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Google Pixel Devices on Android 14
None 		Attivo BotSink Solution
None
name Google Pixel Devices on Android 14 Attivo BotSink Solution
category Mobility Network and Network-Related Devices and Systems
scheme US NO
status active archived
not_valid_after 27.03.2026 13.02.2022
not_valid_before 27.03.2024 13.02.2017
cert_link https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/st_vid11419-ci.pdf
report_link https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/st_vid11419-vr.pdf https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/20170201%20S-084%20CRv1.0%20Attivo.pdf
st_link https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/st_vid11419-st.pdf https://www.commoncriteriaportal.org/nfs/ccpfiles/files/epfiles/ST%20Attivo%20Networks%20-%20Botsink%20Solution%20v.1.3%20-%20Final_Release.pdf
manufacturer Google LLC Attivo Networks, Inc.
manufacturer_web https://www.google.com https://attivonetworks.com
security_level {} EAL2+, ALC_FLR.1
dgst d822fb20999bc557 1bc10dc246304b33
heuristics/cpe_matches cpe:2.3:o:google:android:14.0:*:*:*:*:*:*:* {}
heuristics/related_cves CVE-2023-40096, CVE-2024-0039, CVE-2015-9030, CVE-2015-9050, CVE-2015-8998, CVE-2024-31316, CVE-2015-9028, CVE-2024-0037, CVE-2015-9043, CVE-2019-20606, CVE-2014-9979, CVE-2014-9972, CVE-2016-10332, CVE-2024-34741, CVE-2024-0045, CVE-2016-10386, CVE-2024-0038, CVE-2015-9023, CVE-2023-21352, CVE-2016-10391, CVE-2016-5853, CVE-2024-31332, CVE-2023-40079, CVE-2016-5859, CVE-2017-7372, CVE-2023-40095, CVE-2017-8241, CVE-2017-8253, CVE-2024-31324, CVE-2016-10380, CVE-2015-9073, CVE-2017-8268, CVE-2015-9001, CVE-2024-34738, CVE-2017-8234, CVE-2015-8595, CVE-2015-8592, CVE-2024-23713, CVE-2016-10341, CVE-2024-23704, CVE-2015-9062, CVE-2024-43084, CVE-2015-9029, CVE-2024-0036, CVE-2011-0419, CVE-2024-31323, CVE-2015-8596, CVE-2024-0018, CVE-2024-0049, CVE-2014-9965, CVE-2014-9973, CVE-2014-9974, CVE-2024-0040, CVE-2017-7364, CVE-2024-34739, CVE-2016-10381, CVE-2016-10387, CVE-2015-9051, CVE-2016-10383, CVE-2023-21355, CVE-2023-40080, CVE-2023-40084, CVE-2024-31314, CVE-2015-8996, CVE-2017-9678, CVE-2014-9963, CVE-2023-40078, CVE-2015-9027, CVE-2015-9068, CVE-2023-45776, CVE-2015-9069, CVE-2023-21360, CVE-2023-40111, CVE-2016-10339, CVE-2024-0048, CVE-2024-0022, CVE-2015-9066, CVE-2016-10384, CVE-2015-9046, CVE-2017-0843, CVE-2023-40076, CVE-2017-7367, CVE-2024-34727, CVE-2015-9036, CVE-2023-40073, CVE-2016-5867, CVE-2017-8263, CVE-2024-31331, CVE-2017-7366, CVE-2016-10392, CVE-2014-9968, CVE-2024-31317, CVE-2024-31322, CVE-2017-7371, CVE-2023-21357, CVE-2014-9937, CVE-2023-40094, CVE-2014-9935, CVE-2023-40081, CVE-2015-9065, CVE-2014-9411, CVE-2024-43081, CVE-2017-8267, CVE-2015-8999, CVE-2024-23712, CVE-2017-8240, CVE-2016-5872, CVE-2023-40082, CVE-2023-21350, CVE-2016-10338, CVE-2016-10340, CVE-2016-10239, CVE-2015-0576, CVE-2017-0862, CVE-2024-34737, CVE-2008-7298, CVE-2017-8243, CVE-2024-40661, CVE-2024-0032, CVE-2024-31339, CVE-2017-8255, CVE-2024-34740, CVE-2015-9072, CVE-2017-8237, CVE-2015-9000, CVE-2024-0019, CVE-2016-5862, CVE-2023-40114, CVE-2017-7373, CVE-2024-0017, CVE-2023-40110, CVE-2024-0047, CVE-2014-9962, CVE-2015-9031, CVE-2024-0050, CVE-2023-40090, CVE-2014-9978, CVE-2017-8233, CVE-2015-9070, CVE-2024-31326, CVE-2014-9936, CVE-2024-0053, CVE-2014-9981, CVE-2024-