands today and what a prospective buyer is likely to see, we’d welcome the opportunity to talk.

CLICK HERE for a FREE video Consultation.

..

..

..

..

Before You Build Your Startup Factory, Look for Good, Solid Advisors

Every offsite construction startup seems to begin with the same exciting conversation: “There is a housing shortage. We can build homes faster. Let’s open a factory.”

I understand the excitement. I have seen good people with fresh ideas, impressive technology, sharp PowerPoint presentations, and investors who truly want to be part of the answer to America’s housing problem. They see a need for more homes and assume that need automatically means there is enough business to support another factory.

That assumption has put more than one startup on a very expensive road.

A housing shortage is not the same thing as demand for your factory. Before a startup hires a management team, leases or buys a building, orders equipment, or begins chasing serious investment money, it has to answer one question honestly: Is there enough reachable, profitable demand to keep this factory busy?

Not someday. Not if everything goes perfectly. Not if every builder suddenly decides modular is the answer. Is there enough business in the market you can realistically serve?

It is easy to point to the national shortage of affordable housing and say the market is there. In a broad sense, it is. But a factory cannot ship homes to the entire country simply because people need them.

Your market is shaped by delivery distances, highway restrictions, escort requirements, crane availability, state and local codes, foundations, installation crews, and the cost of getting a module from your production line to a home site. A factory located in one part of a state may have a very different practical market than a factory only a few hundred miles away.

The better question is not, “How many homes does America need?”

It is, “How many homes can our factory produce and deliver competitively within the area we can actually serve?”

That answer has to be based on real numbers, not optimism.

A startup also has to identify its customer. That sounds simple, but it is where many business plans begin to lose their footing.

Will the factory sell to production builders? Developers? Independent home builders? Dealers? Affordable housing organizations? Public housing authorities? Consumers? Each buyer has different expectations, buying cycles, financing problems, product needs, and reasons for choosing offsite construction.

A developer building workforce apartments may need repetitive multifamily modules and predictable delivery dates. A regional builder may need single-family homes with enough design flexibility to satisfy homebuyers. A dealer may want a dependable product line, reasonable margins, and a factory that will support them after the sale.

Trying to be everything to everyone is a dangerous way to launch a factory. It creates too many product types, too much engineering, too many exceptions, and too much confusion on the production floor before the company has even found its rhythm.

The smartest startups narrow their focus early. They decide who their best customer will be, what problem they will solve for that customer, and why that customer would choose them over an existing supplier.

If you are considering a new factory, spend time talking with the people who could buy from you before you build a team around an idea.

Ask builders and developers what they are building today, how much they expect to build during the next two or three years, and where they are having problems. Ask them about current lead times, pricing, quality, transportation, site work, financing, and their past experience with modular or manufactured housing.

More importantly, ask what would make them change suppliers.

Many people will say they like modular. They may tell you they want to learn more. They may even tell you your concept is exciting. Those are encouraging conversations, but they are not sales.

There is a huge difference between interest and commitment.

A serious market study looks for customers willing to identify actual projects, expected quantities, locations, timing, and the type of home or building they need. A letter of intent is stronger than a handshake. A preferred-supplier relationship is stronger than a compliment. A builder or developer willing to reserve production capacity is stronger than a person who says, “Call me when you are open.”

That does not mean every unit has to be sold before the factory is built. It does mean the startup needs enough evidence to show that customers will be there when the lights come on.

One of the most important exercises a startup can do is work backward.

How many modules, homes, or square feet must the factory produce each month to cover its overhead, labor, debt service, materials, sales expenses, warranty exposure, and profit requirement? Then ask how many customers and projects are needed to reach that number.

If a factory has to produce 500 homes a year to break even, a vague collection of conversations with interested people will not get it there. The company needs a realistic pipeline of projects and buyers that can support that kind of volume.

This is where startup enthusiasm meets reality. A factory may have the capacity to build 1,000 homes a year, but capacity is not demand. In fact, building too much capacity too early can become one of the fastest ways to burn through investment money.

It is often wiser to begin with a factory sized for the business you can reasonably win, then expand when the market has proven itself.

Every startup should also study the factories already serving its proposed market.

Who are they? What products do they build? How long are their lead times? Are they full, struggling, or somewhere in between? What do their customers like about them, and what frustrates those customers?

