.png)
The Spec Was Already Written
Why industrial companies keep arriving after the critical decisions have been made — and what it takes to get into the room before the spec exists.
Nicole Bojic · Founder & CEO, illi
February 2026 · The Upstream Series, Paper 01
You keep showing up prepared.
The research is done. The presentation is tight. The case studies are current. You know the project, the timeline, the numbers. And you still lose — not to a better competitor, but to a decision that was already made before your first call.
That’s not a pitch problem. It’s a timing problem. And until you name it clearly, no amount of better positioning will fix it.
THE UNCOMFORTABLE TRUTH
Arriving at the point of the RFQ is arriving too late.
The RFQ isn’t where decisions are made. It’s where they’re recorded.
By the time that document lands in your inbox, the assumptions — what systems will be used, which suppliers are pre-qualified, which design standards will govern — were already baked into it by people you’ve never met in rooms you were never invited into.
The spec was already written.
You’re not losing on merit. You’re arriving after the decision is made.
THE CONTRACTOR CEILING
How industrial companies built a ceiling over their own growth.
The contractor relationship is one of the most valuable assets an industrial company can build. They cultivate decades of trust, project knowledge, and reliability with their partners. The specifying engineer who knows your product and reaches for it first. These relationships are real and they are hard-won.
They also have a ceiling.
The contractor doesn’t commission the project. The specifying engineer doesn’t control the budget. In the capital investment cycles now reshaping data centers, pharmaceutical manufacturing, and advanced industrial automation, the decisions that matter most, like what systems will be used, which design standards govern, which suppliers are qualified to bid, are made upstream of the contractor relationship.
Today’s data center developers are treating construction like a factory line — standardizing designs into repeatable units, locking in factory output years in advance, and pulling energy, mechanical, and infrastructure procurement in-house before a GC is ever hired. Pharma owners are doing the same with facility programming, critical systems selection, and supplier qualification. The decisions that used to be made in the middle of a project are being made at the front — by owners, developers, and their design partners — with people they already know and trust.
If you’re not in that circle, you’re not being specified in. You’re being inherited.
The contractor relationship is too valuable and too hard to build to abandon. The companies that navigate this transition successfully maintain their contractor and specifier relationships, but stop letting them be the only lane. They build a parallel path upward while protecting the one that got them here.
What changes is not who you are. It’s how you go to market, and who you go to it with.
IDENTITY TENSION
Addressing identity tension.
The companies facing this challenge aren’t struggling because their capabilities are weak. They offer excellent engineering and a strong track record. Their depth of field experience is a competitive moat that a newer entrant can’t replicate.
Think about who these companies are. A mechanical contractor with 40 years of relationships built on showing up, doing quality work, and being the most reliable partner in the room. A pipe joining manufacturer whose product has been the spec standard for decades. A controls integrator who has solved problems in facilities that no one else would have known how to touch.
The challenge isn’t capability. It’s identity. These companies built their go-to-market through the contractor and specifier relationship because that’s where the work came from. Their culture, their team, and their brand identity are built around doing excellent work, not marketing it. Reaching upstream means impressing buyers who don’t know them yet, in conversations that are business development rather than project delivery.
“The market is not saying your legacy is the problem. It’s saying the room you’re telling it in is.”
The legacy is the competitive moat. The problem is it’s being held in the wrong room, told in the wrong language, to the wrong person.
The companies that figure this out don’t change who they are or their message. They change who they talk to and how they present it. The credibility they’ve built in 40 years of project delivery — the track record, the references, the scale of work — becomes the content for building trust with a new audience.
A DIFFERENT BUYER
Reaching the capital decision makers.
The person who signs the capital decision is not the person who specifies the product.
This is the fundamental insight that most industrial go-to-market misses. The specifying engineer cares about performance, compatibility, and compliance. The owner, developer, or VP of Capital Projects cares about risk.
A data center hyperscaler’s infrastructure leader worries about the window closing — whether speed to power will be achievable, the supply chain will hold, or they’ll be the one who selected the wrong partner and set the program back six months. Their deepest fear isn’t technical failure; it’s reputational exposure at the scale of nine figures, in front of a board that approved the capital.
