Exploits: The #1 attack vector.
Exploits are the most frequently identified initial infection vector, driven by exponential increases in software vulnerability.
The Modern Approach To Security Has Three Fatal Flaws:
All security products are bypassable.
- Linux can’t protect Linux.
- Containers can’t protect containers.
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Security functions that run at the same level as the system they protect are equally as exposed to attack.
Detection & Response is ineffective & too late.
- Unreliable Detection.
- After-the-fact Response.
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Anomaly detection, followed by response, at best catch yesterday’s attacks. They don’t prevent tomorrow’s.
Patching
is a catch 22.
- Delay = Security Risk
- Rush = Reliability Risk
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“Deer in the headlights” vs. “patch chaos”. Waiting to patch leaves organizations vulnerable to attack. Rushing to patch can break everything.
All security products are bypassable.
- Linux can’t protect Linux.
- Containers can’t protect containers.
Security functions that run at the same level as the system they protect are equally as exposed to attack.
Detection & Response is ineffective & too late.
- Unreliable Detection.
- After-the-fact Response.
Anomaly detection, followed by response, at best catch yesterday’s attacks. They don’t prevent tomorrow’s.
Patching is a
catch 22.
- Delay = Security Risk
- Rush = Reliability Risk
“Deer in the headlights” vs. “patch chaos”. Waiting to patch leaves organizations vulnerable to attack. Rushing to patch can break everything.
BedRock Protects Against the Fatal Flaws
Un-bypassable introspection and policy enforcement seamlessly protects application workloads, prevents zero-day damage, delivers in-depth visibility and assures runtime confidentiality.
Why BedRock Systems
1) Workload Security
2) Workload Policy
3) Workload Confidentiality
Prevent Zero-Day Damage
Stop reacting and start preventing with BedRock. Detect and stop unsanctioned attempts at remote code execution and privilege escalation – before patches are applied.
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- Save time and money spent on incident response and damage control.
- Preserve the integrity and availability of critical data.
- Maintain the trust of customers and stakeholders.
- Keep your reputation intact in the face of evolving threats.
Protecting Containers
Harness un-bypassable protection and policy enforcement for ultimate system integrity and security, preventing container security breaches and ensuring regulatory compliance.
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- Enable DevOps to leverage containerized workloads with enhanced security.
- Prevent attacks against shared host resources.
- Protect against container breakout with strong isolation and micro-segmentation of workloads across network, CPU and memory resources.
- Offer deep visibility into system activity for faster and more accurate threat detection and response.
Scale Confidential Computing
Mitigate threats that target the confidentiality and integrity of application workloads. From Personally Identifiable Information (PII), financial data, or health information – computing enclaves built on BedRock unleash the ability for any business application, container or guest to run fully-attested, completely isolated.
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- Protect sensitive data while it is in use and enhance capabilities of modern CPUs (hardware root-of-trust & memory encryption).
- Break through limitations of microcode-based / silicon-embedded trusted execution environments.
- Improve compliance and increase trust with un-bypassable security for confidentially-deployed apps and services.
