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MITRE ATT&CKcon 2018 Keynote: Advancing Infosec, John Lambert, Microsoft
The document contrasts traditional and modern approaches to cybersecurity, emphasizing the shift from incident secrecy to community sharing for enhanced learning. It mentions how modern defenders manage adversaries and view pentesting as a means to increase attack resistance rather than just a report card. Additionally, it lists various elements and their symbols, alongside references to activity groups and resources related to cybersecurity analysis.
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MITRE ATT&CKcon 2018 Keynote: Advancing Infosec, John Lambert, Microsoft
- 2. Traditional Defenders Defend alist of assets Manage incidents Minimize risks by keeping incidents secret View pentest results as a report card Think about stopping attacks Modern Defenders Defend a graph of assets Manage adversaries Maximize learning by sharing incidents with trusted outside peers View pentest results as an input They think about increasing attacker requirements
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- 13. Li lithium Na sodium K potassium Rb rubidium Cs caesium Fr francium Be beryllium Mg magnesium Ca calcium Sr strontium Ba barium Ra radium Sc scandium Y yttrium Ti titanium Zr zirconium Hf hafnium V vanadium Nb niobium Cr chromium Mo molybdenum Mn manganese Tc technetium Fe iron Ru ruthenium Co cobalt Rh rhodium Ni nickel Pd palladium Cu copper Ag silver Zn zinc Cd cadminium Ta tantalum W tungsten Re rhenium Os osminium Ir iridium Pt platinum Au gold Hg mercury B boron Si silicon Ge geramanium As arsenic Sb antimoney Te tellurium Po polonium H hydrogen C carbon P phosphorous N nitrogen O oxygen S sulphur Se selenium Al aluminium Ga galium In indium Tl thallium Sn tin Pb lead Bi bismuth F fluorine Cl chlorine Br bromine I iodine At astatine He helium Ne neon Ar argon Kr krypton Xe xenon Rn radon 1 2 3 11 19 37 55 La lanthanum Ce cerium Pr praseodymium Pm promethium Sm samarium Eu europium Gd gadolinium Tb terbium Dy dysprosium Ho holmium Er erbium Tm thulium Yb ytterbium Lu lutetium Nd neodymium Ac actinium Pa protactinium U uranium Np neptunium Pu plutonium Am americium Cm curium Bk berkelium Cf californium Es einsteinium Fm fermium Md mendelevium Th thorium No nobelium Lr lawrencium 87 4 12 20 38 56 88 39 2221 40 72 23 41 73 24 42 74 25 43 74 26 44 76 27 45 77 28 46 78 29 47 79 30 48 80 31 49 81 5 13 32 50 82 6 14 33 51 83 7 15 34 52 84 8 16 35 53 85 9 17 36 54 86 10 18 57 5859 60 61 62 63 64 65 66 67 68 69 70 71 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 Fr francium Ra radium Mt meitnerium Ds darmstadtium Rg goentgenium Cn copernicium Lv livermorium Nh nihonium Fl flerovium Mc moscovium Ts tennessine Og oganesson Rf rutherfordium Db dubnium Sg seaborgium Bh bohrium Hs hassium 104 105 106 107 108 109 110 111 113 114 115 116 117 118112 Over 110 groups known to us Over 70 full-fledged Activity Groups Activity Groups
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- 30. “Githubification” of Infosec Analysis ThreatGroup Technique Database Detection Definitions Detection Product @JohnLaTwC