gNext

Drone programs often get justified by a single use case: a public safety need, an inspection requirement, a mapping project. That single justification undersells what the program actually delivers. The same drone, the same pilots, and the same captured data serve a community far more broadly: * Emergency managers use it for damage assessment. * Public works uses it for infrastructure condition. * Planning uses it for accurate reality capture. Elected officials and residents get a transparent, documented view of public assets and projects. One investment, many returns. gNext helps communities get that full value. We turn drone flights into durable reality capture and automated visual condition assessment that any department can use, so the data outlives the mission it was flown for and the program pays back across the whole organization. A drone program should not be a line item for one team. It should be a resource for the community. Thinking about how a drone program serves more than one department? Let's talk.

Around every airport sits a set of protected surfaces under 14 CFR Part 77, and keeping them clear is a standing obligation tied to FAA grant assurances. The challenge is that the biggest offender is also the one that changes on its own. Vegetation grows season over season, and a tree line that cleared the surface last year can penetrate it this year. Manual surveys catch this in snapshots, often years apart. That leaves a long window where an obstruction can develop unnoticed. gNext takes a different approach. Drone-based capture builds an accurate 3D model of the airport environment, and computer-vision obstruction analysis measures vegetation and other objects against Part 77 surfaces. Every survey is captured the same way, so growth can be tracked over time rather than guessed at between visits. The result is a clear, documented picture of what penetrates the surfaces, what is trending toward them, and where to prioritize clearing. For airport managers, that means staying ahead of vegetation instead of reacting to it, with a record that supports both compliance and planning. Managing obstructions across your surfaces? Let's talk about seeing them before they become a problem. Check out the first comment for more!

Part 77 compliance gets treated like a one-time event: fly the airport, deliver the obstruction report and close the project. But the trees don't stop growing the day the survey is filed. Neither does the construction near the approach. A General Aviation airport doesn't have an obstruction problem once, it's actually a condition that changes every season depending on the weather, and other factors. For a state DOT managing dozens of GA airports, managing this isn't just a survey line item, it's a standing compliance obligation across your entire organization. The firms in this space are genuinely good at the survey. What's been missing is the management layer. A repeatable, defensible way to see where your vegetation and other obstructions are, how they're changing, and what needs clearing across all of your airports every year. This is a shift worth talking about from thinking about compliance as a program that you run rather than a deliverable you file. And gNext can help you make that shift. More in the comments below!

Drone as First Responder (DFR) programs are changing the first few minutes of an incident. A drone launches on a call, reaches the scene in seconds, and gives responders situational awareness before the first vehicle arrives. The head start is real, and it is saving time and keeping people safer. But the live feed is temporary, and once the drone lands, most of what is saw is gone. This is the layer that gNext adds. We turn those flights into a durable, measurable record. Reality capture and photogrammetry rebuild the scene in 3D. Automated visual condition assessment documents what changed, where, and by how much. The result is documentation that supports investigation, after-action review, insurance and damage assessment, and grant reporting. Long after the response is over. DFR answers what is happening right now. gNext makes sure you still have the full picture tomorrow. The two work together with fast eyes in the moment, and a permanent record afterward. Building or scaling a drone program? Let's talk about the part that starts after the flight. Check out the first comment to learn more!

Today wraps the Energy Drone & Robotics Summit in Houston, and we're at the Booth 218 with our partners at LiveU until the floor closes! If you've walked past, now's the time to stop in. We'll show you how gNext turns drone-captured imagery into AI-assisted visual condition records: crack mapping, corrosion, spalling, and 3D documentation across tanks, pipelines, offshore platforms, and refineries. Paired with LiveU moving secure, low-latency video and large files back from the field in real time, you get the full loop from capture to decision. Come see what your inspection program looks like when the imagery does the heavy lifting! Find us before the floor closes this afternoon.

