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2017 NetApp CVEs
Showing 300 CVEs with a 2017 identifier — page 1 of 2. Sorted by CVE id.
Always verify. NetApp's advisory is authoritative for affected versions and fixes; NVD carries the CVSS record.
Showing 300 of 300
| CVE | Published | Severity | CVSS | Summary / Sources |
|---|---|---|---|---|
CVE-2017-0143 | — | — | — | NVD ↗ · NTAP-20170515-0001 |
CVE-2017-0144 | — | — | — | NVD ↗ · NTAP-20170515-0001 |
CVE-2017-0145 | — | — | — | NVD ↗ · NTAP-20170515-0001 |
CVE-2017-0146 | — | — | — | NVD ↗ · NTAP-20170515-0001 |
CVE-2017-0147 | — | — | — | NVD ↗ · NTAP-20170515-0001 |
CVE-2017-0148 | — | — | — | NVD ↗ · NTAP-20170515-0001 |
CVE-2017-0379 | — | — | — | NVD ↗ · NTAP-20180726-0002 |
CVE-2017-1000158 | — | — | — | NVD ↗ · NTAP-20230216-0001 |
CVE-2017-1000253 | 2017-10-05 | HIGH | 7.8 | Linux distributions that have not patched their long-term kernels with https://git.kernel.org/linus/a87938b2e246b81b4fb713edb371a9fa3c5c3c86 (committed on April NVD ↗ · NTAP-20260522-0015 |
CVE-2017-1000364 | — | — | — | NVD ↗ · NTAP-20170808-0001 |
CVE-2017-1000365 | — | — | — | NVD ↗ · NTAP-20170808-0001 |
CVE-2017-1000366 | — | — | — | NVD ↗ · NTAP-20170808-0001 |
CVE-2017-1000367 | — | — | — | NVD ↗ · NTAP-20170803-0001 |
CVE-2017-1000368 | — | — | — | NVD ↗ · NTAP-20170803-0001 |
CVE-2017-1000405 | 2017-11-30 | HIGH | 7.0 | The Linux Kernel versions 2.6.38 through 4.14 have a problematic use of pmd_mkdirty() in the touch_pmd() function inside the THP implementation. touch_pmd() can NVD ↗ · NTAP-20260527-0014 |
CVE-2017-1000408 | 2018-02-01 | HIGH | 7.8 | A memory leak in glibc 2.1.1 (released on May 24, 1999) can be reached and amplified through the LD_HWCAP_MASK environment variable. Please note that many versi NVD ↗ · NTAP-20190404-0003 |
CVE-2017-1000409 | 2018-02-01 | HIGH | 7.0 | A buffer overflow in glibc 2.5 (released on September 29, 2006) and can be triggered through the LD_LIBRARY_PATH environment variable. Please note that many ver NVD ↗ · NTAP-20190404-0003 |
CVE-2017-10053 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10067 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10074 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10078 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10081 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10086 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10087 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10089 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10090 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10096 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10101 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10102 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10104 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10105 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10107 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10108 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10109 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10110 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10111 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10114 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10115 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10116 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10117 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10118 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10121 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10125 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10135 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10145 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10155 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10165 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10167 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10176 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10193 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10198 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10203 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10227 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10243 | — | — | — | NVD ↗ · NTAP-20170720-0001 |
