LEARN BY BUILDING
Make the theory
take the wheel.
Connect algorithms, control, or machine learning to a working driver. See how each decision changes its behaviour on the track.
Build your AI driver.
Master the virtual track.
Race for the fastest time.
THE COMPETITION
One circuit. Two approaches.
It all comes down to your code.
Sorcery AI Racing League is a virtual autonomous racing competition by Data Sorcerers. We provide the car, the simulator, and the track. You build the mind behind the wheel.
From the logic you engineer to the neural network you train. Test your strategy, master every corner, and prove your performance.
MORE THAN A FAST LAP
Turn what you know into something that moves. Build, test, and explain a driver that makes decisions of its own.
LEARN BY BUILDING
Connect algorithms, control, or machine learning to a working driver. See how each decision changes its behaviour on the track.
BUILD YOUR PORTFOLIO
Create a project you can demonstrate: your driver, your experiments, and a clear explanation of the choices you made.
TEST YOUR THINKING
Explore the trade-offs between speed, control, and consistency. Measure improvements and put your strategy to the test.
Curiosity is your starting point. Code is how you move forward.
Find your trackFIND YOUR TRACK
Start with the way you like to solve problems. Engineer the rules yourself, or train a neural network to make the call.
LOGIC DRIVERS TRACK
“I like designing the logic.”
Choose Spellcraft if you enjoy equations, algorithms, and understanding exactly why your controller makes each move.
Your race-time driver uses rules and classical control.
PID / Pure Pursuit / Model Predictive Control
Explore Spellcraft
NEURAL DRIVERS TRACK
“I like learning through experiments.”
Choose Neuralcraft if you enjoy training models, testing rewards or demonstrations, and improving a learned driving policy.
A trained neural network influences the driving decisions.
Deep RL / Imitation Learning / Neuroevolution
Explore NeuralcraftThe same car. Equal observations. Separate rankings for each division.
Choose by what runs during the race. A genetic algorithm that tunes a classical controller fits the proposed Spellcraft rules. A trained neural network that plans or controls the car belongs in Neuralcraft, including hybrid systems.
Compare the track requirementsTHE SARL FILM / 2026
From your first line of code to the starting grid. Build an autonomous driver and take on the SARL challenge.
RACE PREVIEW
Follow a virtual car through the circuit. See the racing line, sensor observations and control inputs that bring an autonomous driver to life.
WHAT YOU’LL BUILD
Bring your approach to life with code, experiments, and a story you can back up with evidence.
my-sarl-driver/
Example structure, not the final submission specification.
Turn vehicle observations into steering, throttle, and braking. Build with classical control or a trained neural model.
Compare runs, inspect telemetry, and record what changed. Show where your approach improves and where it still struggles.
Explain your design, experiments, and trade-offs in a technical report. Shape it into a project you can demonstrate and discuss.
START WITH ONE DECISION.
Try the controller preview today. Official simulator and SDK release TBA.THE SEASON / 2026
Four online race weeks lead to a 20-entry final in Central Java. Your next three days: build an AI from scratch, qualify for your grid position, and race for the fastest time.
50 entries maximum
50 entries maximum
50 entries maximum
50 entries maximum
Build your AI from scratch for a new track determined by the organizer. A fresh challenge for all 20 finalists.
Qualifying times determine the starting grid. Evaluate your machine and tune your driver ahead of the final.
Race with your refined driver. The fastest valid recorded race time wins.
WHO CAN ENTER
SARL 2026 welcomes active higher-education students across Southeast Asia. Your campus and major can differ. What matters is that you can build, understand and explain the code behind your driver.
D4/applied bachelor’s, S1/bachelor’s and S2/master’s students, or local equivalents.
Cross-campus, cross-country and cross-major teams are welcome.
Public and private universities, institutes, colleges and polytechnics. Non-degree bootcamps are excluded.
No entry fee. Meals and refreshments are provided onsite; travel, accommodation and personal expenses remain with each team.
Suspicious payment request? Report it to the organizer.
THE JOURNEY
From your first line of code
to the finish line in Central Java.
Roadshow & pre-event program
Seminars, webinars, campus visits and info sessions.Explore Events ↗Registration opens
Teams of 2–4 eligible students · Exact date TBA.Online qualification
Up to 50 entries per week. Top 5 each week advance. Dates TBA.In-person final · Central Java
Build from zero. Qualify and refine. Race the Grand Prix.October pre-events · Early November registration · Four online race weeks, dates TBA · 18–20 December final. Exact venue TBA.
SPONSORS & PARTNERS
Help the next generation of AI builders reach the grid. Join the organizations making room for new ideas, new talent, and a new kind of racing.
Explore sponsorshipOur sponsor and partner lineup will be announced here.
Let’s build the next chapterBEFORE THE LIGHTS GO OUT
BUILD THE MIND. WIN THE RACE.