This document describes a platform called SafeBreach that continuously validates security risks by simulating hacker breach methods. SafeBreach simulators deploy in a company's environment and execute breach methods from a playbook to identify potential breach scenarios before an actual attack. This allows companies to understand the impact of potential breaches, validate that security controls work as intended, and prioritize resources to address the most critical security issues.
SecurityGen Telecom network security assessment - legacy versus BAS (1).pdf
brochure 2016-September (1)
1. What if you could understand your impact
from a breach before it actually happens?
What if you could easily validate which
security controls are working as expected?
What if you could better prioritize your
resources on the security issues that matter?
Meet The Ultimate
Virtual Hacker
www.safebreach.com
How secure are you?
Despite more than $80B annual spending in
cybersecurity solutions, breaches continue to be in
the headlines. While innovation abounds in security
solutions, it also expands the universe of product
and services an organization must maintain, manage
and patch.
We need a way to better inform defense, one that
looks at how a potential attacker views, prioritizes
and targets an infrastructure and then how they
reach their ultimate target.
If hackers are winning, isn’t it time to play a hacker?
Identify breach scenarios and take corrective action
Our continuous security validation platform
simulates hacker breach methods – based on
extensive security research and drawing from
actual investigations. We validate all possible
breach scenarios across the cyber kill chain in
real-time to challenge your security defenses.
Comprehensive hacker breach methods – malware,
brute force, exploits and more – are developed by
SafeBreach Labs, our elite team of security researchers
with experience in offensive security.
For the first time, we give defenders a way to understand
the impact from a breach -- before it actually happens.
Platform Benefits
Continuous validation
of security risks across
the entire cyber kill
chain and across all
platforms – network,
endpoint, cloud
Seamlessly challenge
existing security
defenses and predict
breach scenarios
without any impact to
users or infrastructure
Scalable and
flexible on-premises
and hybrid cloud
deployments to
address all enterprise
deployment models
True platform approach
enables integration with
SIEMs, ticketing systems,
threat intelligence and
automation/orchestration
products
Comprehensive hacker
breach methods –
malware, RATs, exploits,
brute force – updated
regularly by
SafeBreach Labs
2. How SafeBreach Works
Deploy simulators
SafeBreach simulators play the
role of the attacker. Deploy
them in critical segments of
your environment – network,
cloud or endpoint – for
comprehensive coverage
Execute breach methods
The SafeBreach Management
server distributes the Hacker’s
PlaybookTM
of breach methods
to the simulators. Pairs of
simulators alternately attack
and defend to identify
breach scenarios
Continuously validate
Analyze breach scenarios and
determine the best way to
break the kill chain. Mitigate
issues and rerun simulations
when remediation is complete.
Security posture progress can
be tracked via reports
HQ
111 W Evelyn Ave, Ste 119,
Sunnyvale, CA 94086
sales@safebreach.com
R&D
108, Igal Alon street. 4th floor
Tel Aviv, 6789146
Israel
Ready To Take Action?
Request a FREE Security Risk Assessment Report
Take advantage of our FREE security assessment
to quantify your risks from breaches.
Email contact@safebreach.com
or scan this QR code for a free assessment:
Kill-chain
perspective
Network,
endpoint, cloud
No impact to
environment
IPS
Data center
Firewall
Sandboxing
Users
Cloud
DMZ
Production
SIEM
Threat
intelligence
Ticketing
systems Breach Simulators
Management
System
Playbook
Use Cases
Validate the efficacy of
security defenses and
justify ROI
Quantify the impact
of breaches in the
headlines
Train security
operations teams to
be ready for a breach
Weaponize threat intelligence
by transforming IoCs into
breach simulations