CVE-2017-10268 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10274 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10276 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10277 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10279 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10281 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10283 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10284 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10285 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10286 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10293 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10294 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10295 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10296 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10309 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10311 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10313 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10314 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10320 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10341 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10342 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10345 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10346 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10347 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10348 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10349 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10350 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10355 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10356 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10357 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10365 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10378 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10379 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10380 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10384 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-10386 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10388 | — | — | — | NVD ↗ · NTAP-20171019-0001 |
CVE-2017-10424 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-11142 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-11143 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-11144 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-11145 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-11147 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-11362 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-11461 | 2017-11-10 | MEDIUM | 4.3 | NetApp OnCommand Unified Manager for 7-mode (core package) versions prior to 5.2.1 are susceptible to a clickjacking or "UI redress attack" which could be used NVD ↗ · NTAP-20171107-0001 |
CVE-2017-11628 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-12150 | — | — | — | NVD ↗ · NTAP-20170921-0001 |
CVE-2017-12151 | — | — | — | NVD ↗ · NTAP-20170921-0001 |
CVE-2017-12163 | — | — | — | NVD ↗ · NTAP-20170921-0001 |
CVE-2017-12420 | 2017-08-18 | HIGH | 8.8 | Heap-based buffer overflow in the SMB implementation in NetApp Clustered Data ONTAP before 8.3.2P8 and 9.0 before P2 allows remote authenticated users to cause NVD ↗ · NTAP-20170814-0001 |
CVE-2017-12421 | 2017-09-01 | HIGH | 8.8 | NetApp Clustered Data ONTAP 8.3.x before 8.3.2P12 allows remote authenticated users to execute arbitrary code on the storage controller via unspecified vectors. NVD ↗ · NTAP-20170831-0002 |
CVE-2017-12422 | 2017-08-29 | MEDIUM | 6.5 | NetApp StorageGRID Webscale 10.2.x before 10.2.2.3, 10.3.x before 10.3.0.4, and 10.4.x before 10.4.0.2 allow remote authenticated users to delete arbitrary obje NVD ↗ · NTAP-20170825-0001 |
CVE-2017-12423 | 2017-09-01 | HIGH | 7.7 | NetApp Clustered Data ONTAP 8.3.x before 8.3.2P12 allows remote authenticated users to read data on other Storage Virtual Machines (SVMs) via unspecified vector NVD ↗ · NTAP-20170831-0002 |
CVE-2017-12588 | 2017-08-06 | CRITICAL | 9.8 | The zmq3 input and output modules in rsyslog before 8.28.0 interpreted description fields as format strings, possibly allowing a format string attack with unspe NVD ↗ · NTAP-20241227-0009 |
CVE-2017-12611 | — | — | — | NVD ↗ · NTAP-20170911-0001 |
