Visualize the logic behind the screen. From binary foundations to complex algorithms.
Toggle bits to see how computers store numbers. Master base-2 conversion and two's complement logic in real-time.
Connect AND, OR, and NOT gates to build complex circuits. Design half-adders, latches, and more.
See sorting and searching algorithms in action. Watch how data moves across memory structures in real-time.
Convert between Binary, Octal, Decimal, and Hexadecimal. See the step-by-step mathematical process for every conversion.
Build logical flowcharts and watch them execute in real-time. Convert natural instructions into diagrams and pseudo-code.
Deconstruct IPv4 and IPv6 protocols. Identify address classes, subnet masks, and visualize network vs host portions while learning binary conversion.
Experience the complete 10-step journey of data. Trace packets from your device to global servers through DNS resolution and intelligent routing.
Visualize the fundamental data structures: LIFO (Stack) and FIFO (Queue). Push, Pop, Enqueue, and Dequeue items to see how memory is managed.
Watch how algorithms like Dijkstra, A*, and BFS find the shortest path between two points. Design your own mazes and see the logic unfold in real-time.
Learn how Operating Systems manage processes. Visualize FCFS, SJF, Round Robin, and Priority scheduling with interactive Gantt charts and performance analysis.
Peek inside the processor. See how the CPU executes every single command through the Fetch, Decode, Execute, and Store stages. Master the Von Neumann architecture.
See how your computer's RAM is divided up and assigned to programs. Watch First Fit, Best Fit, and Worst Fit strategies allocate and free blocks of memory in real time.
See exactly what happens inside your computer when a function is called. Watch the call stack grow and shrink as functions push and pop frames — from main() all the way to recursion.
Discover why your computer feels fast or slow. See how the CPU uses a tiny ultra-fast cache to avoid slow trips to RAM — and watch cache hits and misses happen in real time.
Explore how your OS lets programs use more memory than physically available. Watch virtual pages map to physical RAM frames, see page faults happen, and learn replacement policies step by step.
Watch data travel between the CPU, RAM, storage, and I/O devices in real time. Understand how buses carry information and see every step from keyboard press to screen display.
Discover how computers store everything — numbers, text, images, and colours — as just 0s and 1s. Convert between binary, decimal, hex, ASCII and more with live interactive visuals.
Insert, search, and delete values in a Binary Search Tree and watch it reshape in real time. Animate all four traversals (in-order, pre-order, post-order, BFS) and see why BSTs keep data sorted automatically.
Learn how Max-Heaps and Min-Heaps keep the most important item at the top. Watch the "Heapify" process (Shift Up/Down) in action as you build a nearly complete binary tree.