WWW-POSIM
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WWW-POSIM

Server status

Checking

Availability of the workspace and LIVE voyage services.

Checked every minute · All dates and times are UTC

Workspace No dataLIVE voyage No data

Last 365 days

WWW-POSIM

What’s new

0.5.4

  • Upload competition Python files or ZIPs, queue five server courses and receive the score by email.
  • Create Python projects and open prepared ROS terminals on Mac, Windows and Linux.
  • The ordinary-Python Session API reads fresh telemetry and sends bounded commands.
  • Beginner guides provide copyable steps through VS Code, contents and separate advanced details.
  • The launcher fits the available screen and platform fonts.
  • LIVE checks measured progress, follows verified detours and recovers stalled navigation.
  • The LIVE World camera uses a lower viewpoint and a 7×7 terrain ring.

0.5.3

  • Verify your email before entering a workspace, with a visible verification button and resend option.
  • The installed app remembers successful sign-ins through the operating system credential store.
  • Create and run your own workspace before using the installed simulator.
  • Workspace creation starts at the Busan water location and identifies on-demand terrain.
  • Latest download links follow the current installer release.
  • ROS connections show readiness and retain fresh telemetry and command leases.

0.5.1

  • The desktop voyage preview fills the available window height.
  • The voyage itinerary includes 92 stops.
  • External ROS control allows a short acquisition window before enforcing command freshness.
  • Depth measurements retain subsecond timestamps.
  • DVL water-mass tracking stays within each sensor’s range.
  • Sensor shutdown and manual-control cleanup handle stopped ROS contexts.
  • POSIM launch commands support world paths containing spaces.

0.5.0

  • Server status shows current availability and 365 days of recorded checks.
  • Coastal voyages use clearer port approaches and check routes against mapped land.
  • The voyage visits Shenzhen Prince Bay after Hong Kong.
  • World, lead and follow views share smoother live video delivery.
  • Speed-driven hull spray and a compact contact shade improve vessel appearance.
  • Coastal terrain blends with the sea near the waterline. Scene cameras show more distant land.

0.4.5

  • The LIVE voyage guide covers the lead/follow pair, sensors, thrust and AIS vessels.
  • English and Korean guides include eight examples of AIS vessel models.

0.4.4

  • Cameras and maps keep running when panels enter or leave fullscreen.
  • Vehicle guides explain mass, inertia and hydrodynamic settings.

0.4.3

  • LIVE scene cameras stream at 5 frames per second.
  • Public voyage views share one simulation and one video stream per view.

0.4.2

  • Ten feature videos show location generation, missions, sensors and ROS tools.
  • Local ROS connections use a separate bridge for your vehicle.

0.4.1

  • The Mac application includes the web workspace and robot assets.
  • Application-only updates reuse a matching installed engine.

0.3.8

  • Navy workspace panels use lime active controls and coral stop controls.
  • Compact panels show vehicle coordinates and camera location and speed.

0.3.4

  • Startup progress and optional version updates are visible in the app.
  • Sign in with your email; the account-server address is filled automatically.

0.3.3

  • Ocean surface rendering, feature videos and installation guides are available.
  • Ubuntu and Windows installers support local simulations through Docker.

0.3.1

  • The Apple Silicon Mac app includes surface and underwater vehicles, sensors and local ROS control.
  • Projects and terrain are stored outside the app.