CVE-2017-12615 | — | — | — | NVD ↗ · NTAP-20171018-0001 |
CVE-2017-12616 | — | — | — | NVD ↗ · NTAP-20171018-0001 |
CVE-2017-12617 | — | — | — | NVD ↗ · NTAP-20180117-0002 · NTAP-20171018-0002 |
CVE-2017-12652 | — | — | — | NVD ↗ · NTAP-20220506-0003 |
CVE-2017-12814 | — | — | — | NVD ↗ · NTAP-20180426-0001 |
CVE-2017-12837 | — | — | — | NVD ↗ · NTAP-20180426-0001 |
CVE-2017-12859 | 2017-08-18 | MEDIUM | 5.9 | NetApp Data ONTAP before 8.2.5, when operating in 7-Mode in NFS environments, allows remote attackers to cause a denial of service via unspecified vectors. NVD ↗ · NTAP-20170815-0002 |
CVE-2017-12883 | — | — | — | NVD ↗ · NTAP-20180426-0001 |
CVE-2017-12932 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-13098 | — | — | — | NVD ↗ · NTAP-20171222-0001 |
CVE-2017-13652 | 2018-07-31 | MEDIUM | 6.5 | NetApp OnCommand Insight version 7.3.0 and versions prior to 7.2.0 are susceptible to clickjacking attacks which could cause a user to perform an unintended act NVD ↗ · NTAP-20180731-0001 |
CVE-2017-14053 | 2017-09-01 | HIGH | 7.5 | NetApp OnCommand Unified Manager for Clustered Data ONTAP before 7.2P1 does not set the secure flag for an unspecified cookie in an HTTPS session, which makes i NVD ↗ · NTAP-20170831-0001 |
CVE-2017-1427 | — | — | — | NVD ↗ · NTAP-20190401-0003 |
CVE-2017-1428 | — | — | — | NVD ↗ · NTAP-20190401-0003 |
CVE-2017-14583 | 2017-12-18 | MEDIUM | 6.5 | NetApp Clustered Data ONTAP versions 9.x prior to 9.1P10 and 9.2P2 are susceptible to a vulnerability which allows an attacker to cause a Denial of Service (DoS NVD ↗ · NTAP-20171215-0001 |
CVE-2017-14952 | — | — | — | NVD ↗ · NTAP-20260123-0007 |
CVE-2017-15095 | — | — | — | NVD ↗ · NTAP-20171214-0003 |
CVE-2017-15361 | — | — | — | NVD ↗ · NTAP-20171024-0001 |
CVE-2017-15396 | — | — | — | NVD ↗ · NTAP-20260123-0007 |
CVE-2017-15422 | — | — | — | NVD ↗ · NTAP-20260123-0007 |
CVE-2017-15515 | 2019-03-04 | MEDIUM | 4.8 | NetApp SnapCenter Server prior to 4.0 is susceptible to cross site scripting vulnerability that could allow a privileged user to inject arbitrary scripts into t NVD ↗ · NTAP-20190304-0002 |
CVE-2017-15516 | 2017-11-16 | HIGH | 8.8 | NetApp SnapCenter Server versions 1.1 through 2.x are susceptible to a Cross-Site Request Forgery (CSRF) vulnerability which could be used to cause an unintende NVD ↗ · NTAP-20171114-0001 |
CVE-2017-15517 | 2017-11-17 | MEDIUM | 5.5 | AltaVault OST Plug-in versions prior to 1.2.2 may allow attackers to obtain sensitive information via unspecified vectors. All users are urged to move to a fixe NVD ↗ · NTAP-20171116-0001 |
CVE-2017-15518 | 2018-02-23 | HIGH | 7.8 | All versions of OnCommand API Services prior to 2.1 and NetApp Service Level Manager prior to 1.0RC4 log a privileged database user account password. All users NVD ↗ · NTAP-20180223-0001 |
CVE-2017-15519 | — | — | — | NVD ↗ · NTAP-20180306-0001 |
CVE-2017-15707 | — | — | — | NVD ↗ · NTAP-20171214-0001 |
CVE-2017-15710 | 2018-03-26 | HIGH | 7.5 | In Apache httpd 2.0.23 to 2.0.65, 2.2.0 to 2.2.34, and 2.4.0 to 2.4.29, mod_authnz_ldap, if configured with AuthLDAPCharsetConfig, uses the Accept-Language head NVD ↗ · NTAP-20180601-0004 |
CVE-2017-15715 | 2018-03-26 | HIGH | 8.1 | In Apache httpd 2.4.0 to 2.4.29, the expression specified in <FilesMatch> could match '$' to a newline character in a malicious filename, rather than matching o NVD ↗ · NTAP-20180601-0004 |
CVE-2017-15906 | 2017-10-26 | MEDIUM | 5.3 | The process_open function in sftp-server.c in OpenSSH before 7.6 does not properly prevent write operations in readonly mode, which allows attackers to create z NVD ↗ · NTAP-20180423-0004 |
CVE-2017-16026 | — | — | — | NVD ↗ · NTAP-20260917-0001 |
CVE-2017-16642 | 2017-11-07 | HIGH | 7.5 | In PHP before 5.6.32, 7.x before 7.0.25, and 7.1.x before 7.1.11, an error in the date extension's timelib_meridian handling of 'front of' and 'back of' directi NVD ↗ · NTAP-20181123-0001 |
CVE-2017-17484 | — | — | — | NVD ↗ · NTAP-20260123-0007 |
CVE-2017-17485 | — | — | — | NVD ↗ · NTAP-20180201-0003 |
CVE-2017-1779 | — | — | — | NVD ↗ · NTAP-20190401-0003 |
CVE-2017-1783 | — | — | — | NVD ↗ · NTAP-20190401-0003 |
CVE-2017-1784 | — | — | — | NVD ↗ · NTAP-20190401-0003 |
