DUSY3,37,08.138,-118,58.011,8213,08/12/2006,00:03:11,
DUSY4,37,08.913,-118,57.715,8270,08/12/2006,00:03:12,
DUSY5,37,09.613,-118,57.758,8376,08/12/2006,00:03:12,
DUSY6,37,10.273,-118,57.715,8505,08/12/2006,00:03:13,
DUSY7,37,10.865,-118,57.448,8674,08/12/2006,00:03:14,
DUSY8,37,11.558,-118,57.371,9257,08/12/2006,00:03:15,
DUSY9,37,12.194,-118,57.798,9625,08/12/2006,00:03:15,
DUSY10,37,12.399,-118,58.610,9605,08/12/2006,00:03:16,
DUSY11,37,12.075,-118,59.143,9482,08/12/2006,00:03:16,

As you can see these are the old style “regular” data packets that are processed and analysed by the Yugo Mainframe.

? X?? |????. }??3??^?>a& ?? ??? ?“??? ^??"c?L
??O???1.??? GnM???!??????????B"; @???s??? ???_ ??K???? f????/??????????R ??Zj?l? f|?????+? j???? N??'?????????????? ©a??\t?> ???k???? ????A??W???????5 ??;?? x _m2???? ? ??l%?b??$c???+????/????‘?? ????_?????????2Pyr?????M|??? ????x?”??_C?’4??????P F?0??0 s?? ??2i K &2 -??N??? l??KX% br????\N??????/ \\F F s?? T 's???C?? H????? . ??:??*???v???$1H?? ?????????qY>
??????X???? ??? ?S ???O??W?U’6? 2????’I?? ??????0?=??g? J? %????\C??? `©?? ?????v??o

This is one of the rare packets, as you can see the co-ordination around sectors 4 and 5 are extremely dense. This would often cause the server to overload but our new “style” of data processing enables us to read data more efficiently without causing system crashes or loss of data.

§‚ZézÇŒ n üÖ‘³ ÆÐÖ´ ¢&K@à³& ä�kÃzˤB¯¤±Ç' Š–4A˜ë"-±×UÎa
¦“ º©+IÝ[fŠz3éUR6)d ­¯=Ö}ÊôS �ܵx¯;DÎ ½!`ª”ËO1}<Øzè[p
›¼�êZÛæ³Ïœ5M?— ¯.R«M'Y?Vü„�—[F´Œ9•œú÷tÆÍn‹I$1Tl‰Ï­Ùïõwß
óoÁz"s x­ œ7Ud�$ žôö,;l?üX ~
‘êæJŠ- úº¸]ÁÁ ¾Ñß%æoñÍ Mñõñ>xv|Fˆ1„N&Ûø gDöê GD k‘FcÃoĨÐ�yrŠÐ §š©Øc ‘«•,ÚpéX™u44l…½œÎ÷. /DBæõ†�½FƒžPÆßS¹m�ih
ÏëæÌž9­eœ6#à °ÉD'ÌÖ…2±VUfØkrfeX¤ÊÌÖ*­¯Q!°:è N

This one is a rare case but we thought it was notable purely because of the extreme amount of noise around “Ñß%æoñÍ” – RTQP pointed this out.