31325, CVE-2017-7365, CVE-2024-0052, CVE-2015-9048, CVE-2014-9964, CVE-2017-8266, CVE-2024-0046, CVE-2015-9060, CVE-2017-8239, CVE-2024-0030, CVE-2015-9054, CVE-2015-9035, CVE-2015-8593, CVE-2024-40656, CVE-2023-45781, CVE-2016-5858, CVE-2023-21373, CVE-2024-31318, CVE-2016-10342, CVE-2016-10334, CVE-2024-23708, CVE-2015-9037, CVE-2023-45777, CVE-2023-21361, CVE-2024-43089, CVE-2014-9977, CVE-2024-43086, CVE-2015-9041, CVE-2023-21351, CVE-2024-23705, CVE-2016-5861, CVE-2016-10335, CVE-2015-9052, CVE-2024-0020, CVE-2024-40652, CVE-2024-40659, CVE-2017-8256, CVE-2017-9685, CVE-2023-21364, CVE-2024-34721, CVE-2015-0574, CVE-2014-9961, CVE-2024-0023, CVE-2016-5863, CVE-2016-5347, CVE-2024-0016, CVE-2014-9976, CVE-2017-8261, CVE-2024-43088, CVE-2016-10346, CVE-2015-9032, CVE-2016-5871, CVE-2024-31315, CVE-2024-0044, CVE-2016-10389, CVE-2024-34719, CVE-2014-9969, CVE-2023-21366, CVE-2023-21374, CVE-2017-6421, CVE-2016-10343, CVE-2024-40662, CVE-2016-10390, CVE-2024-40654, CVE-2016-10344, CVE-2015-9020, CVE-2023-45774, CVE-2017-8235, CVE-2023-21353, CVE-2024-0041, CVE-2021-39810, CVE-2016-10347, CVE-2016-10333, CVE-2024-43093, CVE-2024-0014, CVE-2024-0051, CVE-2015-9055, CVE-2024-43090, CVE-2023-21354, CVE-2015-8594, CVE-2015-1529, CVE-2015-9038, CVE-2023-21359, CVE-2015-9045, CVE-2023-40077, CVE-2024-34720, CVE-2017-8272, CVE-2024-0024, CVE-2023-40091, CVE-2016-10385, CVE-2017-8260, CVE-2024-31313, CVE-2017-7370, CVE-2024-0026, CVE-2024-34743, CVE-2017-9682, CVE-2024-34731, CVE-2016-5855, CVE-2024-0031, CVE-2016-5864, CVE-2015-9022, CVE-2023-40109, CVE-2024-31327, CVE-2024-40655, CVE-2024-0027, CVE-2017-0865, CVE-2024-0025, CVE-2015-9040, CVE-2017-7369, CVE-2014-9975, CVE-2024-40657, CVE-2024-43087, CVE-2015-8997, CVE-2023-40093, CVE-2023-40075, CVE-2016-10382, CVE-2014-9966, CVE-2015-9042, CVE-2015-9067, CVE-2015-9025, CVE-2024-23717, CVE-2015-9061, CVE-2017-8238, CVE-2015-9024, CVE-2024-0021, CVE-2024-23709, CVE-2017-9679, CVE-2024-31319, CVE-2023-40107, CVE-2017-8270, CVE-2015-9044, CVE-2023-40100, CVE-2015-8995, CVE-2015-9047, CVE-2015-9049, CVE-2023-40105, CVE-2024-23707, CVE-2024-40660, CVE-2024-34722, CVE-2016-5854, CVE-2017-0864, CVE-2023-40092, CVE-2017-8257, CVE-2024-31310, CVE-2017-8236, CVE-2015-0575, CVE-2023-40106, CVE-2024-34723, CVE-2017-8262, CVE-2024-34734, CVE-2024-43083, CVE-2023-40098, CVE-2015-9064, CVE-2017-9680, CVE-2024-43085, CVE-2015-9063, CVE-2024-0035, CVE-2014-9971, CVE-2024-43091, CVE-2015-9053, CVE-2023-40087, CVE-2023-21358, CVE-2014-9980, CVE-2017-8254, CVE-2023-40088, CVE-2016-10337, CVE-2015-9033, CVE-2024-23706, CVE-2023-21356, CVE-2023-40115, CVE-2017-9684, CVE-2024-23710, CVE-2015-9034, CVE-2023-45775, CVE-2015-9021, CVE-2023-45773, CVE-2017-8242, CVE-2014-9960, CVE-2024-0033, CVE-2024-0043, CVE-2024-40658, CVE-2023-40089, CVE-2024-31312, CVE-2024-31311, CVE-2017-8265, CVE-2020-13843, CVE-2016-5860, CVE-2016-10388, CVE-2015-9003, CVE-2017-0863, CVE-2024-34736, CVE-2014-9967, CVE-2015-9002, CVE-2015-9071, CVE-2023-40103, CVE-2017-7368, CVE-2016-10336, CVE-2015-9026, CVE-2023-40083, CVE-2024-40650, CVE-2015-9039, CVE-2024-34742, CVE-2024-43080 {}
heuristics/extracted_sars {} ALC_FLR.1
heuristics/extracted_versions 14 -
heuristics/scheme_data
  • category: Network and Network-Related Devices and Systems
  • certification_date: 13.02.2017
  • developer: Attivo Networks, Inc.
