Physical security operations can pose a major challenge to your organization’s budget.
Guards’ wages add up, not to mention the salaries needed to attract and retain them. And the financial costs of false alarms or missed incidents can be burdensome.
Robots can help with security cost reduction. They don’t require a paycheck or time-and-a-half. They don’t suffer from fatigue. And their high-tech capabilities mean they miss fewer incidents and respond faster to threats.
But aren’t security robots too expensive? And doesn’t relying on robotic perimeter security require time and expertise most organizations don’t possess?
Not in a Robotics-as-a-Service (RaaS) subscription model.
Capital expenditures (CapEx) are major, long-term purchases that you capitalize and depreciate over time. You buy an asset; you live with it; you manage it.
Operating expenses (OpEx) are day-to-day costs and capabilities you pay for as you incur them, while they’re delivering value.
The distinction matters for security technology because security doesn’t “complete” the way, say, a construction project does. Security is a continuous operating function.
So when you buy a piece of security technology as CapEx, you’re making some assumptions. You’re assuming:
That’s a lot of assumptions!
By contrast, in the “as-a-service” model, instead of paying to own a device, you pay for the outcome it delivers, and your provider is on the hook to keep it running, improving, and valuable.
This shift is a major reason Robotics-as-a-Service (RaaS) is gaining traction. In moving security robot costs from CapEx to OpEx, it reduces upfront spending, simplifies adoption, and moves your organization’s conversation away toward time-to-impact.
If you’ve ever been involved in buying a new security platform, you know the trap: You buy a piece of hardware or a system, only to realize later the “cost” wasn’t the purchase but everything needed to make it work.
Most organizations don’t want a science project. They’re not looking to build an internal robotics program. Instead, they understandably want the benefits of automated security patrol management without needing to hire robotics experts, negotiate a stack of separate vendors, or learn lessons the hard way.
And so, in Robotics-as-a-Service (RaaS) plans, the provider bundles deployment, support, maintenance, and optimization so the customer doesn’t need an in-house robotics team.
It’s a situation security leaders long for but rarely experience: “It just works!”
And it works not because the robots are magically simple, but because the service model, not the customer, carries their complexity.
You’re well aware security leaders are in the business of selling ideas in-house.
Your budget grows tighter every year. Spending it invariably involves winning significant approvals from those higher up.
And, if your organization is like so many others, CapEx approval cycles are slower and more political than OpEx cycles, especially when the technology isn’t considered “core infrastructure.”
But when you move the cost of robotic perimeter security into the OpEx column, you can:
Indeed, these benefits are big reasons organizations shift spend away from large, upfront purchases across technology categories.
Because RaaS solutions reduce initial investment, simplify approval, and bring time-to-value forward, you can move more quickly from “We should do this” to “We are doing this.”
Today’s security leaders need the ability to adapt nearly every aspect of their program as circumstances change and evolve: prioritized sites, patrol patterns, hours of coverage, number of assets, and response workflows.
In many RaaS frameworks, scaling up or down is part of the value proposition. You pay for the robots you need when you need them, and can adjust capacity as your operational demands dictate.
Such flexibility is hard to replicate with CapEx hardware.
In addition, if you buy a robot outright as CapEx, you may discover that keeping it current becomes a separate project and a separate expense.
But with an RaaS subscription, “keeping it current” is baked into the relationship. Ongoing software and hardware updates, maintenance, and support are explicitly baked into the subscription. Your robotics provider has a clear incentive to keep the system valuable. Their recurring revenue depends on it.
Here’s yet another advantage of an RaaS service model: Maintenance risk and downtime become your provider’s responsibility.
In security operations, downtime is more than inconvenient. It can create critical gaps in coverage, missed events, and operational liability.
So your provider’s assumption of responsibility for maintenance and ongoing optimization is a vital part of the value managed security services provide. You don’t absorb the costs of downtime—or hardware depreciation, or repairs, or end-of-life replacement.
Security teams are stretched. SOCs are balancing alarms, investigations, access control events, and day-to-day incident handling. Adding a net-new technology stack that demands constant babysitting can backfire.
Consequently, the best version of RaaS doesn’t simply hand you machines and say, “Here’s a robot.” It says, instead, “Here’s a managed capability with a support structure.”
A strong robotic perimeter security solution doesn’t eliminate humans. Instead, it automates all dull, dirty, and dangerous tasks, leaving your human team free to stay focused on judgment, response, and leadership—all the things humans do best.
Finance professionals sometimes ask, “Won’t this arrangement make us too dependent on a single vendor?”
Vendor lock-in is a legitimate concern. You don’t want switching to become difficult or costly because of technology or contractual constraints.
Due diligence is the answer. Make sure your vendor:
Further, the Service Level Agreement (SLA) should define performance expectations: uptime, response times, replacement timelines, and escalation.
Note that SLAs alone may not solve every “robot in the corner” failure mode, so operational support and accountability matter as much as contractual language.
Even in a managed model, leaders should clarify responsibilities. What will the provider secure? What will the customer? Cloud providers have already formalized this concept as a “shared responsibility model.”
Robotics adds the additional layers of network connectivity, device security, and access controls around operational systems. A trustworthy provider will be transparent about shared responsibility and make it easy for IT and security teams to validate.
To be sure your organization is getting the RaaS solution it needs and deserves, consider these six key criteria:
When leaders use this checklist to evaluate their RaaS options, the conversation stops being a finance debate and becomes a conversation about risk reduction and operational certainty.
At Asylon, our Robotics-as-a-Service (RaaS) model removes the barriers—high upfront costs, operational uncertainty, and the need to become a robotics expert to get value—that have long kept organizations from deploying robotics effectively.
Our solutions bundle robotics with deployment support, cloud connectivity, integration services, and ongoing maintenance, keeping your team free to focus on core security priorities.
When you partner with Asylon, using our DroneDog ground security robots and Guardian aerial drones to secure your perimeter, you create repeatable, reliable security outcomes that deliver real value.
Our model allows you to:
For a one-on-one demonstration of how Asylon’s managed security robot services can benefit your organization’s property and budget, contact us now.
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