If several established factories have open production slots, a startup has to explain why builders and developers will leave them. Lower prices alone may not be the answer. Lower prices can create a race to the bottom before the startup has learned how to control labor, material waste, rework, transportation, and warranty costs.

Sometimes the opportunity is not that existing factories are unable to build enough homes. Sometimes it is that they are not building the right product, serving the right geography, responding quickly enough, or making the customer experience easy enough. That can be a real opening—but it needs to be proven.

I believe the early market work should happen before a startup puts together a large, expensive team.

A small founding group can do a great deal in the beginning: define the market, speak with customers, study competitors, develop a realistic financial model, and determine what kind of factory truly fits the opportunity. At this stage, you need experienced people around the table, but you do not need a full payroll of executives before you know whether the business case is solid.

Once the demand begins to take shape, then you can recruit the people who will build and run the operation. At that point, you are not asking them to join a dream. You are asking them to help execute a plan that has customers, products, numbers, and a market behind it.

The same principle applies to investors.

Investors may listen to a polished presentation, but their attention changes when they see named customers, identified projects, credible letters of intent, a practical service area, and a believable path to profitability. Money follows confidence, and confidence is built on evidence.

Bill Murray and I work with startups, factory owners, and investors who want straight answers before they make costly decisions.

Bill brings decades of hands-on experience running modular operations, improving factories, evaluating production capacity, and understanding what it takes to turn a plan into a functioning operation. My role is often to ask the questions that need to be asked early—about the market, the customer, the product, the story being told to investors, and whether the opportunity is strong enough to deserve the next dollar.

Together, we can help a startup examine its proposed market area, identify the type of customers it should pursue, evaluate likely competition, pressure-test production and sales assumptions, and build a more realistic path from concept to first home shipped.

We are not there to simply agree with every exciting idea. We are there to help founders avoid the blind spots that can turn a good opportunity into an expensive lesson.

CLICK HERE for a Free Consultation

The time to discover there is not enough demand is before you sign a lease, hire fifty people, or accept investment money that has to be repaid somehow.

Too many startups begin by assembling a team, raising money, and finding a building. Then, when the factory is nearly ready to open, they begin asking where the orders will come from. That is backward.

Find the customers. Understand their real needs. Get as close to commitments as you can. Know what volume you need to survive and what makes you different from the factory already down the road.

Then build the team, raise the money, and build the factory that the market has already told you it needs.

..

..

..

..

..

..

The Tools Have Changed. The Fundamentals Have Not

Recently, I read yet another article discussing AI, specifically Agentic AI. By the time I
finished reading it, I found myself feeling something I hadn’t experienced in quite a while:
Overwhelmed.

After more than 40 years of managing modular manufacturing operations, I started wondering
if I was getting left behind. Was my experience still relevant in a world of ERP systems, MES
platforms, AI forecasting, digital dashboards, and technologies that seem to evolve faster
than I can understand them?

I spent several days trying to learn more about Agentic AI. The harder I tried, the more
confused I became. Eventually, I stopped trying to understand every technical detail and
started asking a different question.

What if I was focusing on the wrong thing? Did I really need to understand all the nuances
or simply just be aware of technology as a tool?

That question led me back several decades to a time when another innovation was making
waves throughout manufacturing. It was called Total Quality Management, and at the time, it
felt every bit as revolutionary as AI feels today.

Many developers and entrepreneurs looking at offsite construction today are being
bombarded with technology. AI. Automation. Digital twins. Predictive analytics. Smart
factories, robotics, and the like, the latest and greatest.

The promise is always compelling. Better decisions. Better productivity. Better results.
The danger is assuming the tool is the solution.

I have watched several waves of innovation move through manufacturing over the years.
Some delivered enormous value. Others delivered far less than promised. The common
denominator was never the technology itself. The common denominator was how
effectively management used the technology as a tool with the end result being a better
managed team.

When I joined a larger multi-plant organization years ago, I was introduced to TQM. At first,

I didn’t understand much of it. The terminology was new. The processes were unfamiliar.
Frankly, it felt overwhelming.

Unlike AI, however, I didn’t have the option of ignoring it. TQM was expected it was literally
mandated. It became part of how we operated.

Over time, I discovered something important. TQM wasn’t magic. It wasn’t a silver bullet. It was a framework that forced us to focus on the basics.

Communication between departments improved. Data became more meaningful.

Accountability became clearer. Problems were measured rather than debated. Decisions
became less emotional and more fact-based. The tool mattered, but the discipline mattered
more. The culture it helped me create was one that developed a management team that
was truly engaged, not to mention a team of over 300 production employees that
became involved, not simply bystanders collecting a paycheck.

