Update sas-ste.html

tools/sas-ste.html

@@ -43,37 +43,34 @@
 						<p class="wallpaper_top_container_title">SAS-STE</p>
 						<div class="wallpaper_top_container_title_underline" style="background-color:#FFFFFF"></div>
 
+						</br>
 						<p class="wallpaper_top_container_buttons" id="download"> DOWNLOAD </p>
-
-						<a href="https://github.com/saaiqSAS/SAS-STE/raw/SAS/Documentation/SAS-STE%20Documentation.pdf">
+						</br>
+						<!-- <a href="https://github.com/saaiqSAS/SAS-STE/raw/SAS/Documentation/SAS-STE%20Documentation.pdf">
 							<p class="wallpaper_top_container_buttons" > DOCUMENTATION </p>
-						</a>
+						</a> -->
 
 					</div>
 					<p style="margin:50px;"></p>
 				</div>
 
+				<div class="center_container" style="background-color: #ee2020;">
+					<p class="container_description_dark_background" style="background-color: #ee2020; text-align:center;">
+						<b>SAS-STE Deprecated: Do Not Use for Sensitive Data. A more secure, robust, and reliable encryption algorithm,
+						built on the SAS-STE core, will be available soon.</b>
+					</p>
+				</div>
+
 				<div class="center_container">
-					<p class="container_heading">What exactly is SAS-STE?</p></p>
+					<p class="container_heading">What is SAS-STE?</p></p>
 					<div class="container_heading_underline" style="background-color: #373737;width: 350px"></div>
 
-					<p class="container_description_light_background">
-					SAS-STE: SAS-Secure Text Encryption is a very secure and unique opensource text encryption
-					algorithm developed and maintained by Saaiq Abdulla Saeed (SAS). The algorithm uses high
-					level characters to converts plain text into cypher text instead of encrypting at binary level. More
-					specifically it substitutes a plain text character with another character at a much more advanced
-					and randomized manner (not like the ’Caesar cipher’ which shifts characters along the alphabet
-					based on single a number acting as a key). Furthermore the encryption can be utilized to encrypt
-					text within text based files (e.g. .txt , .java, .py, .html, etc.). This utilization is done in all the official
-					releases of SAS-STE allowing users to encrypt both text-based files and plain text.
-					This encryption algorithm uses two types of keys, Static Keys and Dynamic Keys (previously
-					referred to as ‘Public Keys’). Static Keys are keys which are made to be unique to each copy of
-					a SAS-STE release while Dynamic Keys are meant to be used as general keys which is to be
-					unique for each encryption done. These keys are fixed format keys which can be generated using
-					an SAS-STE release (Do note that SAS-STE allows users to re-use previously generated keys).
-					Though these keys are fixed format, the number of unique keys that can be generated are quite
-					high and the chances of duplicate keys are low. To know more about SAS-STE algorithm and SAS-STE releases,
-					you can read the SAS-STE Documentation.
+					<p class="container_description_dark_background">
+					SAS-STE: Saaiq Abdulla Saeed's - Secure Text Encryption is an opensource text-based random substitution encryption
+					algorithm developed by Saaiq Abdulla Saeed (SAS) as his first ever encryption. 
+					The algorithm uses two types of keys - Static Keys (Index Key) and Dynamic Keys (Character Key). 
+					Static Keys are to be unique for each copy of a SAS-STE release while Dynamic Keys are to be used as more general keys 
+					unique for each encryption process. 
 					</p>
 
 				</div>