Application owners, within hours, can understand the intended state of their environment and exposure risk. Edgewise automatically verifies the identities of workloads communicating by applying Zero Trust principles. Edgewise machine learning builds these secure identities by collecting and analyzing data from deep within the operating systems' kernel. Edgewise then maps the application topology based on communication pathways between workloads. Edgewise then measures exposure risk and analyzes attack paths to visualize overly exposed application pathways not required by the business.
Edgewise builds Zero Trust policies that enforce least-privilege access to critical workloads and data. Because Zero Trust policies are based on secure identities of communicating workloads, they are more accurate and easily adapt to dynamic environments. Operations teams gain the broadest protection coverage with the fewest number of policies. The workload identity-based policies described in plain English enable application owners and DevOps to more effectively collaborate and protect business applications. One click is all it take to apply the Zero Trust policies and receive proof of correctness.
Edgewise’s Zero Trust platform ensures only verified software, users, containers, and hosts are allowed to communicate over approved network paths. The Zero Trust protection is enforced at the workload to ensure gap-free coverage when workloads move in hybrid environments. Edgewise machine learning continuously verifies the Zero Trust policies and alerts on deviations from intended state.
Apply adaptive and simplified policies to allow only verified workloads to communicate over approved pathways. Never trust, always verify.
Identify data stores and map communication pathways to understand your security risk. Prioritize protection based on risk of compromise.
Enable DevOps and SREs to build and deploy software with more security and with fewer disruptions to the SDLC. Machine-learned policy creation and enforcement allows auto-scaling in even the most elastic cloud environment.