Most cyber training needs are pretty straightforward. You need something lightweight enough to practice a technique, test a tool, or run a short exercise without spinning up a full enterprise simulation. You are not looking for realistic business processes, weeks of setup, or a massive environment, just a few machines configured correctly so you can get to work.
But when you try to build even a small environment yourself, you often run into the same categories of work that make larger ranges difficult: networking, virtualization, deployment, and configuration. The scope may be smaller, but the expertise required does not disappear. Hiring someone creates the same problem in reverse, because you pay for specialized infrastructure knowledge even when the exercise only needs a few machines. The problem is that even simple exercises get priced like complex infrastructure projects, and that math has never made sense.
What it takes to build a custom cyber range
Building any custom cyber training environment requires a specific combination of skills, and that combination stays constant regardless of what you’re actually trying to build. You need to understand networking, virtualization, host configuration, and deployment, and you need to understand how all of those pieces interact with each other. A three box cyber lab sits on top of the same foundational knowledge as a thirty box enterprise simulation, which means the barrier to entry never drops just because your needs are simpler.
If you’re learning these skills yourself, you’re looking at months of learning that competes with everything else you’re trying to do. If you’re hiring someone who already has them, you’re paying rates that reflect years of accumulated expertise, and those rates don’t adjust downward for smaller projects. Either path requires an investment that makes sense for complex, high stakes training but feels completely disproportionate when all you needed was a quick environment to practice something new.
Cyber range pricing: pre-built vs custom development
The cyber range market organized itself around this reality and built two lanes that have stayed separate ever since.
Pre-built platforms sell affordability by spreading development costs across many customers. You get access to a library of scenarios that someone else designed, and the economics work as long as your needs happen to match what they already built. When they don’t, you either reshape your training to fit their constraints or you start looking at custom cyber range development.
Bespoke range development sells precision. You describe exactly what you need and specialists build it for you, with full-fidelity environments running upwards of six figures depending on complexity. That makes sense for flagship programs, major budgets, and high-stakes exercises where the training environment has to mirror reality as closely as possible. But not every team that needs custom training has that kind of money, time, or institutional support. In practice, the teams that most need flexible, purpose-built training are often the ones left without an option that fits their actual situation.
There is no middle lane because custom training infrastructure has always required specialist labor, and specialist labor has always carried specialist pricing. The minimum engagement stays high because the expertise required to build anything at all commands a premium, and that premium doesn’t care whether your project takes an afternoon or a month.
The cyber training that gets skipped
The training that disappears is almost always the simple stuff, which is unfortunate because the simple stuff is often what keeps skills sharp between major exercises.
Complex cyber training justifies the investment. When you’re running a multi-week red team simulation or building a cornerstone course for your program, you can absorb the setup cost because the stakes demand it. You budget for infrastructure, you allocate time for cyber range development, and you make it happen because there’s no alternative.
Simple training has a harder time making that case. When the barrier to building a quick practice environment is the same as building something far more elaborate, the quick practice doesn’t happen. Practitioners reuse whatever cyber lab they already have, even when it doesn’t quite fit what they’re trying to learn. They postpone exercises that would take an afternoon to run because setup would take a week. The friction accumulates quietly until skipping becomes the default and skills that should stay sharp start to fade.
The squeeze between time, skills, and money never loosens because the floor is set by the hardest version of the problem. Simple needs inherit complex overhead, and the majority of cyber training pays a price set by the minority.
Closing the cyber range accessibility gap
For simple cyber training to finally have a simple option, the expertise has to move from the person to the tooling.
Right now that knowledge lives in specialists who spent years learning how to configure systems, connect networks, and deploy infrastructure. It’s valuable, and it commands a premium because it’s scarce and difficult to develop. As long as building any custom cyber range requires either becoming a specialist yourself or hiring one, the barrier stays where it is.
The shift happens when building a small cyber training environment no longer requires the same skillset as building a large one. When the tooling holds the expertise instead of the person, scope starts to drive cost the way it should. Simple becomes fast. Fast becomes accessible. And the cyber training that has always been squeezed out finally gets an option that matches what it actually needs.
That shift is what we’re building at ArkOne. You describe the cyber range you need in plain English and the platform generates it. Someone with a year of experience gets the same output as someone with a decade of DevSecOps background, and the majority of training needs finally get an option that fits.
— The Black Ark Labs Team
ArkOne lets you describe a cyber range and generate it. Learn more at blackarklabs.com.