The longer I worked with TQM, the more I realized that most improvements came from
executing fundamentals better. The fundamentals like inventory accuracy, vendor
relationships, supervisor accountability/ training, communications, plant cleanliness, and
customer satisfaction remained at the forefront of a profitable enterprise.

None of those issues were new. TQM as a tool simply gave us a better way to address them.
The results were undeniable. Productivity improved. Warranty performance improved.
Employee turnover improved. Profitability improved. Our operation was eventually
recognized as one of the most improved in a large corporate organization.

The lesson wasn’t that TQM solved our problems. The lesson was that it helped us solve our
problems.

Today, I suspect AI will create opportunities we can barely imagine.

It will likely help engineering teams work faster. It may improve scheduling, forecasting,
purchasing decisions, and project management. Companies that learn to use these tools
effectively will almost certainly gain advantages.

AI cannot create accountability or build trust between departments. Importantly, it alone
cannot create a culture. It cannot develop leaders or make people care about quality—
These responsibilities remain with management.

For developers evaluating offsite opportunities, that distinction matters. A factory can have
every modern technology available and still struggle if leadership, culture, and operational
discipline are missing. This significant aspect of the feasibility aspect of determining if
offsite construction is for you is very often overlooked. Equally important, “Is this
manufacturer what I need to meet my needs”?

One of the advantages of experience is that you begin to recognize patterns.
Every generation believes it has found the breakthrough that will finally solve the industry’s
problems. Sometimes those breakthroughs are genuinely transformative, but the
organizations that benefit most are the ones that already have strong fundamentals in place.
Technology tends to amplify good management. It rarely replaces it.

Neither you nor I may ever fully understand every aspect of Agentic AI. That’s okay.

What I have come to understand is that my discomfort with the topic led me to a valuable
reminder. The tools have changed dramatically. The fundamentals have not.

For those evaluating factories, investing in offsite construction, or considering vertical
integration, that may be the most important lesson of all.

Before you ask what technology a factory is using, ask yourself a simpler question:
Are the fundamentals in place?

Because no innovation, no matter how impressive, can compensate for the absence of sound
management, accountability, communication, and execution.

What do you think? Are we sometimes too focused on the newest tools and not focused
enough on the fundamentals that determine whether those tools actually create value?

Bill Murray is a modular manufacturing veteran with more than 40 years of leadership
experience in offsite construction. Through Offsite Innovators, he advises developers,

entrepreneurs, and investors evaluating manufacturing opportunities, factory acquisitions,
and offsite business strategies.

If you’re evaluating an offsite manufacturing opportunity and would like an experienced
operator’s perspective, contact Offsite Innovators

YOU DON’T HAVE A TECHNOLOGY PROBLEM — YOU HAVE A CULTURE PROBLEM

One of the more interesting things about the offsite construction industry is how often
companies convince themselves that the next piece of technology is finally going to solve the
problems they’ve been struggling with for years.

A new production system gets installed. A factory invests in automation. Management
software is introduced to improve scheduling, purchasing, communication, and
accountability. Sometimes an entire shift in building philosophy takes place — panelization,
volumetric modular, light-gauge steel framing, or some new manufacturing process that
promises greater efficiency and predictability.

At first, the enthusiasm is understandable. Ownership sees cleaner reporting. Managers
envision better coordination. Production personnel are told the new system will reduce
confusion and eliminate bottlenecks. Everyone talks about efficiency, scalability, and getting
ahead of the industry.

After enough years around factories and manufacturing operations, you start noticing
something else. In many companies, six months later the same frustrations quietly begin
resurfacing. Production delays continue showing up. Departments still struggle
to communicate with one another. Purchasing problems continue affecting production.


Scheduling becomes reactive again. Supervisors work around systems instead of through
them. Eventually, the conversation shifts from excitement to frustration, and the technology
itself often becomes the thing blamed for the disappointing results.

What makes this interesting is that the technology frequently wasn’t the problem to begin
with. The real issue was whether the organization itself was prepared to operate within the
level of discipline, communication, consistency, and accountability the system required. In
other words, the success or failure of innovation often has less to do with software or
automation and far more to do with the culture surrounding it.

