@@ 16,8 16,8 @@ The famous story of the [Deep Space 1](https://en.wikipedia.org/wiki/Deep_Space_
<blockquote>
The Remote Agent software, running on a custom port of Harlequin Common
Lisp, flew aboard <a href="http://nmp.jpl.nasa.gov/ds1/"> Deep Space 1</a>
- (DS1), the first mission of NASA's <a href="http://nmp.jpl.nasa.gov/index_flash.html"> New Millennium
- program</a>. Remote Agent controlled DS1 for two days in May of
+ (DS1), the first mission of NASA's New Millennium
+ program. Remote Agent controlled DS1 for two days in May of
1999. During that time we were able to debug and fix a race condition
that had not shown up during ground testing. (Debugging a program
running on a $100M piece of hardware that is 100 million miles away is
@@ 55,9 55,7 @@ I actually tried something similar years ago with Common Lisp, it turned out to
be super simple. I was building a Lisp-customizable [i3 status bar](https://i3wm.org/i3status/) program (I
ended up [writing it](https://github.com/ane/tila) writing it in [CHICKEN Scheme](https://www.call-cc.org/), though). Turns it didn't
require much: Swank is available via [Quicklisp](https://www.quicklisp.org/beta/), so you can just add it to your
-Common Lisp program and voilà, you have a REPL connection available. I [recorded
-the thing in action](https://shell.wilan.org/~ane/repl_live.webm) via video to
-demonstrate how simple and powerful this concept is.
+Common Lisp program and voilà, you have a REPL connection available.
These days I work with a multitude of application platforms and the [Java Virtual
Machine](https://en.wikipedia.org/wiki/Java_virtual_machine) is one of them. Java has powerful introspectability, from its native