Are you still managing SSH keys manually? Jump into the future with EZSSH which provides password-less Just In Time (JIT) SSH access.
Security is a team sport; we are proud to partner with industry leaders to bring the best security features without compromising user experience. Being a Microsoft Partner and part of the Okta Integration Network enables our customers to extend their already secure identities to Keytos tools.
With the expanded cloud workloads, digital transformation and shifts to remote work, you can no longer depend on an isolated network to protect your endpoints from attackers. While organizations have taken steps to adopt secure MFA standards for their general user populations, developers with privileged access to critical Linux servers are often overlooked
EZSSH protects your SSH endpoints by using the latest cryptographic technologies by issuing short term certificates to securely access critical endpoints, limiting the damage from a compromised key, and preventing brute force attacks. Learn more
With the increase in cyber attack sophistication, such as the recent Solar Winds attack, the security community was reminded of the risks and challenges associated with using 3rd party tooling and infrastructure. EZSSH was built for a Zero Trust model, which means using native Linux libraries for authentication and no custom code/agents running your servers. Learn more
Manually managing SSH keys is a time intensive task for IT departments and an inconvenience for engineers. The process of getting SSH credentials and then trusting that key on each server costs thousands of dollars worth of productivity each year. What's more, relying on a manual system leaves your organization vulnerable to security threats due to compromised credentials as a result of a complex operation and technical process.
With EZSSH, IT leaders do not have to worry about key rotation, adding or removal of keys. When a user is added to an AAD group or Azure RBAC with access to a particular endpoint, the user can request access to that endpoint. Once the user is removed, the user no longer has access. EZSSH introduces automation and centralized controls to an otherwise decentralized toolset. Learn more
Following SSH Keys best practices is hard. Are your engineers keeping their GitHub SSH keys safe? Are they password protected? Have their shared/committed their private key by mistake?
Forget about all those problems and use EZSSH, we look at your engineer's AAD identity and give just in time access to the engineers when they need it, removing the need of manually managing keys, protecting your code by removing the responsibility of keeping the keys safe from the user.
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