CVE-2017-18017 | 2018-01-03 | CRITICAL | 9.8 | The tcpmss_mangle_packet function in net/netfilter/xt_TCPMSS.c in the Linux kernel before 4.11, and 4.9.x before 4.9.36, allows remote attackers to cause a deni NVD ↗ · NTAP-20250103-0010 |
CVE-2017-18258 | 2018-04-08 | MEDIUM | 6.5 | The xz_head function in xzlib.c in libxml2 before 2.9.6 allows remote attackers to cause a denial of service (memory consumption) via a crafted LZMA file, becau NVD ↗ · NTAP-20190719-0001 |
CVE-2017-18269 | 2018-05-18 | CRITICAL | 9.8 | An SSE2-optimized memmove implementation for i386 in sysdeps/i386/i686/multiarch/memcpy-sse2-unaligned.S in the GNU C Library (aka glibc or libc6) 2.21 through NVD ↗ · NTAP-20190401-0001 |
CVE-2017-20005 | — | — | — | NVD ↗ · NTAP-20210805-0006 |
CVE-2017-20052 | — | — | — | NVD ↗ · NTAP-20220804-0005 |
CVE-2017-20162 | — | — | — | NVD ↗ · NTAP-20241108-0002 |
CVE-2017-20189 | — | — | — | NVD ↗ · NTAP-20241108-0002 |
CVE-2017-3135 | 2019-01-16 | HIGH | 7.5 | Under some conditions when using both DNS64 and RPZ to rewrite query responses, query processing can resume in an inconsistent state leading to either an INSIST NVD ↗ · NTAP-20180926-0005 |
CVE-2017-3136 | 2019-01-16 | MEDIUM | 5.9 | A query with a specific set of characteristics could cause a server using DNS64 to encounter an assertion failure and terminate. An attacker could deliberately NVD ↗ · NTAP-20180802-0002 |
CVE-2017-3137 | 2019-01-16 | HIGH | 7.5 | Mistaken assumptions about the ordering of records in the answer section of a response containing CNAME or DNAME resource records could lead to a situation in w NVD ↗ · NTAP-20180802-0002 |
CVE-2017-3138 | 2019-01-16 | MEDIUM | 6.5 | named contains a feature which allows operators to issue commands to a running server by communicating with the server process over a control channel, using a u NVD ↗ · NTAP-20180802-0002 |
CVE-2017-3140 | 2019-01-16 | LOW | 3.7 | If named is configured to use Response Policy Zones (RPZ) an error processing some rule types can lead to a condition where BIND will endlessly loop while handl NVD ↗ · NTAP-20180926-0001 |
CVE-2017-3141 | 2019-01-16 | HIGH | 7.2 | The BIND installer on Windows uses an unquoted service path which can enable a local user to achieve privilege escalation if the host file system permissions al NVD ↗ · NTAP-20180926-0001 |
CVE-2017-3142 | 2019-01-16 | MEDIUM | 5.3 | An attacker who is able to send and receive messages to an authoritative DNS server and who has knowledge of a valid TSIG key name may be able to circumvent TSI NVD ↗ · NTAP-20190830-0003 |
CVE-2017-3143 | 2019-01-16 | HIGH | 7.5 | An attacker who is able to send and receive messages to an authoritative DNS server and who has knowledge of a valid TSIG key name for the zone and service bein NVD ↗ · NTAP-20190830-0003 |
CVE-2017-3145 | — | — | — | NVD ↗ · NTAP-20180117-0003 |
CVE-2017-3164 | — | — | — | NVD ↗ · NTAP-20190327-0003 |
CVE-2017-3167 | 2017-06-20 | CRITICAL | 9.8 | In Apache httpd 2.2.x before 2.2.33 and 2.4.x before 2.4.26, use of the ap_get_basic_auth_pw() by third-party modules outside of the authentication phase may le NVD ↗ · NTAP-20180601-0002 |
CVE-2017-3169 | 2017-06-20 | CRITICAL | 9.8 | In Apache httpd 2.2.x before 2.2.33 and 2.4.x before 2.4.26, mod_ssl may dereference a NULL pointer when third-party modules call ap_hook_process_connection() d NVD ↗ · NTAP-20180601-0002 |
CVE-2017-3204 | — | — | — | NVD ↗ · NTAP-20251121-0005 |
CVE-2017-3231 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3238 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3241 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3243 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3244 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3251 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3252 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3253 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3256 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3257 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3258 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3259 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3260 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3261 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3262 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3265 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3272 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3273 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3289 | — | — | — | NVD ↗ · NTAP-20170119-0001 |
