WEBVTT 1 00:00:00.690 --> 00:00:02.550 Imagine if we treated cloud security 2 00:00:02.550 --> 00:00:04.260 like physical security. 3 00:00:04.260 --> 00:00:05.820 You wouldn't hand a new employee a set 4 00:00:05.820 --> 00:00:07.740 of keys without knowing what they opened. 5 00:00:07.740 --> 00:00:10.200 Yet every day, companies issue credentials without 6 00:00:10.200 --> 00:00:11.765 understanding the access they grant 7 00:00:11.765 --> 00:00:13.650 to your most valuable asset: 8 00:00:13.650 --> 00:00:16.745 your data. Attackers compromise these credentials 9 00:00:16.745 --> 00:00:17.760 and leverage permissions 10 00:00:17.760 --> 00:00:19.890 employees didn't even know they had to commit 11 00:00:19.890 --> 00:00:22.740 devastating ransomware attacks and data breaches. 12 00:00:22.740 --> 00:00:24.960 And the cost of attacks keeps going up. 13 00:00:24.960 --> 00:00:27.360 2024 saw the first billion-dollar breach 14 00:00:27.360 --> 00:00:29.250 and there's no end in sight. 15 00:00:29.250 --> 00:00:32.070 Why does it happen? Because Identity Security is 16 00:00:32.070 --> 00:00:34.170 fundamentally broken. 17 00:00:34.170 --> 00:00:35.430 The scale and complexity 18 00:00:35.430 --> 00:00:38.460 of entitlements have exploded in the last decade, 19 00:00:38.460 --> 00:00:39.870 but the traditional tools used 20 00:00:39.870 --> 00:00:41.910 to govern access haven't kept up, 21 00:00:41.910 --> 00:00:45.390 and they cannot secure the identity attack surface. 22 00:00:45.390 --> 00:00:48.030 As a result, permissions grow unchecked, 23 00:00:48.030 --> 00:00:50.730 making identity the weakest link in your security. 24 00:00:51.840 --> 00:00:55.080 Enter Veza: one platform for Identity Security 25 00:00:55.080 --> 00:00:58.290 and Intelligent Access across the enterprise. 26 00:00:58.290 --> 00:01:00.750 Only Veza is built on a modern graph database 27 00:01:00.750 --> 00:01:03.185 that brings together access metadata from your identity 28 00:01:03.185 --> 00:01:07.590 providers, SaaS apps, cloud infrastructure, data systems, 29 00:01:07.590 --> 00:01:09.660 and even on-prem and custom apps 30 00:01:09.660 --> 00:01:12.690 to definitively answer the question: "Who can perform 31 00:01:12.690 --> 00:01:14.160 what action on what data?" 32 00:01:15.390 --> 00:01:18.215 The power of the Access Graph allows Veza to find 33 00:01:18.215 --> 00:01:20.280 and fix your biggest access risks 34 00:01:20.280 --> 00:01:22.260 before they enable breaches or ransomware. 35 00:01:23.400 --> 00:01:26.670 Like identities with excess permissions, potential 36 00:01:26.670 --> 00:01:27.780 for privilege escalation, 37 00:01:27.780 --> 00:01:32.130 or lateral movement, access to source code, PII, 38 00:01:32.130 --> 00:01:33.300 or credit card numbers. 39 00:01:34.170 --> 00:01:36.570 And what about your quarterly access reviews? 40 00:01:36.570 --> 00:01:38.370 Veza makes those a snap creating 41 00:01:38.370 --> 00:01:40.590 and assigning them in minutes instead of weeks. 42 00:01:41.460 --> 00:01:43.475 Veza's customers shrink their attack surface 43 00:01:43.475 --> 00:01:46.530 to reduce risk, slash the cost of governance 44 00:01:46.530 --> 00:01:47.640 and accelerate provisioning 45 00:01:47.640 --> 00:01:50.400 so users get the access they need when they need it. 46 00:01:51.510 --> 00:01:54.390 Everybody wants the Principle of Least Privilege. 47 00:01:54.390 --> 00:01:57.930 Veza makes it possible. Schedule a demo at veza.com