NHI Security Tools for DevOps Teams in 2026
Non-human identities are not one tidy category in production. They are TLS certificates, ACME accounts, service tokens, SSH keys, API keys, deployment credentials, CI secrets, and now MCP agent tokens.
The tool you choose depends on which identity is causing the pain: certificate expiry, leaked API keys, over-scoped agents, vendor access, or audit evidence.
Non-human identity control loop
NHI coverage by common tool category
Good for API keys, tokens, and stored credentials.
Good for certificates, PKI, and workload identity.
Good for human-to-system access, less complete for certs.
Certificates, secrets, scoped tokens, SSH/RDP, probes, and audit.
Start with the identity type
A TLS certificate is not managed the same way as a GitHub token. A deployment secret is not managed the same way as an SSH key. An MCP agent token should not behave like a shared production .env file.
Group the identities by how they are used, who owns them, how they expire, and what proof you need afterwards.
Do not stop at storage
Many NHI failures happen after storage: a certificate renewed but was never served, a token rotated but the job still used the old value, or a contractor key remained active after the ticket closed.
CertLocker is useful when the team wants the storage, delivery, access, endpoint verification, and audit trail in the same place.
Where the named categories fit
Infisical and Akeyless-style tools are strong around secrets and developer workflows. Smallstep and enterprise machine identity platforms are strong around PKI and certificates. PAM products help with privileged sessions.
CertLocker is designed for smaller DevOps and infrastructure teams that need practical control across certificates, secrets, agents, SSH/RDP, and audit without turning the project into a year-long platform rollout.
NHI tool selection checklist
- ✓ List certificates, tokens, SSH keys, service accounts, CI secrets, and agent credentials separately.
- ✓ Check whether each identity has an owner and expiry.
- ✓ Avoid tools that store credentials but cannot prove runtime usage.
- ✓ Require scoped access for agents and automation.
- ✓ Validate with a hosted evaluation or one-month onsite evaluation.
Related reading and workflows
Secrets management
Versioned secrets, scoped access, groups, and audit evidence.
Secrets and TLS automation
Why secrets and certificate workflows belong close together.
Secret version history
Browse, restore, and audit older secret values without guesswork.
Certificate lifecycle management
Inventory, renewal, delivery, ownership, and audit for TLS certificates.
Certificate delivery tokens
Scoped certificate access for HAProxy, IIS, Nginx, scripts, and automation.
Endpoint probes
Check what production endpoints actually serve after renewal.
SSH access management
Short-lived SSH access, browser sessions, 2FA, groups, and audit.
Zero-trust SSH use case
A practical model for replacing long-lived PEM files.
Short-lived SSH access with 2FA
How CertLocker handles scoped server access and audit trails.
Help with onboarding
Bring your existing inventory to a hosted walkthrough with the CertLocker engineers.
CertLocker for DevOps teams
The broader trust-control workflow for platform and infrastructure teams.
Compare CertLocker with scripts
Where spreadsheets, cron jobs, and shared files stop being enough.
Try the workflow against real infrastructure
Use the hosted evaluation at trust.certlocker.io for a walkthrough, or run a one-month onsite evaluation against your own certificates, hosts, secrets, and access paths.