Wrong Data — Autonomous RoboticsDiscuss a project
AUTONOMOUS ROBOTICS · CHIȘINĂU, MOLDOVA

Autonomy built for
real-world operations.

We build systems that enable drones to perceive, make decisions, execute missions and return to base without constant pilot control.

Explore projects How it works
MISSION // WD–01 SYSTEM ONLINE
47°01'N
028°50'E
MODEAUTO
LINKSTABLE
VISIONACTIVE
01Autonomous missionsPlanning and control
02Precision landingComputer vision + AprilTag
03Modular drone portCharging and relaunch
04Edge AIDecisions made on board

01 / Technology

One system.
The full autonomy cycle.

We connect flight control, edge computing, computer vision, communications and docking infrastructure into one coordinated system.

T–01

Autonomous control

Missions, geofencing, telemetry, decision-making and safe return.

  • ArduPilot / MAVLink
  • Mission control
  • Failsafe logic
T–02

Perception & navigation

Onboard detection of objects, position and the landing platform.

  • Computer Vision
  • VIO / AprilTag
  • RTK positioning
T–03

Physical infrastructure

Modular landing bays, charging, system health monitoring and relaunch.

  • Drone docking
  • Power management
  • Remote diagnostics
TASK→MISSION→FLIGHT + VISION→PRECISION LANDING→RELAUNCH

02 / Projects

Systems
we are building.

We focus on practical autonomous systems that can be tested, improved and scaled module by module.

WD / DOCK–03IN DEVELOPMENT

Modular port
for three drones

An autonomous base with independent 60×60 cm landing modules, precision positioning, charging and remote control.

DRONE PORTAUTONOMYPOWER
MODULAR GRID / TOP VIEW
01READY
02CHARGE
03STANDBY
WD / VISION–LANDPROTOTYPE

Vision-guided
precision landing

Precise platform alignment using cameras, AprilTag and onboard processing.

WD / MISSION–OSR&D

Autonomous
mission management

Launch, monitoring and scenario control without continuous manual piloting.

03 / Company

Wrong Data —
an engineering R&D team
based in Chișinău.

We turn individual components — drone, camera, autopilot, communications and dock — into one predictable autonomous system.

We work in short cycles: design, build, field-test and refine the architecture using real-world data. Our primary use cases include security, agriculture and infrastructure inspection.

01Hardware + Software

We engineer the complete system, not isolated components.

02Field-tested

We validate solutions in real conditions before scaling.

03Modular by design

Modules can evolve without rebuilding the entire platform.

FOR CLIENTS AND INVESTORS

Let's build
the next autonomous system.

Pilot projects · system integration · R&D partnerships

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