CVE-2017-3291 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3302 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3305 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3308 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3309 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3312 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3313 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3317 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3318 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3319 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3320 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3321 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3322 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3323 | — | — | — | NVD ↗ · NTAP-20170119-0002 |
CVE-2017-3329 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3331 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3450 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3452 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3453 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3454 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3455 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3456 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3457 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3458 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3459 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3460 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3461 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3462 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3463 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3464 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3465 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3467 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3468 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3509 | — | — | — | NVD ↗ · NTAP-20170420-0001 |
CVE-2017-3511 | — | — | — | NVD ↗ · NTAP-20170420-0001 |
CVE-2017-3512 | — | — | — | NVD ↗ · NTAP-20170420-0001 |
CVE-2017-3514 | — | — | — | NVD ↗ · NTAP-20170420-0001 |
CVE-2017-3526 | — | — | — | NVD ↗ · NTAP-20170420-0001 |
CVE-2017-3529 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3533 | — | — | — | NVD ↗ · NTAP-20170420-0001 |
CVE-2017-3539 | — | — | — | NVD ↗ · NTAP-20170420-0001 |
CVE-2017-3544 | — | — | — | NVD ↗ · NTAP-20170420-0001 |
CVE-2017-3599 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3600 | — | — | — | NVD ↗ · NTAP-20170420-0002 |
CVE-2017-3633 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3634 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3635 | — | — | — | NVD ↗ · NTAP-20170720-0002 · NTAP-20170720-0002 |
CVE-2017-3636 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3637 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3638 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3639 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3640 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3641 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3642 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3643 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3644 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3645 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3646 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3647 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3648 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3649 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3650 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3651 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3652 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3653 | — | — | — | NVD ↗ · NTAP-20170720-0002 |
CVE-2017-3730 | — | — | — | NVD ↗ · NTAP-20170127-0001 |
CVE-2017-3731 | — | — | — | NVD ↗ · NTAP-20171019-0002 · NTAP-20170127-0001 |
CVE-2017-3732 | — | — | — | NVD ↗ · NTAP-20170720-0002 · NTAP-20170720-0002 +2 |
CVE-2017-3735 | — | — | — | NVD ↗ · NTAP-20170927-0001 |
