Machine Identity

Short-lived identity for every workload

Services, containers, and pipelines authenticate the same way your people do — with hardware-rooted, automatically renewed identities instead of static API keys sitting in config files and repos.

Identity lifecycle
ISSUED
created on the device
ACTIVE
trusted for every request
EXPIRES
after a few minutes
RENEWED
automatically · no keys
short-lived · renews itself · nothing to steal
100%
short-lived, auto-rotating credentials
0
static API keys living in your infra
minutes
credential lifetime, not months

The static-key problem

Most systems still authenticate with long-lived API keys and shared secrets. They get committed to repositories, baked into container images, pasted into CI logs, and copied between environments — and they rarely expire. A single leaked key can stay valid for months, giving an attacker a quiet, persistent door into your infrastructure that no one notices.

How it works
01

Issue — identity is born on the machine

When a workload starts, it receives its own cryptographic identity, attested by the host hardware. No secrets are shipped, copied, or pasted.

02

Authenticate — every call is signed

Each service-to-service request is signed by the workload identity and verified by the receiver. Trust is mutual and checked on every connection.

03

Expire — credentials die in minutes

Identities are valid for minutes, not years. A leaked credential is stale before an attacker can use it.

04

Renew — automatically, with zero ops

Rotation is built in. Workloads renew themselves continuously; a compromised or drifted workload simply fails renewal and loses access.

What you get
Zero static API keys or shared secrets in your infrastructure
Automatic rotation — no rotation runbooks, no expiry outages
Mutual verification between every service
Per-workload audit of who talked to what, and when
Works across clouds, on-prem, and hybrid deployments
A compromised workload loses access on its own
Frequently asked

How short is “short-lived”?

Minutes by default, and fully configurable. The window is short enough that an intercepted credential is stale before it can be reused.

What happens to a compromised workload?

It fails its next renewal and silently loses its identity — no manual revocation, no rotation runbook, no leftover access.

How is this different from a secrets manager?

A vault still hands out long-lived secrets that you are responsible for rotating. CyberCyko issues ephemeral identities that rotate themselves and never persist.

Does it run across clouds and on-prem?

Yes. Hardware-attested identity works wherever the workload runs, so the same model spans AWS, your data center, and the edge.

Attackers hunt repos and CI logs for long-lived keys. Give them nothing to find: credentials that expire in minutes and renew themselves.

Zero-trust identity, built for privacy. You are the password.

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LocationAndhra Pradesh, India
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