Counter-UAS situational awareness
SkyVeillance turns your radar feeds into one live, three-dimensional airspace picture. Every track starts from what your sensor sends, drawn the instant it arrives, alarmed the moment it crosses your line, held until an operator answers, and ready to replay for the debrief. All on your own network, with no cloud required.
SkyVeillance is a US company headquartered in Michigan. Our software is developed here, runs on your network, and is supported by the people who build it.
Designed and developed in the United States, for the sites and agencies that protect it.
No call centers and no reseller layers. Your questions go straight to the engineers who build the product.
Everything runs on your network, so airspace data never leaves your site, let alone the country.
Shaped around US critical infrastructure, corrections, aviation, venue security and government sites.
Your radar's tracker was built by specialists. SkyVeillance starts from what it reports, shows where every track came from, and adds only the processing you ask for. Nothing is hidden in a black box.
Each track's number, class, altitude, speed and course come from the sensor, along with its own track status, and every track shows which sensor it came from.
Radars report many times a second. SkyVeillance pushes each update to every console as it arrives, so motion is smooth and a fast mover is never a second behind.
Every symbol traces back to a sensor report, and every operator action is logged. Supervisors, auditors and customers can see exactly what happened and why.
Need tracks cleaned up, or two sensors combined into one picture? Our engineers build processing to your specification, planned with you first and validated against your own data.
In today's world, air-gapped security systems are more important than ever. AI tools now let attackers scan, probe and break into internet-connected systems at machine speed, around the clock, and a console that watches your airspace is exactly the kind of system they would want to control. SkyVeillance is designed to run with no internet connection at all, so there is no remote path for them to take.
No cloud account, no vendor portal and no remote-access service. Automated and AI-driven scanning finds nothing to probe and no session to hijack.
No telemetry, no license check-ins and no automatic updates. Updates arrive on media your team controls, installed when you choose.
Only consoles on your own network can change a zone or answer an alarm, only people you have given an account can use them, and every change is on the audit log.
Everything an operator needs to see, decide and hand over, in a console that is intuitive from the first shift.
Tilt the view up to 85 degrees. Altitude stalks, lifted icons and 3D flight paths show where a drone actually is, not just the ground beneath it.
Draw zones from an outer watch area in to the protected core, around a substation, runway or crowd, and add more on the fly as new risks emerge. Give any zone a floor and a ceiling, so altitude decides what alarms. Inbound tracks show an estimated time to the border before they cross it.
Alarms are raised centrally, so they come up even with no console open, and every console sounds until an operator answers. An answered alarm stays listed until someone writes down how it ended, so nothing slips off the screen unanswered.
Pick a day on the calendar and replay it at 0.25x to 64x. A live inset keeps watch while you look back and alarms keep arriving, and everyone else stays on the live picture.
Each alarm keeps its own record: the track's path, who answered it, their note and how it ended, kept for a year by default or as long as your site chooses. Save the track that matters and replay it alone, path and all, for the briefing.
Mark your own team's drone or patrol once, with a note. It stops alarming on every console and in connected systems, its tag turns blue with the name of whoever marked it, and the mark is on the record.
Choose which alarms need an answer and which kinds of object can set one off, such as leaving out birds. Set how long records are kept and whether consoles sound. Rules are set from the console and apply to every console at once.
Give each person exactly the access they need. Four roles come built in, from viewer to admin, and we tailor them to your organization. Every sign-in, settings change and operator decision, from answered alarms to notes and own-team marks, is written to the audit log.
Street and dark tactical maps, plus aerial imagery of your own site where suitable imagery exists, all served from your own network. No map provider ever sees where you are looking.
Wherever a drone puts people, operations or security at risk, SkyVeillance gives the team on duty one clear picture and an unambiguous alarm.
Substations, water and energy sites. Draw the fence line and know the moment a drone crosses it.
Spot contraband drop runs on approach, and replay every attempt for investigators.
See drones near approach and departure paths in true 3D, with altitude on every track.
Draw temporary zones around a stadium, stage or crowd and brief every console at once.
US-developed, air-gapped, role-based and audited, for closed and classified networks.
3D radar owns the airspace, and SkyVeillance puts the radar's picture in front of your operators, with any processing you specify on top. As your program adds sensors, each joins the same map in its own layer, so operators see the whole scene and always know which sensor is speaking.
3D radar measures range, bearing, elevation and speed, so it owns the airspace. Drones appear as tracks carrying the radar's own IDs, classes, altitude and vertical rate.
Each further sensor your program selects is integrated by our engineers, with a plan and timeline agreed first, and drawn in its own layer with its own symbols and track numbers.
Distinct symbols, separate track numbers and a toggle per layer.
Every track shows its source. Where tracks are cleaned up or sensors combined, it is processing you specified, built and validated with you.
Our engineers integrate each new sensor type and validate it against real data. Once it is connected, operators work in the console they already know.
We integrate each sensor once, and every console and connected system sees it. Adding a sensor never means redesigning the console.
Consoles receive every update at the sensor's own rate, and alarms, answers and own-team marks appear on all of them together.
