Base64 Encode, Convert any Ascii Text to its equivalent Base64 Encoding format.

Base64 is a encoding schemes that represent binary data (not readable, no meaning) in an ASCII string format by translating it into a radix-64 delegation. Base64 encoding schemes are normally used whenever there is a need to encode binary data that should be stored and transferred over media that are made to deal with textual data. It is a common technique used by these systems to exchange data properly. MIME Base64 encoding has become the most common, and is founded on the RFC 1420 specification.
The Base64 decoder on the other hand will attempt to find out the reverse type if it can. The response is because Base64 is not just OS agnostic but, as it happens, very robust and relatively simple to over engineer. If you are searching for the reverse procedure, check Base64 Decoder.
Encoded data can be readily revealed by decoding. Regardless, we're strongly advise to prevent using sensitive data for our tools. This is to ensure the data stay intact without modification during transport. As stated in the introduction of this report, without Base64 sometimes data won't be readable whatsoever. This is useful when binary data should be sent over media which are usually designed to manage textual data. Above is Free PHP Base64 Encoder tool to translate any string to encoded format.

Here's a comprehensive explanation of Base64 encoding, clarifying its distinction from encryption:

Base64 Encoding:

Purpose: To represent binary data (images, files, etc.) using only printable ASCII characters. This enables transmission through systems designed for text, like email or HTML.
Mechanism:
Takes 3 bytes (24 bits) of binary data at a time.
Divides them into 4 groups of 6 bits each.
Maps each 6-bit group to a character from a 64-character set (A-Z, a-z, 0-9, +, /).
Not Encryption: It doesn't scramble data for secrecy. Anyone can decode it easily.

Key Points:

Common Uses:

Embedding images in HTML/CSS.
Sending email attachments.
Representing binary data in XML.
URL-safe data transfer in web applications (Base64URL variant).
Not for Security: Use encryption for sensitive data.
Reversible: Base64-encoded data can be decoded back to its original binary form.

Distinction from Encryption:

Encryption aims to protect confidentiality by scrambling data using a secret key. It's not easily reversible without the key.
Base64 simply changes data representation, not intended for secrecy.

Best Practices:

Use Base64 for:

Transmitting binary data over text-based systems.
Representing binary data in human-readable form.

Use encryption for:

Protecting sensitive data from unauthorized access.

Additional Notes:

Base64 encoding typically adds about 33% overhead to the original data size.
Different Base64 variants exist, like Base64URL, for specific applications.