THE TECHNOLOGY DIDN’T FAIL
One software developer we know built an impressive management platform specifically
designed for modular manufacturers. It addressed real operational challenges that factories
constantly fight — material tracking, scheduling, interdepartmental communication,
visibility into production flow, accountability, and coordination between engineering,
purchasing, production, and service.

In one operation, the software dramatically improved performance. Material shortages
dropped. Labor efficiency improved. Departments communicated better because
information became more visible and harder to ignore. Managers gained a much clearer
understanding of what was happening throughout the operation on a real-time basis.

In another facility using essentially the same platform, adoption struggled almost
immediately. Information wasn’t entered consistently. Departments resisted the
transparency the system created. Managers bypassed procedures because they felt the
process slowed them down. Employees continued operating independently rather than
collaboratively, and before long, frustration started building around the software itself.
The difference wasn’t the technology. The difference was the environment the technology
entered. One organization was prepared to embrace structure, accountability, and
operational discipline. The other really wasn’t, even if leadership believed otherwise.

CULTURE SHOWS UP UNDER PRESSURE
Most people hear the word “culture” and immediately think of mission statements, morale,
employee events, or slogans hanging on a wall. In manufacturing, culture is much more
practical than that. It reveals itself in how people behave under pressure. It shows up in
whether departments communicate or protect themselves. It becomes visible in whether
leadership consistently enforces standards or quietly allows exceptions whenever
schedules tighten.

People within organizations quickly learn what leadership truly values. Not from
speeches or posters, but from what management tolerates every day when production
pressure starts building.

OFFSITE EXPOSES WEAKNESS QUICKLY
That becomes especially important in offsite construction because factory environments are
far less forgiving than traditional jobsites. Conventional construction often allows room for
improvisation. Experienced field personnel can adjust on the fly, work around mistakes, and
solve problems in real time without bringing the entire project to a halt.

Manufacturing systems don’t operate that way. Factories depend on sequencing,
consistency, timing, communication, and coordination between multiple interconnected
departments. Engineering affects purchasing. Purchasing affects production. Production
affects shipping. Shipping affects field-set crews and downstream builders. When one part
of the operation breaks rhythm, everyone behind it feels the consequences.

Strong cultures usually recognize this early. Weak cultures tend to fight it.

THE REAL PROBLEM IS OFTEN OPERATIONAL ALIGNMENT
That’s why many builders and developers entering offsite construction struggle more with
operational alignment than with the technology itself. They often approach factories with a
traditional construction mindset, relying heavily on experience, instinct, and reactive
problem-solving in environments that actually require process discipline and consistency to
function properly over time.

The factory eventually exposes those weaknesses. What leadership initially viewed as
“technology problems” often turn out to be communication problems, accountability
problems, leadership problems, or cultural resistance to structure itself. The technology
simply made those weaknesses more difficult to hide.

THE BEST FACTORIES ARE USUALLY THE MOST DISCIPLINED
Visit enough factories, and you begin seeing the difference almost immediately. Some
operations feel stable, organized, and consistent even when they’re extremely busy. Others
feel chaotic despite having similar equipment and similar production capabilities. In many
cases, the real separator is leadership consistency and the culture that developed around it
over time.

The strongest factories are usually not the ones with the flashiest technology. They’re the
ones where leadership established operational discipline early, departments communicate
consistently, accountability exists without constant drama, and employees understand that
systems are there to support the operation rather than work around it.

That type of culture doesn’t happen accidentally. It gets built deliberately, often long before
the technology arrives.

The offsite industry will continue evolving. New systems will continue entering the market,
and many of them will improve the way homes are designed and built. But at some point
every organization considering innovation has to answer a more difficult question than
which software to buy or which production system to implement.

Is the organization actually prepared to support the discipline, accountability, and
What operational alignment does innovation require?

Because in the end, most companies don’t really have a technology problem.

They have a culture problem.

Offsite Innovators continues to work with developers, manufacturers, and entrepreneurs
evaluating offsite opportunities, operational structures, factory performance, and the real-
world challenges that determine whether innovation succeeds or quietly becomes another
expensive disappointment.

Bill Murray

Contact Bill

Bill Murray has over 40 years of operational management experience in the Modular industry.  Bill began his Offsite career as a contractor/builder.  He then entered the manufacturing side, quickly advancing through the sales ranks to become a General Manager/COO of multi-plant operations.  Bill provides professional advisory services to owners, prospective owners, and builder developers considering Offsite construction.  He has consulted throughout the U.S. and Mexico, as well as on overseas assignments.

