Educational Apps & Interactive Simulators
Native and browser-based specialized learning tools designed to visualize abstract theories, model dynamic systems, and experiment in real time.
VectorLab 3D: Real-time Multibody Kinematics & Field Engine
Explore hyper-realistic Newtonian kinematics, curved spacetime metrics, and electromagnetic tensors. Designed specifically for SSC & HSC advanced physics modules and university-tier dynamic modeling.
Interactive Disciplines & Sandboxes
Synapse Coordinate Studio
Interactive 2D/3D parametric curve plotter, surface integrals, and Riemann sum visualizer. Dynamically tweak slider variables to observe differential calculus and vector gradients take form in real time.
CodeForge Runtime
Zero-setup Linux environment with isolated micro-containers, preconfigured with GCC, Python 3.12, Node.js, and Rust. Execute algorithm benchmarks and automated test harnesses right in your web browser.
$ gcc -O3 main.c -o sort && ./sort
> Initializing quicksort on 1,000,000 floats...
> Complete in 14.28ms [Memory: 8.4MB]
OpticsRay: Geometric & Physical Optics Lab
Simulate lenses, spherical aberration, thin films, and wave interference with precision micrometers. Validate Snell's Law and Young's double-slit wavelength distributions in virtual optical benches.
BalanceSheet Engine: Financial Modeler
Dynamic financial sandbox for calculating unit economics, cash burn projections, Monte Carlo risk forecasts, and cap table dilution structures with interactive variable toggles.
Developer & Educator SDK
Build custom interactive simulations using the open-source Zidka Canvas API. Whether you are a college professor illustrating biochemical kinetics or an independent researcher, publish directly to our verified registry.
// 1. Import Zidka High-Performance Engine
import { SimulationCanvas, Vector3D } from '@zidka/canvas-sdk';
// 2. Declare Kinematic System State
export const PendulumModel = new SimulationCanvas({
precision: '64-bit-float',
integrator: 'Verlet',
renderMode: 'WebGPU',
parameters: {
dampingRatio: { min: 0.01, max: 1.0, default: 0.12 },
gravity: { default: Vector3D(0, -9.80665, 0) }
}
});
// 3. Expose Live Telemetry to Academy Portal
PendulumModel.onTick((state, emit) => {
emit.telemetry({ potentialEnergy: state.PE, kineticEnergy: state.KE });
});Need Offline Lab Workstations for Your Campus?
We provide pre-compiled offline packages, MSI installers for Windows PC classrooms, and MDM-deployable iPad profiles with zero outbound telemetry constraints.