Platform
One single operations room.
Today people often work one flight at a time, by hand, with a different program for each brand. With Skynapse whole operations are run from one place, from the fleet to reading the images.
What it does
Before, during and after the flight.
01 Before the flight
It understands the request
Say what you need in plain words, and the system takes care of the rest.
Priorities on the terrain
It reads trails, roads, woods and slopes, and puts the likeliest places first.
Missions in minutes
It chooses route, height, speed and camera, and keeps the drone clear of obstacles.
Search at sea
It estimates where wind and current have carried someone.
Several drones
It divides the area between drones according to their endurance.
A co-pilot for every plan
The AI rereads the plan and points out what a map cannot show.
Approval first
Without an approved plan nothing takes off, and any change has to be approved again.
02 During the flight
Automatic missions
Upload, take-off and mission from a single screen.
Live, in a browser
Video and position adapt to the network, with a video wall for the operations room.
Eyes on board
It recognises people and vehicles directly on the drone, without the internet.
Air traffic on the map
Crewed aircraft nearby, on the map and in the plan.
Made for weak networks
Radio and 4G, and if the internet drops the video stays on the station's screen.
03 After the flight
Findings on the map
What was found stays marked on the map, confirmed by the operator.
A record of everything
Who did what and when, for the report and to learn from the mission.
The whole fleet in one place
Drones, stations, maintenance, flight hours and batteries.
04 In the field
A station in a case
A portable ground station that goes where the mission goes.
A phone as a station
With the Skynapse app, a phone and a controller become an emergency station.
The teams' map
With ATAK, drone, targets and messages appear on the map they already use.
Who can do what
The pilot does not approve their own plan.
Roles and permissions separate who plans, who approves, who flies, who maintains and who only watches. Choose a role.
- See the situation and the live video
- Plan missions
- Approve the flight plan
- Start, pause and stop missions
- Take the controls
- Control camera and gimbal
- Confirm or dismiss a finding
- Manage the fleet and maintenance
- Read the record of actions
- Manage users and integrations
For your IT team
It fits what you already have.
The data stays where you decide: for many organisations, the images of an operation cannot sit on someone else's servers.
- Where it runs
- Private cloud
- OpenShift
- Kubernetes
- Containers
- Your own servers
- Sign-in
- LDAP
- Active Directory
- Kerberos SSO
- OpenID Connect
- Logs and SIEM
- Full record of actions
- Elasticsearch
- Syslog
- Webhook
- Infrastructure as code
- Ansible collections
- Kubernetes operator
- Platform and stations
- Drones
- PX4
- ArduPilot
- DJI Mavic 2
- DJI Mini 5 Pro
- Teams in the field
- ATAK and TAK
- Android and iPhone app
- Any browser
- Your systems
- REST API
- WebSocket
- OpenAPI
- AI models
- Skynaptor on your servers
- A model of your own, on your network
- Editions
- Civilian
- Defense, kept fully separate
The next step
From single flights to a continuous presence.
The core is built to grow: new capabilities and new editions are added on top, without rewriting the system.
- Coming next
Several drones together
Each drone flies its own sector together with the others and, if one goes back, another takes its place.
- Coming next
Relay drones
One drone passes the signal to the others, beyond valleys and obstacles.
- Coming next
Wireless charging
The drone lands on a pad, recharges by itself and leaves again. Repeated missions with less work on the ground.