The anti-drone technology market is projected to reach $2.32 billion by 2029, and with $500 million in FEMA C-UAS grant funding now flowing to state and local agencies, the procurement mistakes are about to get expensive. The organizations that spend wisely will build detection infrastructure that lasts. The ones that buy the wrong thing first will be back at the table in 18 months with a system that underperforms and a budget that has already been spent.
We have watched this cycle play out across industries - airports that bought sensors without a C2 platform, correctional facilities that deployed RF-only detection and missed autonomous drones, event security teams that purchased hardware without training their operators. These are the five most common procurement mistakes in anti-drone technology, and how to avoid each one.
Mistake 1: Buying Mitigation Before Detection
The instinct is understandable - the threat feels urgent, and jamming or intercepting a drone feels like a more tangible response than "just" detecting it. But mitigation without detection is operationally meaningless. You cannot jam what you cannot see. You cannot intercept what you cannot track. Every mitigation system - from RF jammers to net-capture interceptors to laser effectors like AeroVironment's LOCUST X3 - depends entirely on upstream detection and tracking infrastructure to provide targeting data.
Under the SAFER SKIES Act, SLTT agencies must establish a "credible threat" determination before any mitigation action. That determination requires continuous airspace monitoring, which means detection must be operational before mitigation is even relevant. The law itself encodes the correct procurement sequence.
Red flags you are making this mistake:
- Your RFP prioritizes jamming or intercept capability over detection range and classification accuracy
- Your vendor's demo shows the effector in action but skips how the target was detected and tracked
- Your budget allocates more to mitigation hardware than to sensors and C2 software
What to do instead: Start with detection. Build the sensor layer and the C2 platform first. Add mitigation capability once you have the situational awareness to use it legally and effectively.
Mistake 1 is about buying the wrong thing first. Mistake 2 is about buying the wrong thing entirely.
Mistake 2: Deploying a Single-Sensor Solution
Every sensor modality has a structural blind spot. RF detection cannot see autonomous drones. Radar struggles to classify small targets. Cameras have limited range and weather sensitivity. Acoustic sensors are range-constrained. Remote ID only works on compliant platforms. Peer-reviewed research consistently validates multi-sensor fusion as the only architecture that provides reliable detection across real-world conditions.
This is not an abstract concern. The Port Shuaiba drone attack in Kuwait demonstrated what happens when a single low-altitude, slow-speed drone encounters a defensive posture that was not designed to detect it. A single-sensor approach is cheaper upfront but creates a known, exploitable gap. Any adversary who understands your detection modality can defeat it. A drone operator who knows you rely on RF detection simply flies an autonomous waypoint mission. An operator who knows you rely on radar uses terrain masking and low-altitude approach.
Red flags you are making this mistake:
- Your vendor's system relies on a single detection modality (RF-only, radar-only, or camera-only)
- Your procurement evaluation does not include a test against autonomous, RF-silent drones
- Your vendor cannot explain what types of drones their system will miss
What to do instead: Require multi-sensor fusion capability. Understand what each modality detects and what it misses. Our guide to the five sensor modalities every security buyer should understand provides the technical foundation for this evaluation.
Even if you buy the right sensors, connecting them poorly is almost as bad as buying the wrong ones.
Mistake 3: Ignoring Integration and Interoperability
Buying sensors from three different vendors without a unifying C2 platform creates three separate data streams that an operator must monitor simultaneously. This is not "multi-layered detection." It is information overload. The value of multi-sensor architecture comes from fusion: correlating radar tracks with RF detections with EO/IR confirmations in a single operating picture that reduces cognitive load and accelerates decision-making.
When JIATF-401 selected Anduril's Lattice as the military's tactical C2 backbone for counter-drone operations, the rationale was explicitly about integration: a software platform that unifies "a broad range of sensors and effectors from legacy systems to newly fielded capabilities." If the military's highest-priority counter-UAS program made C2 integration the centerpiece of a $20 billion contract, that tells you where the real value sits.