If you’re evaluating offsite construction—whether LGS, wood, or hybrid—and want a clear, experience-based perspective before committing, reach out. A brief conversation up front can prevent costly assumptions later.

Offsite Construction’s “Fields of Dreams” – Part Two- Atendees

The Real Show at IBS and WOM: Watching the Crowd Instead of the Booths
Part Two of Two – Offsite Construction’s “Fields of Dreams” – Part One – Vendors

In the second of my two-part look at IBS and World of Modular, I want to shift the spotlight away from the shiny booths and polished sales pitches and focus on the real reason these events exist—the attendees. Without them, all those miles of carpet, towering displays, and carefully rehearsed product demos would just be expensive decorations.

The organizers know this, of course. That’s why they stack the agenda with speakers, educational sessions, and networking events designed to keep attendees engaged, informed, and—let’s be honest—circulating past as many booths as possible. Dinners, open houses, and after-hours events aren’t just social niceties; they’re strategic attempts to get people talking, connecting, and maybe even doing business.

This year, I attended the International Builders’ Show as a member of the press, which is a bit like being invited to a party where you’re not quite sure if you’re supposed to mingle or critique the hors d’oeuvres. It’s one of my favorite roles because I get to ask questions most people wouldn’t dare to.

Questions like, “How’s the show really going for you?” or “Is this booth actually generating leads?” And of course, my personal favorite, “Are you hosting a party tonight, and am I invited?”

Before any vendors get nervous, let me offer my standard disclaimer. I never name names when sharing responses, and I make it a point to avoid interrupting vendors who are clearly busy. There’s an unwritten rule at these shows: if a booth is packed, you keep moving. If it’s quiet… well, that’s when the real conversations happen.

After years of walking these floors, I’ve come to a very scientific conclusion. Attendees come in two sizes.

The first group is the one every vendor dreams about—the lone wolf or the pair. These are usually decision-makers or at least people close enough to the decision-making process to matter. They listen, ask pointed questions, and—this is the key—actually follow up. When one of these attendees asks for a business card, you can almost hear the vendor’s internal cash register ring. These are the seams of gold in a very large mountain.

Then there’s the second group: three or more, sometimes five to ten strong, moving like a small herd from booth to booth. These folks are often sent by their bosses with instructions that sound something like, “Go see what’s new and have a good time.”

Getting this group to stop at any one booth is an exercise in group dynamics. There’s discussion, debate, and often a bit of standing just far enough away from the booth to avoid eye contact. And even when they do engage, the chances of anyone in the group having the authority to make a decision are… let’s just say, not great.

They’re not there to buy. They’re there for the experience. And to critique the last vendor they spoke with.

The “gold” attendees aren’t hard to spot once you know what to look for. They’re usually quiet, a bit reserved, and not particularly interested in drawing attention to themselves. They’ll engage in meaningful conversations with peers but have very little patience for the overly enthusiastic self-promoters who seem to treat the show floor as their personal stage.

You know the type. They’re the ones who didn’t buy a booth but somehow manage to be everywhere, handing out opinions like business cards. They’re great at letting everyone know how important they are to the industry, even if the rest of us are still trying to figure that out.

To be fair, they do serve one valuable purpose. They always seem to know where the best parties are.

By the time these shows wrap up, every attendee walks away with something. For the “gold,” it’s often a shortlist of vendors they’ll seriously consider working with. For the larger groups, it’s usually a mix of ideas from speakers, a few interesting products they saw, and a collection of stories about the experience itself.

And then there are the parties. Let’s not overlook the importance of free food, drinks, and a good networking environment. For some attendees, those evening events are where the real value of the show emerges. Deals are discussed, relationships are formed, and occasionally, someone actually remembers why they came in the first place.

If you’re lucky—and just a little bit charming—you might even get invited to more than one.

Here’s the part no one puts in the show brochure: vendors think they’re exhibiting to a crowd, but they’re really exhibiting to a handful of people who matter and a whole lot who are just passing time. The trick isn’t attracting attention—it’s recognizing who’s worth having a conversation with.

And for attendees? Whether you’re the lone wolf with a purpose or part of a wandering pack, remember this: the real value of these shows isn’t in how many booths you visit—it’s in what you actually do after you get home.

