Advanced Cybersecurity for Cloud Workloads
Governments and private organizations within critical infrastructure rely on software-based hypervisor and virtual machine (VM) instances in the cloud to store sensitive data and manage their operations. RunSafe Security provides robust protection against evolving cyber threats in virtualized environments.
Addressing Cybersecurity Challenges in Workload Security
Cloud computing is a rapidly expanding attack surface propagated by the need to virtualize machines as software. As a result, attackers are refining their techniques to take advantage of the millions of identical binary templates for virtual environments, allowing an adversary to move far and wide across an organization or even multiple organizations, often unnoticed.
Virtual machine escape exploits are increasingly significant risks. By hardening the workloads and containers prior to deployment, RunSafe Security ensures that the “hidden” applications that make cloud computing possible won’t become entry points for devastating cyber attacks.
“From our perspective, adding RunSafe means we have more opportunity to shrink the attack surface and reduce overall risks for our customers since security is now already built into our product.”
Harden Software Infrastructure
Mitigate cyber exploits by relocating software functions in memory every time the software is run.
Enhanced Container Protection
Stop vulnerabilities from globally sourced third-party hardware, software, and configurations that bind the remote environment altogether.
Immunize Cloud Workloads
Stop cloud computing applications from becoming the entry point for devastating cyber attacks.
RunSafe’s Proactive Workload Defense
RunSafe addresses the risks associated with virtualized environments by focusing on real-time security updates and automated vulnerability mitigation. By applying advanced hardening measures to your cloud infrastructure, we prevent unauthorized access, ensure system integrity, and support continuous operation, enhancing overall safety and resilience.
Safeguard Your Cloud Assets
Cloud computing is a primary driver of the world’s digital economy but the rapid drive toward virtualization can introduce known and unknown vulnerabilities from globally sourced third-party hardware, software, and configurations that surround and bind the remote environment altogether.
RunSafe’s advanced technology fortifies these interconnected systems, making workloads and containers resilient and secure while maintaining peak performance and reliability. Leveraging RunSafe, you can effectively minimize vulnerabilities and ensure robust system defenses against known and unknown cyber attacks.
Latest Resources
Balancing Speed and Security in Embedded Systems: Rethinking Open Source Dependencies
Open source software is deeply woven into modern embedded development. From compilers and build systems to networking stacks and device libraries, it enables teams to move faster and innovate more efficiently. But speed introduces tradeoffs. The same open source...
Reducing Vulnerability Noise with Reachability Analysis
Key Takeaways: Vulnerability scanners flag CVEs at the package level, often including vulnerabilities in code that was never compiled into your build. RunSafe’s reachability analysis automatically triages these out by cross-referencing CVEs against which source files...
How to Validate SBOM Accuracy for Embedded C/C++ Projects
If you've ever run an SBOM tool on a C/C++ codebase and gotten results that felt wrong, you're not imagining it. Teams evaluating tools like Black Duck, Syft, Trivy, and FOSSA on embedded projects routinely find that outputs are incomplete, inconsistent, or so noisy...
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RunSafe Protect secures cloud workloads by hardening applications at runtime, preventing memory-based exploits, and protecting against known and unknown vulnerabilities without impacting performance or requiring code changes.