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Blue Team Village - BloodHound From Red to Blue 1 point 5

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DEF CON
 Scoubi

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Blue Team Village - BloodHound From Red to Blue 1 point 5
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CC Attribution 3.0 Unported:
You are free to use, adapt and copy, distribute and transmit the work or content in adapted or unchanged form for any legal purpose as long as the work is attributed to the author in the manner specified by the author or licensor.
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Abstract
BloodHound was originally built for Pentesters to easily identify highly complex attack paths but it can also be used to improve the overall security posture of your Active Directory. We will start with a short introduction to graph databases and how the different parts of Bloodhound work. We will then discuss some useful tips on using the GUI to visualize various attack paths then we will venturing into the world of custom Cypher Queries. Using this new knowledge, we will set off on a path of destruction, targeting the attack paths in our environment and visualizing the effects of our planned remediations on these attack paths.
01:16
Information security
02:05
Presentation of a groupInformation securitySlide ruleKettenkomplex
02:37
Electronic mailing listGraph theory
03:39
Maxima and minimaUser interface
04:11
Graph (mathematics)
04:53
Graph (mathematics)
05:49
Well-formed formulaView (database)TheoryIntegrated development environmentComplex (psychology)Directory service
06:19
Time domainDegree (graph theory)Surface of revolution
07:07
Query languageObject (grammar)Computer networkGraph (mathematics)Software testingReal number
07:59
Coma Berenices
09:32
Graphical user interface
12:52
Video game consoleGraph (mathematics)DatabaseHill differential equationIntegrated development environment
13:39
Error messageStatement (computer science)outputClient (computing)Graph (mathematics)DatabaseNumeral (linguistics)Time domainGame controllerHill differential equation
14:22
Object (grammar)
15:16
Digital filterLocal GroupMoving averageIntegrated development environment
16:36
Query languageLocal Group
17:13
Statement (computer science)Operator (mathematics)
17:52
User profileQuery languageTime domainComputerElectronic mailing list
18:56
LengthAverageVariety (linguistics)Time domainComputerRecursive descent parserQuery language
19:27
Electric currentCheat <Computerspiel>MIDITime domainSystem administratorSoftware testing
20:12
Integrated development environmentControl flowLink (knot theory)ComputerLocal ringFinitary relationSoftware testingTime domainDigital filterComputer configuration
20:55
Local GroupComputerDigital filterFinitary relationSoftware testing
21:25
Query languageSoftware testingLipschitz-Stetigkeit
21:58
Software testingData type
22:29
Digital filter
23:21
Finitary relationTable (information)Local ring
23:54
Local ringTable (information)
24:28
Table (information)Local ring
25:24
Finitary relationLatent heat
26:02
Programmer (hardware)
26:35
Uniqueness quantificationTime domainEnterprise architectureSet (mathematics)
27:11
Gastropod shellMassLocal ringTime domain
28:21
Graph (mathematics)Data managementRule of inferenceTraffic reporting
28:58
Ext functorExplosionTime domain
29:33
Total S.A.Local Group
30:07
Table (information)MIDI3 (number)Normed vector space
31:14
SummierbarkeitLocal GroupComputerLocal ring
31:58
AutomatonSoftware testingLocal Group
32:50
Local ringTime domainLocal GroupReading (process)
33:26
Formal languageQuery languageGraph (mathematics)Automation
35:10
Link (knot theory)