The Energy Drone & Robotics Summit is underway in Houston (June 22 to 24), and we're sharing Booth 218 with our partners at LiveU. Here's the workflow that matters for utilities and oil and gas: gNext turns drone-captured imagery into AI-assisted visual condition records: crack mapping, corrosion, spalling, and 3D documentation across tanks, pipelines, offshore platforms, and refineries. Instead of reviewing footage frame by frame, your team gets a prioritized view of what's degrading and where to act first, plus a view of change over time so you can plan ahead instead of reacting. That visual record becomes the screening layer for your inspection program. It shows where to focus NDT and field crews, so high-cost inspection spend goes where the condition data actually points. And with LiveU moving secure, low-latency video and large files back from the field in real time, the loop closes fast: capture, transport, and analysis working together. We're on the floor today and tomorrow. Come find us at Booth 218! ✅ Visual condition records you can act on ✅ Defect detection across your asset base ✅ Smarter prioritization of inspection spend ✅ Reality capture that feeds asset management

We're at the Energy Drone & Robotics Summit (June 22-24, Houston, TX), sharing a booth with our partners at LiveU. Here's the workflow that matters for utilities and oil & gas: gNext turns drone-captured imagery into AI-assisted visual condition records: crack mapping, corrosion, spalling, and 3D documentation across tanks, pipelines, offshore platforms, and refineries. Instead of reviewing footage frame by frame, your team gets a prioritized view of what's degrading and where to act first, along with a view of change over time to proactively plan for the future. That visual record becomes the screening layer for your inspection program. It shows where to focus NDT and field crews, so high-cost inspection spend goes where the condition data points. And with LiveU moving secure, low-latency video and large files back from the field in real time, the loop closes fast: capture, transport, and AI analysis working together. Come find us at Booth 218 to learn more! ✅ Visual condition records you can act on ✅ Defect detection across your asset base ✅ Smarter prioritization of inspection spend ✅ Reality capture that feeds asset management

Choosing a vertiport site looks like a map exercise. It's really a data exercise. Vertiport site selection has to account for surrounding structures, approach and departure paths, ground access, utility capacity, and how a site fits the wider transportation network. That's a lot of variables to weigh from outdated records or a single site visit. A current, reality-captured model lets planners measure clearances, test scenarios, and document conditions before committing resources. It also creates an objective baseline that multiple stakeholders, from aviation planners to local utilities, can work from together. Click on the link in the comments below to book a quick discovery call to learn more about how gNext is helping AAM implementers to revolutionize the way they think about airport planning and maintenance.

It's happening today. In just 3 hours. Airport managers are juggling an ever-expanding set of duties: keeping pavement safe, maintaining terminals and hangars, ensuring airspace stays clear of obstructions, and keeping planning documents up to date. Every bit of it ties back to FAA grant assurances and compliance requirements that only grow stricter over time. The data driving those duties has historically relied on manual inspections and one-off surveys. Those approaches are slow, expensive, and nearly obsolete by the time they wrap up. There's a smarter approach, and we're showing it live in 3 hours! Join us today, alongside our friends at the Texas Department of Transportation, to see how forward-thinking organizations are modernizing airport planning and maintenance to save time, make the most of their resources, and better serve the public. This is it. Final call to register before we go live. Grab the registration link in the comments and claim your seat now.

Tomorrow's the day. Airport managers are juggling an ever-expanding set of duties: keeping pavement safe, maintaining terminals and hangars, ensuring airspace stays clear of obstructions, and keeping planning documents up to date. Every bit of it ties back to FAA grant assurances and compliance requirements that only grow stricter over time. The data driving those duties has historically relied on manual inspections and one-off surveys. Those approaches are slow, expensive, and nearly obsolete by the time they wrap up. There's a smarter approach, and we're showing it live tomorrow. Join us Tuesday, June 9th, along with our friends at the Texas Department of Transportation, to see how forward-thinking organizations are modernizing airport planning and maintenance to save time, make the most of their resources, and better serve the public. This is your last chance to register. Grab the details and registration link in the comments below before seats fill up.