Improve cyber resistance by prioritizing and reducing user access risk
Saporo models attacker behaviors to identify attack paths adversaries will most likely use to move laterally through an organization. Saporo then prioritizes the shortest attack paths to critical assets presenting the highest risk, and prescribes changes to reduce the attack surface.
Attackers love complexity. Defenders need clarity.
Attackers need to find only one attack path, defenders need to find all of them.
Identifying all potential attack paths in large and dynamic environments is impossible using manual methods.
We use AI and graph theory to analyze configuration and user access data. Our technology scores organizations resistance to attacks and finds the most impactful changes to increase cyber resistance.
Reduce
Risk
Implement the most effective changes with the least amount of disruption to the business.
Assess
Impact
Quantify the environmental impact and exploitability of assets due to configuration changes.
Measure
Progress
Track and report on your cyber resistance and the impact of changes over time.
Stay ahead of attackers.
providing the time and context they need to stay ahead of attackers.
Assess configuration changes to quantify the environmental impact and exploitability of assets caused by unexpected attack paths.
Implement the most beneficial changes with the least amount of disruption to the business.
Generate multiple and complete chain of attacks highlighting the most vulnerable assets.
Understand the full attack paths including the type of resources that may be accessed.
Stay ahead and close the open attack paths for ongoing attacks based on compromised assets.
Track changes over time with effect and progress on organizations’ security posture.
Time is of the essence.
It is a race of time between the attacker and the defender. Winning the race against attackers requires ordering the seemingly chaotic connections between users, assets and resources to expose and prioritize paths that attackers will most likely exploit.