Red flags you are making this mistake:
- Your operators need to watch multiple screens from different vendors to monitor the airspace
- Your system cannot correlate a radar track with an RF detection of the same drone automatically
- Your vendor cannot demonstrate sensor-to-sensor handoff in a live environment
What to do instead: Before purchasing any detection hardware, ask: what platform will integrate all of this? Does the C2 layer support open standards? Can it scale from a single site to a multi-site network as your program grows?
You have the right sensors and the right integration layer. But if nobody knows how to use it, you have expensive furniture.
Mistake 4: Overlooking Training Requirements
The SAFER SKIES Act mandates that agencies deploying counter-UAS technology must have personnel trained or scheduled for training at the FBI's National Counter-UAS Training Center (NCUTC) in Fort Sill, Alabama. FEMA grants require verification of this compliance before funded equipment can be deployed operationally. Yet many agencies focus entirely on hardware procurement and discover training requirements only after the system is installed.
The training pipeline has real constraints. The FBI is training approximately 60 state and local officers to qualify on drone-mitigation equipment before the FIFA World Cup begins in June 2026. The NCUTC flagship course runs two weeks and combines classroom instruction, hands-on training, and a capstone field exercise. If your agency has not nominated personnel for training, you are already behind the timeline for operational deployment.
Red flags you are making this mistake:
- Your procurement plan does not include a line item for operator training
- Your deployment timeline assumes the system will be operational immediately after installation
- Your vendor's proposal does not address NCUTC training alignment or provide equivalent training programs
What to do instead: Build training costs and timelines into your procurement plan from day one, not as an afterthought. Factor in 2 weeks per operator for NCUTC-equivalent training, travel costs, and the scheduling lead time required to secure training slots during a period of high demand.
The first four mistakes are about buying the wrong things or deploying them wrong. Mistake 5 is about buying something that cannot legally be used at all.
Mistake 5: Confusing Military-Grade with Commercially Deployable
Systems designed for forward operating bases in contested environments do not necessarily translate to domestic commercial or municipal deployments. Military counter-UAS solutions frequently use active jamming, directed energy, or electronic attack capabilities that are restricted for non-federal entities. The FCC prohibits the operation of any device that intentionally blocks, jams, or interferes with authorized radio communications, including drone control links. The FAA's guidance on counter-UAS at airports makes clear that only federal departments with explicit statutory authority (DHS, DOJ, DOD, DOE) may deploy mitigation systems. Under SAFER SKIES, SLTT agencies will gain limited mitigation authority, but only after training, certification, and with federally authorized equipment.
A system with an impressive demo video at a desert test range may be legally unusable at your airport, stadium, or correctional facility. The vendor's test environment and your operational environment are governed by different rules entirely.
Red flags you are making this mistake:
- Your vendor's reference deployments are exclusively military or international, with no domestic commercial or SLTT installations
- The system includes active jamming capability but the vendor cannot confirm FCC compliance for your jurisdiction
- The vendor cannot explain how their equipment aligns with the SAFER SKIES Act's authorized technology list being developed by DHS and DOJ
What to do instead: Ask every vendor: is this system legally deployable in my specific jurisdiction, under my specific authority, and in compliance with FCC, FAA, and SAFER SKIES Act requirements? If the answer is not a clear yes with documentation, proceed with caution. Detection systems are generally less restricted than mitigation systems, which is another reason to start with detection.
Spend the Money Right the First Time
The counter-UAS procurement window is wide open. Federal funding is available, legal authority has been granted, and the threat is well documented. With 78 FIFA World Cup matches beginning across 11 US cities this June and the SAFER SKIES implementation clock already running, the organizations that avoid these five mistakes will build detection infrastructure that actually works when it matters. The ones that do not will learn these lessons the hard way - at the cost of time, budget, and potentially public safety.
Want the technical foundation for evaluating anti-drone technology? Start here: Drone Detection Technology: The Five Sensor Modalities Every Security Buyer Should Understand.
Ready to evaluate specific vendors? Use our framework: Drone Detection Companies: The 4-Question Framework That Separates Real Solutions from Sales Pitches.
Want to understand the vendor landscape first? Read: Counter-Drone Companies: What Each Vendor Type Actually Does (And What It Can't).
Apply these five principles to your specific site and threat profile. Talk to our team about your deployment requirements.
