How LandSkyAI's BVLOS Approvals Unlock Security Capabilities Most Operators Can't Offer
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- 8 min read
There are roughly 388,000 registered drone operators in the United States. The vast majority of them are operating under the same fundamental constraint: the aircraft has to stay within the pilot's unaided visual line of sight at all times. That's the baseline requirement under FAA Part 107, the rule that governs commercial drone operations in the US. It's not a guideline or a best practice. It's a legal limit.
Beyond Visual Line of Sight, or BVLOS, is an authorization that removes that constraint. It allows a pilot to operate a drone at ranges and in conditions that exceed what the unaided eye can track. For security applications specifically, it's the authorization that makes drone-in-a-box deployments legally operable, that enables autonomous overnight patrol routes across large facilities, and that allows a single remote pilot to manage multiple aircraft simultaneously from a central operations center.
The FAA approved 203 BVLOS waivers in 2024, representing 25% of all Part 107 waivers issued that year. Against a total registered operator population that runs into the hundreds of thousands, the pool of operators legally authorized for BVLOS operations is small. What separates them from the rest isn't just paperwork. It's a demonstrated operational track record that the FAA uses to evaluate whether an operator has the safety infrastructure to fly beyond visual range.
LandSkyAI has completed more than 80,000 BVLOS missions. That number is why the FAA approvals are available, and it's what makes the security capabilities that BVLOS unlocks operationally deliverable to clients.
What BVLOS Authorization Actually Requires
The BVLOS waiver process isn't a form submission. It's an application that requires operators to demonstrate, in detail, how they intend to operate safely in conditions where the standard visual-observer safety check doesn't apply.
The FAA evaluates BVLOS waiver applications against the risk model that the visual line of sight requirement exists to address. Standard Part 107 operations assume the pilot can see the aircraft and take immediate corrective action if something goes wrong or if a conflict with other aircraft or objects is developing. When that visual check is removed, the operator has to demonstrate an alternative safety framework that achieves the same result: detecting and responding to potential conflicts without the ability to visually monitor the aircraft in flight.
That requires documented procedures, technical systems, and operational infrastructure. The FAA reviews the detect-and-avoid methodology the operator proposes, the communications architecture that links the pilot to the aircraft when it's beyond visual range, the contingency procedures for lost link and emergency situations, and the track record of safe operations that supports confidence in the operator's actual execution.
The Department of Transportation's Office of Inspector General reviewed FAA's BVLOS program in a final report published June 30, 2025. The audit found that FAA approvals for BVLOS operations grew from 1,229 in 2020 to 26,870 in 2023 as the agency developed more structured approval pathways. It also found that developing a consistent, scalable approval framework remained an ongoing challenge, noting that most program participants flew only a small percentage of their operations without a visual observer, reflecting how difficult achieving fully autonomous BVLOS operations at scale actually is.
That difficulty is the point. BVLOS authorization signals that an operator has built the operational infrastructure the FAA considers sufficient to fly beyond visual range safely, not just applied for the right to try.
The Regulatory Moment: Part 108 and What It Changes
The BVLOS regulatory landscape shifted significantly in the summer of 2025 with two connected developments.
On June 6, 2025, President Trump signed Executive Order 14307, titled Unleashing American Drone Dominance. The order directed the FAA to issue a proposed rule for BVLOS operations within 30 days and a final rule within 240 days, placing drone regulatory acceleration at the center of executive policy.
The FAA published the Part 108 Notice of Proposed Rulemaking on August 7, 2025. At more than 700 pages, it represents the most significant proposed development in commercial drone regulation since Part 107 was introduced in 2016. The core shift Part 108 proposes is structural: moving BVLOS from a waiver-by-waiver approval model to a standardized certification framework where operators who meet defined criteria can conduct repeatable BVLOS operations without seeking individual approvals for each deployment.
The comment period closed in October 2025, with more than 3,000 public comments submitted. The FAA reopened the comment period in January 2026 to address questions about electronic conspicuity device requirements, reflecting the technical complexity of the proposed framework. The final rule is expected in 2026 under the 240-day timeline directed by the executive order.
What Part 108 doesn't do is make BVLOS accessible to operators without a demonstrated safety record. The certification pathway it proposes still requires operators to meet defined operational standards. An operator with 40,000 BVLOS missions and an established safety framework has a fundamentally different path through that certification process than one who hasn't operated beyond visual range at scale.
The regulatory environment is normalizing BVLOS. The competitive advantage of having earned BVLOS approval early, through the harder pre-Part 108 waiver process, is a track record that can't be compressed. An operator who has been flying BVLOS for years, under FAA oversight, has demonstrated exactly what the Part 108 certification framework is designed to validate.
What BVLOS Unlocks for Security Applications
The practical difference between a Part 107 VLOS-only operation and a BVLOS-authorized operation for security clients is the difference between a drone that has to stay close enough for a pilot to see it and one that can operate across an entire facility footprint autonomously.
