AccessBind chooses the strongest authentication your infrastructure supports and your business allows — under one security and audit model.
In validation testing — onboarding a small number of enterprise design partners.
Always the strongest authentication your environment supports.
🔒 The certificate, password, or token is never shared with the user.
AccessBind brokers the login. The user gets a session — never the certificate, password, or token.
One estate runs Active Directory; the next has none; the next lives in Entra, AWS, or GCP. Each exposes a different way to prove who's connecting. Most tools force every one of them into a single authentication model — and settle for the weakest common denominator. AccessBind does the opposite: it reads each environment and uses the strongest login that environment supports.
| Environment | Authentication AccessBind chooses |
|---|---|
| Active Directory | Certificate login — passwordless, the real principal |
| Standalone / no directory | Password login — brokered and rotated, never shown to the user |
| Cloud (Entra, AWS, GCP) | Federated login — short-lived token, no standing secret |
The same workload. Different environments. Different authentication. One control plane.
Every privileged connection runs through the same decision, per asset — capability first, then what the business will allow you to touch. The output is an access strategy, realized natively and brokered end to end.
We don't make your infrastructure uniform. We make control uniform.
Identity stays yours.
Authorization stays yours.
Authentication stays native.
AccessBind orchestrates.
Not another identity provider, vault, or ticketing system. The control plane that orchestrates what you already run — with no re-architecture. "Do I replace CyberArk?" No.
Whatever login the environment calls for, every privileged session carries the same guarantees.
When something happens — an outage, an incident, an audit — one question decides everything: who did this, why were they allowed, and what exactly did they do? Because every connection is bound to the change, the answer spans Oracle, Kubernetes, and Windows in a single trail, every action attributed to the real person behind it.
# Show me everything for CR-12345 CR-12345 · Alice (DBA, PlatformAdmin) · authenticated via SAML 09:15 Oracle ALTER TABLE customers ADD COLUMN test VARCHAR2(10) → tied to Alice 09:21 Kubernetes kubectl rollout restart deployment app1 → tied to Alice 09:26 Windows Restart-Service MSSQLSERVER → tied to Alice Credential exposed to Alice never — brokered for her Authorization CR-12345 · expired 10:00 ✓
Three different systems, three different logins at the door. One change, one identity, one audit chain.
One platform across on-prem and cloud. AccessBind speaks each system's native protocol and authenticates the strongest way that system allows — never a lowest-common-denominator abstraction.
For the architects: the mechanisms AccessBind orchestrates. You never lead with any one of them — the environment does.
ADCS or local PKI issues a short-lived cert; PKINIT obtains a Kerberos TGT. No password ever exists.
Constrained delegation to authenticate as the real principal — without ever holding the user's secret.
Workload-identity federation to Entra, AWS, and GCP. Short-lived tokens, no standing secret.
Where cert and federation aren't possible: a brokered, rotated password — generated, injected, never shown.
Provision an identity at session start, remove it at the end. Nothing standing to inherit or replay.
Every RDP, SSH, kubectl, and database session flows through the proxy. Full capture, auditor-ready.
Zoom into one surface — a privileged, AD-joined RDP session. The same change that authorized the work drives a cert-based login with no vault, no static password, and no standing user:
# One connection, orchestrated end to end ▸ JIT AD user provisioned → ADCS issues short-lived certificate ▸ PKINIT obtains Kerberos TGT → no password ever exists ▸ RDP session via AccessBind proxy → cert-based authentication ▸ Full session recording → keystroke + screen + metadata ▸ JIT user removed on session end ✓ zero residual identity
Three ways to connect — Web UI, AccessBind CLI, or a downloaded session ticket used with the native client your team already loves. Same orchestration. Same proxy. Same audit.
Browser-based RDP, SSH, or SQL. Zero install. Fully recorded.
ab connect <asset> opens a session in the operator's terminal.
Download a short-lived ticket. Connect with PuTTY, mstsc, SSMS, Toad, DBeaver, pgAdmin, kubectl — through the proxy, fully audited.