How Vision AI Could Quietly Change Offsite Production

For decades, the offsite construction industry has relied on people walking the line, checking work, and trusting experience to catch what matters. Most of the time, it works well enough to keep production moving, but not always well enough to protect profits. The reality is simple—mistakes don’t usually happen because people don’t care; they happen because people can’t see everything.

Now imagine a second set of eyes on every station, watching every cut, every fastener, and every install in real time. That’s what Vision AI brings to the production line, and it’s starting to change how factories think about quality, training, and efficiency. Not in a dramatic, headline-grabbing way, but in the quiet, steady way that actually moves the bottom line.

Anyone who has spent time in a factory knows that most costly problems don’t start as disasters. They start as small oversights—a missed fastener, a slightly off layout, a connector that wasn’t installed because someone assumed it was already done. Those little issues travel down the line, picking up cost at every station until they finally show up in the field where they become expensive, time-consuming fixes.

Vision AI interrupts that chain reaction. By monitoring each station as work is being completed, it can flag issues immediately instead of hours or days later. Instead of discovering a problem at the end of the line, the person who made it can correct it on the spot, which is always the cheapest and fastest solution.

Over time, this alone can remove a surprising amount of rework from a factory’s daily operations. Not because people suddenly became better, but because the system made it easier to catch what was already being missed.

One of the quiet challenges in any factory is the slow drift toward “good enough.” It doesn’t happen overnight, and it’s rarely intentional, but over time standards loosen just enough that quality becomes inconsistent. One crew’s acceptable work becomes another crew’s problem, and nobody quite agrees on where the line is.

Vision AI replaces that ambiguity with consistency. It creates a digital benchmark of what correct work looks like and compares every unit against that same standard. There’s no interpretation, no mood, and no “it looks fine to me” judgment call.

That doesn’t eliminate craftsmanship or experience, but it does remove the gray area that often leads to uneven results. When every unit is measured the same way, quality stops being subjective and starts becoming repeatable.

Most factory owners have a general sense of where their bottlenecks are. They know which stations feel slow, which crews are under pressure, and where things tend to back up. What they don’t always see are the small inefficiencies that add up over the course of a day.

Vision AI tracks movement, timing, and workflow patterns across the entire line. It can show where workers are waiting, where materials aren’t staged properly, and where a process consistently takes longer than expected. These aren’t dramatic failures—they’re the kind of small delays that quietly eat into productivity.

When those patterns become visible, they become fixable. A few minutes saved at multiple stations can translate into meaningful gains without asking anyone to work harder or faster. It’s not about pushing people; it’s about removing the friction they’ve been working around.

Training has always been one of the toughest balancing acts in offsite construction. New workers need to learn, but production can’t afford to slow down while they do it. Too often, that means learning happens on the fly, with mixed results depending on who is doing the teaching.

Vision AI introduces a different approach by providing real-time feedback as work is being done. Instead of waiting for a supervisor to notice a mistake, the system can highlight it immediately and show what correct work should look like. That shortens the learning curve without pulling people away from their stations.

It also creates consistency in training, which is something many factories struggle to maintain. When every worker is guided by the same standard, the variability in how people are taught begins to shrink.

One of the most overlooked advantages of Vision AI is the record it creates. Every unit can be documented visually as it moves through production, creating a timeline of what was done, when it was done, and how it looked at each stage.

When a problem shows up in the field, this record becomes invaluable. Instead of relying on memory or assumptions, factory teams can go back and review exactly what left the building. That changes how warranty issues are handled and how internal accountability is managed.

It also builds confidence with builders and developers. Being able to demonstrate quality with actual data and visuals is far more powerful than simply assuring someone that everything was done correctly.

It’s important to say this out loud. Vision AI will not fix a poorly run factory, and it won’t replace strong leadership or clear processes. If anything, it will highlight where those things are missing.

Factories that treat it as a quick solution will likely be disappointed. The real value comes when leadership uses the information it provides to make better decisions, reinforce standards, and support their teams.

Like any tool, it reflects how it’s used. In the right environment, it becomes a quiet driver of improvement. In the wrong one, it becomes just another screen that people learn to ignore.

For years, offsite factories have depended on experienced people to keep quality and production on track, and many have done it remarkably well. But as labor becomes harder to find and margins become tighter, relying on experience alone is starting to show its limits.

Vision AI doesn’t replace the people on the line—it gives them something they’ve never had before: the ability to see everything that matters, all the time. The factories that benefit most won’t be the ones chasing technology, but the ones willing to face what it reveals and make the changes they’ve been putting off.