  • enhanced:
    • category: Network and Network-Related Devices and Systems
    • cert_id: SERTIT-084
    • certification_date: 13.02.2017
    • description: The Attivo BOTsink Deception System Deception and Decoy for Inside-the-Network Threat Detection The Attivo BOTsink solution uses dynamic deception techniques and a matrix of distributed decoy systems to turn an entire network into a trap, which is designed to deceive and detect attackers and their automated tools into revealing themselves. Whether the attack vector is zero day, stolen credential, ransomware, phishing or an insider threat, the BOTsink system provides an effective and efficient solution to detect these threats in real-time. Prevention-based detection does not reliably detect signature-less attacks, the use of stolen credentials, and the lateral movement of attacks that have bypassed firewall, anti-virus and other prevention solutions. Not reliant on known attack patterns or signatures, Attivo will instead use deception to deceive the attacker into engaging. Once the attacker engages, an alert is immediately created with the substantiated attack detail required to block the attacker and quarantine the infected device. The attack details can be viewed in the Attivo Threat Intelligence Dashboard, through a variety of reports, and can be automatically uploaded into 3rd party prevention solutions dramatically improving incident response. Elements of the BOTsink - Physical, virtual and cloud engagement servers provide the threat detection engine, a multi-dimensional correlation engine, and the analysis engine that allows the attack sequence to safely play out, allows viewing of lateral movement and can open communications with the Command and Control to better understand the attacker tools, methodologies, and intent. - Decoys based on a wide variety of operating systems and services, which can also be golden image customized to match a customers production environment. - Server and end-point deception lures combined with other deception techniques are used to deceive an attacker into engaging with the BOTsink system for detection. - Central Manager provides global deployment and management of BOTsink devices and the aggregation of threat intelligence for all types of BOTsink devices. Environments supported - User networks, data centers, AWS, VMWare, SCADA - Endpoint deceptions for Mac and PC
    • developer: Attivo Networks, Inc.
    • documents: frozendict({'cert': [frozendict({'href': 'https://sertit.no/getfile.php/135169-1607953178/SERTIT/Sertifikater/2017/84/20170213%20S-084%20C%20Attivo.pdf'})], 'target': [frozendict({'href': 'https://sertit.no/getfile.php/135172-1607953180/SERTIT/Sertifikater/2017/84/ST%20Attivo%20Networks%20-%20Botsink%20Solution%20v.1.3%20-%20Final_Release.pdf'})], 'report': [frozendict({'href': 'https://sertit.no/getfile.php/135175-1607953183/SERTIT/Sertifikater/2017/84/20170201%20S-084%20CRv1.0%20Attivo.pdf'})]})
    • evaluation_facility: Advanced Data Security
    • level: EAL 2, ALC_FLR.1
    • mutual_recognition: CCRA
    • product: BOTsink appliances: Model 3200, Model 5100; vBOTsink for Vmware Version 3.3, ACM appliance Version 200; Software: ACM Version 3.3, BOTsink and Endpoint Version 3.3
  • product: Attivo BotSink Solution
  • url: https://sertit.no/certified-products/product-archive/attivo-botsink-solution
heuristics/protection_profiles 29ba341b00e9bd10, c40ae795865a0dba, 51729b94f0ac139f, 36b1d4890baaa7f4, 83014eb399a802f3, 593b939921a117e0 {}
protection_profile_links https://www.commoncriteriaportal.org/nfs/ccpfiles/files/ppfiles/PP_MDF_V3.3.pdf, https://www.commoncriteriaportal.org/nfs/ccpfiles/files/ppfiles/MOD_WLANC_v1.0.pdf, https://www.commoncriteriaportal.org/nfs/ccpfiles/files/ppfiles/mod_mdm_agent_v1.0.pdf, https://www.commoncriteriaportal.org/nfs/ccpfiles/files/ppfiles/PKG_TLS_V1.1.pdf, https://www.commoncriteriaportal.org/nfs/ccpfiles/files/ppfiles/MOD-BIO-v1.1.pdf, https://www.commoncriteriaportal.org/nfs/ccpfiles/files/ppfiles/MOD_BT_V1.0.pdf {}
pdf_data/cert_filename st_vid11419-ci.pdf
pdf_data/report_filename st_vid11419-vr.pdf 20170201 S-084 CRv1.0 Attivo.pdf
pdf_data/st_filename st_vid11419-st.pdf ST Attivo Networks - Botsink Solution v.1.3 - Final_Release.pdf
state/cert/convert_garbage True False
state/cert/download_ok True False
state/cert/pdf_hash Different Different