PROBLEM
Today’s software stacks are built on a foundation of sand.
There’s always another zero day. Modern operating systems, container hosts and virtualization stacks are fraught with countless vulnerabilities that compromise system integrity, undercut application security and drastically increase the cost of doing business.
Cyber security software can’t protect itself, from itself. The cybersecurity software that businesses rely on every day, itself runs at the same privilege level as the very code it’s protecting. This approach to software security is fundamentally flawed.
SOLUTION
A new foundational layer for software security. BedRock completely changes this dynamic with an unbreakable and un-bypassable layer of software which delivers unprecedented levels of security and confidentiality for apps, containers and guest workloads. Serving as “ring -1” for software security, BedRock dramatically reduces the surface area of attack against software, transparently deploys on any infrastructure and requires no up-stack changes to application workloads.
A FUNDAMENTAL CHANGE IN CYBER SECURITY
SECURITY
- Prevent Zero-Day Damage
- Reduce Patch Chaos
- Deny Ransomeware Activation
POLICY
- Enforce Container Isolation
- Extend Network Segmentation
- Expand Confidential Computing
ASSURANCE
- Establish Un-bypassable Visibility
- Protect Digital Sovereignty
- Simplify Audit & Compliance
Prevent Zero-Day Damage
Stop zero day attacks …. AHEAD OF TIME.
THE PROBLEM: Current reactive approaches to defense against zero-day/N-day vulnerabilities and attacks are too costly, too complex and too late, involving post-facto & reactive deployment of wack-a-mole layers of patches and security controls.
THE SOLUTION: BedRock introduces a powerful new PREVENTION-based approach defend against zero/N-day attacks, with the ability to detect and stop unsanctioned attempts at remote code execution and privilege escalation – before patches are applied! BedRock stops 0-day/N-day attack-chains in their tracks, dramatically bolstering system security, boosting reliability, increasing trust & compliance, and eliminating severe costs to business.
Assure Container Security
AGILITY, SCALE & SECURITY … without compromise.
THE PROBLEM: While containers bolster the agility and scale of software devops, their heightened exposure to malware, coupled with their reliance on a shared host OS, means that each container is another attack vector and each host is a single point of vulnerability. Successful attacks which compromise the security of any of these parts can mean “game over” for the whole – the apps, the host, and security services, alike.
THE SOLUTION: BedRock gives devops the ability to leverage the agility and scale unlocked by containerized workloads, while dramatically bolstering their security posture. Unlike all other container security functions that can themselves be compromised by a successful attack, BedRock provides a un-bypassable layer of introspection and policy enforcement, giving you the ability to detect and prevents attacks against shared host resources and protect against container breakout with strong isolation and micro-segmentation of workloads across network, CPU and memory resources.
Expand Confidential Computing
Experience CONFIDENTIAL COMPUTING+++
THE PROBLEM: Organizations that handle sensitive data such as Personally Identifiable Information (PII), financial data, or health information need to mitigate threats that target the confidentiality and integrity of application workloads. And while apps and data are often encrypted at rest in storage and in transit across the network, the ability to protect data and code while it is in use is limited in conventional computing infrastructure.
THE SOLUTION: Computing enclaves built on BedRock unleash the ability for any business app, container or guest to run fully-attested, completely isolated and always encrypted. BedRock extends and expands the capabilities of modern CPUs (hardware root-of-trust & memory encryption), breaking through limitations of microcode-based / silicon-embedded trusted execution environments, all while providing un-bypassable security in-depth for confidentially-deployed apps and services.
