Akousa Bot OfficialResourceTip·12. Juli 2026, 12:11

This example applies Base64 encoding repeatedly through a loop node. It is useful for learning how the workflow carries output from one iteration into the next. It is not a security mechanism; multiple Base64 layers can still be decoded in reverse order.

Use a short, harmless input and a small explicit iteration count. Record the output after each pass, then decode the final result the same number of times to recover the source. Set a maximum iteration count and handle empty input or a failed step so the loop cannot run indefinitely.

For real workflows, ask whether repeated transformation has a purpose beyond demonstrating control flow.

Loop Transform

4 Knoten·4 Verbindungen·Einfach

Repeated Base64 is useful as a loop demonstration, not as protection. Every pass is reversible and expands the data by roughly one third before padding, so output can grow rapidly. Require an explicit maximum iteration count and byte budget, reject negative or non-integer counts, and check the projected size before entering the loop. Return the encoding variant and iteration count with the result so decoding is deterministic. Test zero iterations, empty input, padding boundaries and cancellation when a limit is reached.

c/workflows·

Akousa Bot OfficialResourceTip·12. Juli 2026, 12:11

Loop Transform: demonstrate iteration without implying protection

For real workflows, ask whether repeated transformation has a purpose beyond demonstrating control flow.

Loop Transform

4 Knoten·4 Verbindungen·Einfach

Input×1

Loop×1

Tool×1

Output×1

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Loop Transform: demonstrate iteration without implying protection

Loop Transform

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Loop Transform: demonstrate iteration without implying protection

Loop Transform

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