CVE-2017-3736 | — | — | — | NVD ↗ · NTAP-20180117-0002 · NTAP-20180117-0002 +1 |
CVE-2017-3737 | — | — | — | NVD ↗ · NTAP-20180419-0002 · NTAP-20180117-0002 +1 |
CVE-2017-3738 | — | — | — | NVD ↗ · NTAP-20171208-0001 |
CVE-2017-5123 | — | — | — | NVD ↗ · NTAP-20211223-0003 |
CVE-2017-5130 | 2018-02-07 | HIGH | 8.8 | An integer overflow in xmlmemory.c in libxml2 before 2.9.5, as used in Google Chrome prior to 62.0.3202.62 and other products, allowed a remote attacker to pote NVD ↗ · NTAP-20190719-0001 |
CVE-2017-5201 | 2017-11-10 | MEDIUM | 5.7 | NetApp Clustered Data ONTAP before 8.3.2P8 and 9.0 before P2 allow remote authenticated users to obtain sensitive cluster and tenant information via unspecified NVD ↗ · NTAP-20170809-0001 |
CVE-2017-5340 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-5600 | 2017-02-02 | CRITICAL | 9.8 | The Data Warehouse component in NetApp OnCommand Insight before 7.2.3 allows remote attackers to obtain administrative access by leveraging a default privileged NVD ↗ · NTAP-20170131-0001 |
CVE-2017-5638 | — | — | — | NVD ↗ · NTAP-20170310-0001 |
CVE-2017-5645 | — | — | — | NVD ↗ · NTAP-20181107-0002 · NTAP-20180726-0002 |
CVE-2017-5647 | — | — | — | NVD ↗ · NTAP-20180614-0001 · NTAP-20170720-0002 |
CVE-2017-5648 | — | — | — | NVD ↗ · NTAP-20180614-0001 |
CVE-2017-5650 | — | — | — | NVD ↗ · NTAP-20180614-0001 |
CVE-2017-5651 | — | — | — | NVD ↗ · NTAP-20180614-0001 · NTAP-20170720-0002 |
CVE-2017-5664 | — | — | — | NVD ↗ · NTAP-20171019-0002 |
CVE-2017-5689 | — | — | — | NVD ↗ · NTAP-20170509-0001 |
CVE-2017-5703 | — | — | — | NVD ↗ · NTAP-20180924-0004 |
CVE-2017-5705 | — | — | — | NVD ↗ · NTAP-20171120-0001 |
CVE-2017-5706 | — | — | — | NVD ↗ · NTAP-20171120-0001 |
CVE-2017-5707 | — | — | — | NVD ↗ · NTAP-20171120-0001 |
CVE-2017-5708 | — | — | — | NVD ↗ · NTAP-20171120-0001 |
CVE-2017-5709 | — | — | — | NVD ↗ · NTAP-20171120-0001 |
CVE-2017-5710 | — | — | — | NVD ↗ · NTAP-20171120-0001 |
CVE-2017-5711 | — | — | — | NVD ↗ · NTAP-20171120-0001 |
CVE-2017-5712 | — | — | — | NVD ↗ · NTAP-20171120-0001 |
CVE-2017-5715 | — | — | — | NVD ↗ · NTAP-20180104-0001 |
CVE-2017-5753 | — | — | — | NVD ↗ · NTAP-20180104-0001 |
CVE-2017-5754 | — | — | — | NVD ↗ · NTAP-20180104-0001 |
CVE-2017-5988 | 2017-04-10 | HIGH | 7.5 | NetApp Clustered Data ONTAP 8.1 through 9.1P1, when NFS or SMB is enabled, allows remote attackers to cause a denial of service via unspecified vectors. NVD ↗ · NTAP-20170331-0001 |
CVE-2017-5995 | 2017-03-01 | HIGH | 7.5 | The NetApp ONTAP Select Deploy administration utility 2.0 through 2.2.1 might allow remote attackers to obtain sensitive information via unspecified vectors. NVD ↗ · NTAP-20170228-0001 |
CVE-2017-6056 | — | — | — | NVD ↗ · NTAP-20180731-0002 |
CVE-2017-6451 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-6452 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-6455 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-6458 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-6459 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-6460 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-6462 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-6463 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-6464 | — | — | — | NVD ↗ · NTAP-20170526-0001 |
CVE-2017-7236 | 2017-05-26 | HIGH | 7.5 | SQL injection vulnerability in NetApp OnCommand Unified Manager Core Package 5.x before 5.2.2P1 allows remote attackers to execute arbitrary SQL commands via un NVD ↗ · NTAP-20170517-0001 |
CVE-2017-7272 | — | — | — | NVD ↗ · NTAP-20180112-0001 |
CVE-2017-7345 | 2017-04-10 | MEDIUM | 5.3 | NetApp OnCommand Performance Manager and OnCommand Unified Manager for Clustered Data ONTAP before 7.1P1 improperly bind the Java Management Extension Remote Me NVD ↗ · NTAP-20170331-0002 |
CVE-2017-7439 | 2017-05-26 | HIGH | 7.5 | NetApp OnCommand Unified Manager Core Package 5.x before 5.2.2P1 might allow remote attackers to obtain sensitive information via vectors involving error messag NVD ↗ · NTAP-20170517-0002 |
CVE-2017-7494 | — | — | — | NVD ↗ · NTAP-20170524-0001 |
CVE-2017-7500 | — | — | — | NVD ↗ · NTAP-20260612-0013 |
CVE-2017-7501 | — | — | — | NVD ↗ · NTAP-20260612-0014 |
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