THE ARMO WORKLOAD FABRIC™
A virtual control plane, with inherent security and visibility that can be easily deployed for any cloud-native and Kubernetes environment.
A virtual control plane, with inherent security and visibility that can be easily deployed for any cloud-native and Kubernetes environment.
Continuously scans binaries, scripts and configurations creating a unique Code DNA for each workload
Ensures only authorized workloads can run and access data. Each Code DNA is authenticated against the original, creating a resilient environment
Automatically restores environment to secure state without impacting service uptime and functionality. No human intervention required
Continuously scans binaries, scripts and configurations creating a unique workload Code DNA.
Ensures only authorized, uncompromised workloads can run, communicate and access data. Each workload Code DNA continuously authenticated against the original Code DNA, creating automatically resilient environment.
Automatically restores environment to secure state without impacting service uptime and functionality. No human intervention required.
A DevOps-centered platform that turns any cloud-native environment into a self-protecting one
Establishes a strong identity for every workload from CI/CD to runtime
Assures that only such authenticated workloads can:
Run and execute code
Communicate with each other
Access data
Enables automatic remediation of hazardous situations by leveraging self-healing capabilities
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Establish a unique, immutable and deterministic Code DNA for every workload with ARMO’s patented technology – one that cannot be stolen, forged, copied, or manipulated.
Provide full traceability for changes to the production environment – since the ARMO DNA is automatically updated in the CI/CD – and protect against unsanctioned changes.
Stop the continuous chase after weaknesses and gaps by creating a resilient environment, impervious to software vulnerabilities
Ensure the immutability of your workloads: no one can change the original code, including injecting, adding or manipulating code – even in interpreted languages like Python
Benefit from the only solution to protect your workloads in-memory, preventing known and unknown exploits including fileless malware
Reduce false positives and detection delays through immediate and deterministic prevention technology rather than behavioral and statistical methods
Avoid a proliferation of network policies that are error-prone, and reduce policy management overhead
Gain observability of the communication patterns between different workloads
Seamlessly create and enforce policies across environments including multi-cloud, cloud and on-premises
Avoid performance penalties and cost overhead through high-performing proxyless TLS with automatic private key in-use protection
Remove the complexity from data encryption by enabling workloads to work on encrypted data with zero code changes and developer involvement
Protect your workloads’ secrets and cryptographic material – at rest, in transit and in use – without requiring specialized cryptographic skills
Benefit from privacy-by-design as data is encrypted at all stages and only opened by authorized and approved workloads
Utilize ARMO seamlessly across environments as the solution is completely infrastructure- and platform-independent – and can be used across operating systems, coding languages, cloud providers, CI/CD pipelines, and orchestration solutions.
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