01
BetaGoodebot
The desktop workspace for robot profiles, hardware, controls, previews, builds, and deployment.
Python-first robotics development
Create it. Import it.
Deploy it.
A modern development ecosystem for configuring, programming, testing, building, and deploying compatible VEX V5 robot projects.
Goodecode brings a Python-first workflow. Goodebot connects code, devices, controller mapping, simulation, and deployment in one application.
macOS v5.00 awaiting notarizationGoodecode 0.0.62No account required
main.goode.py
ctx.drive_for(24, speed=80)Runtime statusReady to build
One connected workflow
Four parts. One robot project.
Move from an idea to a deployable program without losing the connection between hardware, code, and behavior.
02
BetaGoodecode
A Python-first authoring workflow and Visual Studio Code extension for readable robot projects.
03
In developmentCodeless
Visual actions, triggers, and device declarations that stay grounded in editable project code.
04
ExperimentalCortex
The runtime generation, packaging, simulation, and physical deployment layer.
From blank project to Brain
A workflow you can follow.
- 01Create Project
- 02Configure Devices
- 03Write Goodecode
- 04Test & Simulate
- 05Build
- 06Deploy
Runtime and deployment layer
Cortex turns the workspace into a deployable contract.
Cortex reads the saved hardware map, controller bindings, programs, autonomous routines, and Brain interface from Goodebot. It validates those parts together, generates the runtime, and seals the result into the selected Brain slot’s deployment bundle.
01ValidateCatch missing devices, bindings, routines, and incompatible profile settings.
02GenerateCreate the robot runtime and the readable or Brain-exact interface from one profile.
03Seal & deployPackage the verified artifacts, preserve the chosen slot, and prepare the physical upload.
Interactive Brain guide
Explore the Digital Twin.
Move through the four main Brain-interface sections using fresh captures from the actual Goodebot v5.00 build in its default theme.
01 / Match
Understand the full match at a glance.
The opening screen shows field-control readiness, the match clock, the selected autonomous routine, the active program, and the Brain slot before competition starts.
- Field-control phase
- Two-minute match clock
- Selected auton and slot
02 / Auton
Review autonomous behavior before the field.
The Auton screen identifies the selected routine and lists its actions in order, making an empty, disabled, or incomplete autonomous plan visible before deployment.
- Routine selection
- Ordered auton actions
- Configuration warnings
03 / Controls
Confirm what the driver controls.
The Controls screen summarizes the active controller profile, drive mode, and button or axis bindings so the team can verify operator behavior before a match.
- Controller profile
- Drive configuration
- Button and axis bindings
04 / Hardware
Check the configured robot hardware.
The Hardware screen reports mapped motors, sensors, and pneumatics and surfaces anything that still needs review before building or connecting the physical robot.
- Motor count
- Sensors and pneumatics
- Configuration review state
Configure with context
Your robot, mapped clearly.
Build a robot profile around real ports, mechanisms, sensors, controller inputs, and competition settings. Goodebot keeps that configuration beside the code it informs.
- Motors and motor groups
- Sensor and pneumatic mapping
- Controller profiles
Actual v5.00 capturePrograms & Specs
One profile, one readable specsheet.
Program settings and the active profile specification now share one clear workspace. Teams can review Brain slots, locked autonomous routines, Brain UI settings, and build notes without hunting through a separate small-print panel.
- Practice and competition variants
- One specsheet per profile
- Open the full specification in an editor
Actual v5.00 capturePreview before hardware
See what the Brain will show.
The Virtual Brain and Digital Twin surfaces help verify layouts, autonomous selection, status, and generated behavior before a physical upload.
- 480 × 240 Brain previews
- Competition profile states
- Touch and status layouts
Actual v5.00 captureBuild with confidence
One path from source to deploy.
Validate a Goodecode project, generate its runtime, review the deployment contract, and prepare the selected Brain slot from the same guided flow.
- Project validation
- Runtime generation
- Deployment preparation
Actual v5.00 captureVerified in the repository
Built for the systems teams use.
Configure devices
Map motors, motor groups, sensors, and pneumatics in a visual robot profile.
Map controller inputs
Connect buttons and axes to driver behavior with readable, inspectable mappings.
Write readable Goodecode
Keep robot behavior in a Python-first project that teams can understand and review.
Preview Brain output
Check screen pages, competition state, hardware status, and auton selection before deployment.
Use the Digital Twin
Exercise generated robot behavior in a software preview while physical parity remains experimental.
Build and deploy
Validate, generate the runtime, package the project, and prepare a physical V5 upload.
Release status
Bring your next robot project into focus.
Follow v5.00 signing and notarization status on Goodebot’s only official download page.