Drone-in-a-box autonomous deployment. A drone-in-a-box system, where the aircraft launches from a docked charging station, conducts a patrol route, and returns without pilot intervention, requires BVLOS authorization to operate as intended. During a patrol route, portions of the aircraft's flight path will be beyond the unaided visual range of any single observer. Standard Part 107 requires a visual observer who can maintain sight of the aircraft at all times, which effectively negates the autonomous operation model. BVLOS authorization removes that requirement and makes fully autonomous drone-in-a-box deployment legally operable.
Overnight and unattended operation. Security incidents concentrate in the overnight window, when facilities are staffed at minimum levels and guard coverage is thinnest. Autonomous overnight drone patrols require the aircraft to operate without continuous human visual monitoring, which is a BVLOS operating condition. An operator without BVLOS authorization cannot legally run the overnight patrol cycles that are the core value proposition of autonomous drone security.
One pilot, multiple aircraft. Standard Part 107 operations assume a one-to-one ratio of pilot to aircraft: one remote pilot in command of one aircraft at a time. BVLOS authorization, combined with specific multi-aircraft approvals, allows a single remote pilot to manage multiple drones simultaneously from a central operations center. LandSkyAI's scaled operations model, where one operator oversees multiple aircraft, depends on the BVLOS and multi-aircraft approvals that make simultaneous multi-drone operation legal. For security clients, this means a managed drone program covering an entire large facility doesn't require a dedicated pilot stationed on-site for each aircraft.
Large facility coverage. A warehouse, manufacturing campus, utility site, or event venue may span dozens or hundreds of acres. Covering that footprint with a drone that has to remain in visual range of a ground observer means placing observers at multiple points around the facility, each responsible for a section of the coverage area. BVLOS authorization allows the aircraft to fly the full coverage route without that infrastructure, making large-site coverage operationally practical.
Integration with FAA-restricted airspace. Some of LandSkyAI's most demanding deployments involve operating within Temporary Flight Restrictions around major events. The Chicago Marathon and US Open deployments require coordination with FAA and law enforcement managing the event's airspace. BVLOS authorization is part of the operational posture that supports those authorizations, because the FAA's evaluation of an operator's readiness for complex airspace operations considers the full picture of their regulatory standing and track record.
The Track Record Behind the Approvals
The FAA doesn't grant BVLOS authorization to operators who have demonstrated that they can fly well under controlled conditions. It grants it to operators who have demonstrated that they can manage the specific risks that arise when the aircraft is beyond visual range, at scale, over time.
The 40,000 BVLOS missions that LandSkyAI has completed represent the operational history behind the authorizations. Each mission runs through the same safety framework the FAA reviewed when the waiver applications were submitted: detect-and-avoid procedures, lost-link contingency protocols, communications architecture, and pilot qualification standards. That record is also what the DOT OIG's 2025 audit found was rare among BVLOS program participants. Most operators, even those with waivers, flew the majority of their operations with a visual observer present. Demonstrating sustained BVLOS operations at scale, without reliance on visual observers, is what distinguishes a meaningful BVLOS record from a waiver held in reserve.
For security clients evaluating drone program providers, the question isn't whether a vendor holds a BVLOS waiver. It's whether they've operated under it at meaningful scale, under FAA oversight, with a documented safety record. Those are different questions with different answers.
The regulatory shift that Part 108 represents will, over time, expand the number of operators who can demonstrate BVLOS capability. That's appropriate: BVLOS normalization is good for the industry and for security clients who benefit from competitive pricing and operational options. But the operators who built their BVLOS track record through the current waiver process, over years of documented operations, will enter the Part 108 era with something that newer entrants can't replicate quickly: an established safety record at scale.
What BVLOS Authorization Means for Security Program Design
For enterprise security buyers, the BVLOS authorization question is worth asking directly before selecting a drone security provider.
A provider that operates only under standard Part 107 VLOS rules cannot deliver a drone-in-a-box program that operates autonomously overnight across a large facility. They can deploy drones with a visual observer stationed nearby, which is a meaningfully different operational model with a meaningfully different cost structure and coverage capability. The distinction matters for what the program actually delivers.
BVLOS authorization is also a factor in how a security program scales. A VLOS-only program scales by adding pilots and observers at each coverage location. A BVLOS-authorized program scales by expanding the operational footprint of pilots who can manage multiple aircraft from a central operations center. For a client with multiple facilities, or with a single large facility that requires broad coverage, the scaling model directly affects the economics of the program.
LandSkyAI's VirtualGuard program is built on BVLOS-authorized operations. Remote operators at the operations center manage live aerial feeds from deployed aircraft across client facilities, with the BVLOS authorization and operational infrastructure to run continuous patrols without visual observers on site. That's the program structure that FAA BVLOS authorization makes possible.
If your current security program or your current drone security provider operates under standard Part 107 only, the autonomous overnight coverage that makes the drone security value proposition work may not be legally deliverable as described.
LandSkyAI provides BVLOS-authorized autonomous drone security programs for enterprise facilities, with FAA-authorized operations and 24/7 remote monitoring through VirtualGuard. If you're assessing drone security providers and want to understand what BVLOS authorization means for the specific coverage your facility requires, we can walk through it on your site footprint.
What aspect of BVLOS capability matters most for your security program?
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One remote operator managing multiple aircraft across a larg
Legal operation within FAA-restricted airspace at events and
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