The VP of Capital Projects at a pharma company isn’t losing sleep over pipe schedules. They’re thinking about GMP compliance failure, FDA inspection risk, and what happens if a major biologics facility can’t be validated on schedule. Every decision they make is a bet — on whether a facility makes it to market, their judgment holds up under regulatory scrutiny, and if the partners they chose were worth the trust.
These are fear and ambition operating at scale. And the companies that can demonstrate they understand it — not just intellectually, but in the way they tell their story and frame their value — earn a seat at the table before the spec is written. Everyone else shows up after.
This requires a fundamentally different conversation than the one that worked with a contractor or specifying engineer. Instead of focusing on capabilities and compliance, conversation should center around risk mitigation, schedule protection, and the confidence that comes from past experience and can prove it in terms that matter to someone defending a capital decision in a boardroom.
ARCHITECTURE OF INFLUENCE
Who writes the spec.
Getting upstream means understanding the full architecture of who shapes decisions before a project brief exists. And it starts with a question most industrial companies have never thought to ask: who actually owns the functional spec?
The answer varies by industry — and it matters enormously.
Pharma & Life Sciences
The owner holds regulatory accountability for the User Requirements Specification and must approve it.1 But in practice, the pen is often held by a consultant, A&E firm, or EPC contractor.2 The owner signs off. Someone else shapes what’s on the page. Which means the opportunity to influence what gets required is even wider than most suppliers realize. Whoever shapes the thinking before the URS is drafted effectively shapes every downstream design decision, procurement choice, and supplier selection that follows. Getting in at that moment, as a trusted technical advisor rather than a future vendor, is the upstream move almost no one in the supply chain is positioned to make.
Data Centers
Hyperscalers like Amazon, Google, and Microsoft have internal standards teams that write proprietary design specifications their preferred A&E and EPC partners then execute.3 For smaller operators and colocation developers, the A&E firm typically owns spec development, working closely with the owner’s infrastructure team.4 Either way, the design philosophy and performance standards are established before detailed engineering begins, and often before the broader contractor ecosystem has any line of sight into the project.
Advanced Manufacturing & Industrial Automation
The EPC or systems integrator often writes the functional spec, particularly for automation architecture, controls philosophy, and technology selection.5 This isn’t new, but it’s accelerating. Over the past two decades, most owner-operators have eliminated their internal automation engineering departments to focus on core operations.6 The capability that left the building didn’t disappear. It migrated to the integrators, EPCs, and technology vendors who now hold the pen on what gets specified. If a technology partner can get far enough upstream to define what the automation system must do, their platform and architecture become the baseline. Every other supplier responds to a spec that was shaped around someone else.
“The real prize is not just getting to the owner earlier, but getting close enough to whoever writes the functional spec that your thinking shapes what gets required.”
Between the owner and the contractor sits a layer that most industrial companies still underestimate: the A&E and EPC firms who translate owner intent into technical specifications. These firms are relationship builders. They work with the same owners on project after project, and they carry enormous influence over what gets specified and who gets qualified. The industrial companies that build relationships with A&E firms — and contribute thinking that gets incorporated into their design standards — operate at a fundamentally better position than the ones competing at RFQ.
What it takes to get into the room before the spec exists.
Getting upstream is a market position built over time through the accumulation of trust, visibility, and credibility in the rooms where decisions get made.
The companies that do it well share a few things in common. They invest in thought leadership that speaks to the concerns of owners and developers, not just specifying engineers. They build relationships with A&E and EPC firms as strategic partners, not just as influencers on specific projects. They participate in industry events where design standards are being discussed — not to sell, but to contribute. And they treat their project track record as content that connects: turning the problems they’ve solved and the risks they’ve mitigated into the language that resonates with the buyers who care about those things most.
ACTING NOW HELPS YOU LATER.
The conversations that get you upstream.