Your VMS, command system, GIS or dashboard pulls the same zones, tracks and alarms your operators see, and who answered them, with a key that can look but never change anything. Changes are added, never altered, so what you build keeps working.
Each sensor integration is tested against real data from that sensor before it goes live, so the picture your operators see is one they can trust.
SkyVeillance is not tied to one radar, camera or supplier. We integrate the sensors your program selects, so the choice of hardware stays yours.
Protect a single facility today and add sites as you grow. Where your network connects your locations, our engineers can build the link that brings them into one operations picture, scoped and planned with you like any integration.
Each location runs SkyVeillance on its own network, so local operators keep full control even if a wide-area link goes down.
Where you need an operations center, we scope and build the link that puts each connected site's tracks and alarms on one map, labeled by location.
Any link we build runs over your own private WAN, VPN or secure network. Nothing routes through a vendor cloud.
Consistent zones, rules and symbology at every site, carried from one display to the next in a single settings file, so operators can move between locations without retraining.
We will build a scenario around your site and walk your team through the console: drawing a zone, answering an alarm and replaying the day.
No cloud account, no telemetry, nothing that phones home. Our engineers integrate your sensors, install SkyVeillance inside your closed network and commission it with your team.
We review your site, your sensors and the data they produce, and agree an integration plan and timeline with you.
Our engineers build and validate the integration for each sensor against real data, so the console starts from what each sensor sends, with any processing you specify on top.
Everything is installed on your network, with nothing fetched at run time, and the system is proven live on site.
We set up your zones, how your alarms behave and your accounts with your team and train your operators. From then on, every sign-in, settings change and operator decision is on the record.
The choices that set SkyVeillance apart are the ones that matter most on a closed, accountable network.
| Question | Typical approach | SkyVeillance |
|---|---|---|
| Remote attack surface | Cloud portals and remote access, reachable from the internet | No internet connection to attack. Designed to run fully air-gapped |
| Where does it run? | A vendor cloud, or a console tied to one product line | Your own network, air-gapped if required |
| What do operators see? | Tracks from a black box, with no clear source | The sensor's own tracks, IDs and status, with any processing you specify on top |
| Adding a sensor | Limited to the vendor's own product line | We integrate it, and operators keep the same console |
| Update rate | Often refreshed about once a second | Updates pushed at the sensor's own rate |
| Accountability | Audit trails differ from product to product | Every sign-in, setting and operator decision logged per account |
| Alarms | Alarms that vanish when the track moves on | Held until an operator answers it, with the outcome kept as evidence |
| Multiple sites | Separate systems on separate screens | Each site self-contained, with a central view built to order |
| Map data | Sent to a hosted map service | Stays on your network |
| Who builds and supports it? | Offshore development or layers of resellers | A US-based company, with direct access to its engineers |
Each new capability is built to fit the console your operators already know.
In Michigan, USA. SkyVeillance is a Michigan-based US company: the software is designed, developed and supported here, and every deployment stays on your own network.
No, it complements them. Finding, following and identifying targets stay with your sensor, where they belong. SkyVeillance delivers the picture, the alarms, the replay and the access control around them.
Each sensor gets its own layer, in its own terms, on the same map, and every symbol is labeled by source. If your program calls for combining sensors, our engineers build it to your specification.
Every console shows it in a shared alarm list and sounds until an operator answers it. It stays listed until someone writes down how it ended, and the track's path, who answered and the outcome are kept as evidence, for a year by default or as long as your site chooses.
Yes. When something new comes up, anyone with the right role draws a zone on the map, names it and saves it, and it is live on every console. When the need has passed, it comes off just as quickly.
Yes, as an engineering project. Each site runs SkyVeillance locally, and where your network connects your locations, we scope and build a link that brings them into a single operations picture, whether the sites are across town or on different continents. Links run over your own private network, and each site keeps working on its own if a link drops.
No, and by design. In today's world, air-gapped systems matter more than ever: with no internet connection there is no remote path for an attacker, human or AI-driven, to reach the console, change its zones or silence its alarms. Everything, maps included, is served on your own network, and the whole system is tested with the internet disconnected. We supply and set up the maps for your region.
3D radar, live or from recordings. Other sources, such as ADS-B, Remote ID or ASTERIX radar feeds, are integrated as an engineering project: we build and validate the integration for each one, and operators keep the same console.
It depends on the sensor, how its interface is documented and the data it produces. We start by reviewing your sensors and the data they produce, then give you an integration plan and timeline before any commitment.
Accuracy comes from your sensor, and SkyVeillance preserves it. We check positions against GPS ground truth, so what you see on screen stays true to what your sensor measured.
Every user has their own account and role. Four roles come built in, from viewer to admin, and we tailor roles and permissions to match how your organization works. Sign-ins, every settings or account change and every operator decision are written to an audit log, and accounts stay on your network with no outside identity service.
Yes. We will run a scenario built around your site, or replay recordings from supported sensors, so you can judge the console against situations you know.
Tell us what you are protecting and which sensors you have or plan to buy. We will tailor a walkthrough to your site.