diff --git a/en/features.sgml b/en/features.sgml
index 2d83e5fa4d..ce2a260a7e 100644
--- a/en/features.sgml
+++ b/en/features.sgml
@@ -1,5 +1,5 @@
 <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" [
-<!ENTITY date "$FreeBSD: www/en/features.sgml,v 1.21 2004/10/19 21:32:05 brueffer Exp $">
+<!ENTITY date "$FreeBSD: www/en/features.sgml,v 1.22 2004/11/17 21:54:32 rushani Exp $">
 <!ENTITY title "About FreeBSD's Technological Advances">
 <!ENTITY % includes SYSTEM "includes.sgml"> %includes;
 ]>
@@ -54,14 +54,6 @@
 	  systems to run on FreeBSD, including programs for Linux, SCO UNIX,
 	  and System V Release 4.</li>
 	  
-	<li><b>Kernel Queues</b> allow programs to respond more efficiently
-	  to a variety of asynchronous events including file and socket IO,
-	  improving application and system performance.</li>
-
-	<li><b>Accept Filters</b> allow connection-intensive applications,
-	  such as web servers, to cleanly push part of their functionality into
-	  the operating system kernel, improving performance.</li>
-
 	<li><b>Soft Updates</b> allows improved filesystem
 	  performance without sacrificing safety and reliability.
 	  It analyzes meta-data filesystem operations to avoid having
@@ -74,17 +66,58 @@
 
 	<li><b>Support for IPsec and IPv6</b> allows improved security in
 	  networks, and support for the next-generation Internet Protocol,
-	  IPv6.</li>
+	  IPv6.  The FreeBSD IPSEC implementation includes support for a
+	  broad range of accelerated crypto hardware.</li>
 
+	<li><b>Multi-threaded SMP architecture</b> capable of executing the
+	  kernel in parallel on multiple processors, and with <b>kernel
+	  preemption</b>, allowing high priority kernel tasks to preempt
+	  other kernel activity, reducing latency.  This includes a
+	  <b>multi-threaded network stack</b> and a <b>multi-threaded
+	  virtual memory subsystem</b>.</li>
+
+	<li><b>M:N threading application threading</b> permitting threads to
+	  execute on multiple CPUs in a scaleable manner, mapping many user
+	  threads onto a small number of <b>Kernel Schedulable Entities</b>.
+	  By adopting the <b>Scheduler Activation</b> model, the threading
+	  model can be adapted to the specific requirements of a broad range
+	  of applications.</li>
+
+	<li><b>File system snapshots</b>, permitting administrators to take
+	  atomic file system snapshots for backup purposes using the free
+	  space in the file system, as well as facilitating <b>background
+	  fsck</b>, which allows the system to reach multiuser mode without
+	  waiting on file system cleanup operations following power outages.
+	  </li>
+
+	<li><b>Netgraph pluggable network stack</b> allows developers to
+	  dynamically and easily extend the network stack through clean
+	  layered network abstractions.  Netgraph nodes can implement a broad
+	  range of new network services, including encapsulation, tunneling,
+	  encryption, and performance adaptation.</li>
+
+	<li><b>TrustedBSD MAC Framework extensible kernel security</b>,
+	  which allows developers to customize the operating system security
+	  model for specific environments, from creating hardening policies
+	  to deploying mandatory labeled confidentiality of integrity
+	  policies.</li>
+
+	<li><b>GEOM pluggable storage layer</b>, which permits new storage
+	  services to be quickly developed and cleanly integrated into the
+	  FreeBSD storage subsystem.  GEOM provides a consistent and
+	  coherrent model for discovering and layering storage services,
+	  making it possible to layer services such as RAID and volume
+	  management easily.</li>
+
+	<li><b>Kernel Queues</b> allow programs to respond more efficiently
+	  to a variety of asynchronous events including file and socket IO,
+	  improving application and system performance.</li>
+
+	<li><b>Accept Filters</b> allow connection-intensive applications,
+	  such as web servers, to cleanly push part of their functionality into
+	  the operating system kernel, improving performance.</li>
       </ul>
 
-      <p>Work in-progress includes support for fine-grained SMP locking in
-        kernel, allowing higher performance on multi-processor machines,
-        support for Scheduler Activations, allowing parallelism in threaded
-        programs, filesystem snapshots, fsck-free booting, network
-	optimizations such as zero-copy sockets and event-driven socket IO,		ACPI support, and advanced security features such as Mandatory
-	Access Control.</p>
-
     </blockquote>
 
     <hr align="left" noshade="noshade" width="100%"><font