Person writing in a notebook at a desk with a calculator, laptop and printed financial charts, reviewing an infrastructure budget

Across the engagements Direxyon has run, on roads, transit systems, water networks, and power infrastructure, the same unresolved problem surfaces at budget time, regardless of asset class or organization size. Leadership needs to know what a target level of service costs, or what a fixed budget will actually buy, and the honest answer is rarely available on demand. 

What exists instead is an estimate built from experience, a spreadsheet, and professional judgment that nobody in the room, including the person who produced it, can fully defend under questioning. 

This is not a gap in expertise. It is what happens when the tool available does not match the size of the decision being made. 

Direxyon treats this as one problem asked in two directions, and resolving it is the starting point of asset investment planning. Its asset investment planning software is built to answer it both ways, for every asset in the network. 

Set your objectives, and see what it costs 

The first direction: what will it cost to keep this network in a given condition? It sounds like a simple calculation. It is not, because the cost depends not only on what gets fixed, but on when. 

Resurfacing a road while it is still in Fair condition costs far less than reconstructing it after it fails.  

Wait too long, and two things happen at once: the cost of the work goes up, and the condition degrades faster, leading to a significant loss in level of service. With thousands of assets, each aging at its own pace, no single number tells the full story. 

This is where Direxyon’s software comes in. It models every asset individually, projecting how each one will deteriorate and defining its life cycle strategy: which intervention to apply, and when it makes the most sense. From there, it builds a year-by-year plan: what to spend each year, and what condition the network will be in as a result. Because it simulates many possible futures, it gives a realistic range rather than a single guess, and the plan can be updated quickly when things change. 

Set a budget, and see what it achieves 

The second direction is the reverse, and it is the one Direxyon is asked about most often. In most organizations, the budget is set before anyone asks what it can achieve. 

The natural reflex is to fix the worst assets first. It is very common, and it is usually the most expensive choice: those assets have already failed, and the lower-cost options are gone. Meanwhile, assets that could have been maintained at a lower cost keep getting worse, and next year’s list is longer than this year’s. 

Enter a budget into Direxyon, and the software simulates what it achieves over the long term, not only next year. It shows whether the backlog of needed work grows or shrinks, which is the clearest sign of whether the budget is enough. It also shows which parts of the network, and which levels of service, are affected when funding falls short. A tight budget stays tight, but it becomes an informed decision with known consequences, which is a very different thing to bring to elected officials. And even when the budget falls short, its optimization identifies which projects deliver the most value for every dollar available. 

One tool, two questions 

Choose a condition, and Direxyon shows the cost. Set a budget, and it shows the resulting condition. Both answers come from the same model, one that balances cost, risk, and performance over each asset’s full lifecycle: how each asset ages, what each rehabilitation or replacement costs and restores, and what a failure would mean. 

This is what often surprises people the first time: the budget is no longer a fixed limit to work around. Funding levels, levels of service, and priorities become scenarios that can be adjusted and compared side by side. Instead of bringing council a single recommendation, teams can bring clear options. 

Close-up of hands gesturing at a council meeting table with a microphone and documents, representing an infrastructure budget discussion

When a number goes to council, it has to be justified. Why this asset and not another? Why this amount? What happens if it is cut? Direxyon is built to answer those questions, and two things set it apart. First, it accounts for uncertainty: instead of a single figure, it shows how confident you can be in a budget, and exactly what extra funding would buy. Second, it is fully transparent: the plan keeps a clear line of sight, and every number can be traced back to where it came from, so when an auditor, a regulator, or a councillor asks why this pipe and not that one, the answer can be shown on the spot. 

What changes once an organization can answer both 

Budget requests that survive scrutiny. When an organization can answer both questions, its requests hold up, not because the number is larger, but because the reasoning behind it is visible and consistent. 

Earlier, calmer conversations. Difficult conversations happen before problems occur rather than after. 

Re-planning without starting over. Because the plan lives in Direxyon, updating it no longer means starting a new project every time the budget changes. 

Knowledge that stays. Because the software captures the decision rules of the person who has spent twenty years learning which assets matter, that knowledge stays with the organization, even after they leave. 

In nearly every engagement, the organization starts with a third, simpler version of the question: what do we already owe. The accumulated backlog is usually the fastest figure to quantify, and it becomes the baseline the other two directions are measured against. Direxyon has applied this across municipal roads, sewers and watermains, transit and rail, electric and gas networks, buildings, bridges, ports, and airports. The asset classes change. The underlying question does not. 

See it against your own network 

Every infrastructure budget is really this same question, asked one way or the other. Most organizations have never had a tool built to answer it directly. Direxyon was built to do exactly that. Book a demo to see what that answer looks like against your own network, or get in touch with questions first. 

Frequently Asked Questions 

The software models each asset individually, using its condition, age, and deterioration pattern to project when it will need work and what that work will cost. It then tests different timings and types of intervention to find the lowest-cost path to the target condition, and shows the resulting spending year by year. 

Enter a budget, and Direxyon simulates how the network responds over the coming decades: which assets get work, which are deferred, how condition and levels of service change, and whether the backlog grows or shrinks. Its optimization then identifies the projects that deliver the most value within that budget. 

Asset deterioration, costs, and failures never follow a single predictable path. Instead of relying on averages, the software simulates many possible futures, so a plan comes with a range of outcomes and a level of confidence. That makes it possible to say how likely a budget is to reach its target, and what additional funding would change. 

Every result can be traced back to the data, costs, and decision rules behind it. When council, an auditor, or a regulator asks why one asset was prioritized over another, the reasoning can be opened up and shown, rather than explained from memory. 

A capital improvement plan is typically the output: a list of funded projects for a given period. Asset investment planning is the analysis behind it: the modelling that determines which projects belong on that list, and when, and that can be re-run whenever the budget, levels of service, or data change. 

Our product specialists will walk you through our proven approach to enhance your capital investment planning.

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