CLOUD-NATIVE SECURITY STARTS WITH JUST-IN TIME ACCESS
Trusted by cloud-native teams including Chime, Better, Benevity, Betterment, SoFi, and Yext


THE ACCESS CHALLENGE
Access problems don't usually announce themselves. They show up during an audit, or after someone's already gone.
WHY STRONGDM
Native CLI
kubectl
Existing tools
Every session
Every command
Every resource
One access layer
Complete audit trail
No standing privilege
CUSTOMER PROOF
Real results from cloud-native companies that grew without sacrificing engineering velocity, audit readiness, or security.
Shrank its attack surface and simplified cloud access control by tying StrongDM access to Google Groups. New hires receive least-privilege access by default, and credentials never touch a laptop.
SOC 2 audit ready 0 local credentials

Improved Yext's cloud-native security by replacing standing access with just-in-time access. They hit SOC 2 compliance ahead of its IPO across 250+ databases without infrastructure changes, and cut provisioning time from 48 hours to 30 minutes.
$3M+ annual savings 47 hrs faster onboard
I would urge all other CISOs to adopt StrongDM as their database proxy platform. We implemented it within a day, and within a week we saw more users requesting access once they saw how easy it was.
Ali KhanCISO, Better
SEE IT IN ACTION
See how a request moves from click to connection, and how a session gets cut off the moment it breaks policy.
Get a look into a typical engineer's workflow for access to critical resources using the tools they already know.
Bring developer access, containers, databases, and AI agents under one model, even if you're starting from nothing formal today.
Every command is checked against policy in real time. A session that starts clean can still get cut off the moment something breaks policy.
Native CLI, kubectl, and existing DB clients. No agents to install, no new tool for your team to learn, live in hours instead of months.
CAPABILITIES
Just-in time access control through native CLI, kubectl, & existing database clients
Credentials never exposed
No workflow changes
Policy-based enforcement on every command, not just at sign-in
Complete audit trails
Continuous authorization & session monitoring
Coverage for AI coding assistants, autonomous agents, and workloads
Same broker, same policy
Full audit trail per agent
Two things usually stand between a cloud-native team and real access governance. Point-solution JIT vendors cover cloud and SaaS entitlements well but stop at the edge of that slice, and your DIY setup feels like enough, until it isn't. Here's the honest comparison.
| DIY Setup | Point-Solution JIT Vendors |
|
|
|---|---|---|---|
| Deployment time | Whatever engineering time you can spare, ongoing. Not offered | Fast for the cloud and SaaS entitlements they cover, but servers, Kubernetes, and on-prem databases need separate agents or a certificate authority to reach. Partial / limited | Hours, agentless, no rip-and-replace. Available |
| Credential exposure | Depends entirely on how it was built. Not offered | Short-lived and scoped to the request. Most hand the credential straight to the requester, though at least one architecture in this class avoids that by design. Partial / limited | Never exposed, brokered at the moment of connection. Available |
| Policy enforcement | Wherever someone remembered to write a check. Not offered | Authorizes the grant or the connection, then steps back. Blocking a specific action mid-session is rare. Partial / limited | Continuous, evaluated for the life of the session. Available |
| Standing privilege | Whatever nobody's gotten around to revoking. Not offered | Reduced within the slice of the stack they cover, mainly cloud and SaaS entitlements, not servers, databases, or on-prem infrastructure. Partial / limited | Reduced across your full infrastructure stack, just-in-time by default. Available |
Standing access is any grant that outlives the reason it was created. Think of the admin role someone handed out during an incident, or the AI agent still reaching a production database long after its task finished. It's usually the first thing an audit or a breach finds.
Policy checked for the life of a session, not just at sign-in. Every command or query gets evaluated against policy while it's happening, and the session ends immediately if something breaks policy, instead of surfacing in a log after the fact.
No. It connects to Delinea Secret Server, HashiCorp, CyberArk, or whatever vault you already run, and brokers those credentials into live sessions instead of replacing the vault itself.
Yes. StrongDM covers AWS, GCP, and Azure, along with Kubernetes and its managed variants like EKS, GKE, and AKS. It also covers major databases such as PostgreSQL, MySQL, Oracle, SQL Server, and MongoDB, Linux and Windows servers over SSH and RDP, and internal web apps with no VPN required.
Agents connecting through MCP, whether AI coding assistants or autonomous agents authenticating via service accounts, go through the same broker, policy engine, and audit trail as a person.
A short, no-pressure conversation about how your team handles access today, and where the identity-based access control gaps actually are.