The owner-level conversation is about risk, schedule, and confidence. Not your product features — the business consequences of getting this wrong. For example, a pharma facility that can’t validate is a loss of competitive timing in a market that rewards speed to launch. And a data center that misses its power-on date is a breach of service commitments to hyperscale clients. The industrial company that can come in and speak that language — and back it up with a track record of solving exactly those problems — doesn’t need to wait for an RFQ.
The A&E conversation is about contribution. They look for partners who make their work better, their projects less risky, and their client relationships stronger. The industrial company that brings relevant insight, like a technical paper on a design challenge the firm encounters repeatedly or a case study that addresses a risk the owner has raised builds the kind of relationship that gets written into specifications long before a project brief exists.
MAKE THE SWITCH NOW TO COMPETE IN A RAPIDLY GROWING FUTURE MARKET.
U.S. data center construction starts hit $77.7 billion in 2025 — a 190% year-over-year increase.7 Pharma greenfield facility builds are running $250 million to $500 million or more per project.8 Advanced manufacturing expansion is accelerating in aerospace, with defense-driven investment reaching its fastest growth rate in nearly four decades.9 The capital is moving. The decisions are being made now.
The companies that establish upstream relationships now will be specified into projects for the next decade. The ones that wait will keep showing up at RFQ — well prepared, well positioned, and still too late.
THE WINDOW
Show up sooner and earn trust first.
The timing problem is real, but it’s not permanent.
The shift requires two things: getting clear on who the upstream buyers actually are — the owners, developers, and design firms who shape what gets specified before a project brief exists — and building a presence in their world that earns trust before it asks for anything.
That’s a different kind of go-to-market than most industrial companies have built. It’s slower at the front and more durable at the back. And for the companies that figure it out, the RFQ becomes a formality.
Citations
1 ISPE GAMP 5 Guide, 2nd Edition (2022). Defines the URS as what “the regulated company requires the system to do” and confirms the regulated user retains process and data ownership. Supported by EU GMP Annex 11 (2025 draft revision) and PIC/S PI 041-1.
2 GAMP 5, 2nd Edition acknowledges “increased importance of service providers” in requirements development. EPC firms such as KeyPlants describe end-to-end delivery “from URS to design, engineering, and automation.”
3 Microsoft Cloud Operations & Innovation documentation states its data centers use proprietary design standards rather than traditional datacenter standards. Google publishes its design philosophy in “The Datacenter as a Computer.” Meta open-sourced proprietary facility designs through the Open Compute Project.
4 Building Design + Construction, Giants 400 Report (2025). King & Spalding, “Building Data Centers: Key Considerations” (April 2025) confirms design-build as the predominant delivery model for large-scale data centers.
5 ELCON Technologies; CSIA-certified firm Patti Engineering; Enterprise Automation. All describe systems integrator authorship of functional specifications as standard practice.
6 ARC Advisory Group confirms most owner-operators no longer maintain large in-house automation departments. Control Design and CSIA document the structural shift of internal SI groups to external partners.
7 ConstructConnect, February 2026. Chief Economist Michael Guckes. Data center construction starts through December 2025.
8 Based on announced projects including Bristol Myers Squibb ($400M, Dublin), Sanofi (€500M, Neuville-sur-Saône), AGC Biologics (¥50B/~$350M, Yokohama), and Lonza (CHF 500M/~$560M, Vacaville). Larger projects in 2024–2025 include Novo Nordisk ($4.1B) and Eli Lilly ($4.5B).
9 GE Aerospace nearly doubled manufacturing investment from ~$650M (2024) to ~$1B (2025). Boeing announced $1B North Charleston expansion. Airbus doubled U.S. A320 production capacity. Global defense spending rose ~10% in 2024, the fastest growth in nearly four decades.
Nicole Bojic
Founder and CEO of illi, a B2B strategy and story agency for industrial, manufacturing, construction, and B2B technology companies. illi helps technical companies build the bridge between their expertise and the buyers who need it.
illi-agency.com · nicole@illi-agency.com
The Upstream Series
Paper 01 of 02 · The Spec Was Already Written · Paper 02: The Answer Was Already Written
.png)
