When a user works on a shared workstation, a single mistyped command or an accidental copy‑paste can expose credentials, delete data, or trigger a costly breach. The fallout often includes lost productivity, regulatory fines, and damage to reputation, yet without a reliable record of what actually happened, investigations stall and accountability evaporates.
Session recording solves that blind spot by creating an immutable replay of every keystroke, mouse movement, and screen change. It gives security teams forensic evidence, lets auditors verify compliance, and provides managers a clear view of how tools are used. However, capturing a faithful, tamper‑proof record is not as simple as installing a screen‑capture tool on the desktop.
Why session recording matters for computer use
Computer use spans interactive shells, remote desktop sessions, and API‑driven tooling. Each of these channels can convey sensitive data or privileged commands. Without session recording, organizations rely on log files that often omit context, such as the exact sequence of commands or the data displayed on the screen. This gap makes it hard to answer questions like:
- Who ran the destructive DROP DATABASE command?
- Did a user accidentally paste a secret into a public chat window?
- What data was returned by a query that triggered a data‑loss incident?
Answering those questions requires a system that watches the traffic at the protocol layer, not just the host operating system.
How a data‑path gateway can capture every interaction
Placing a gateway in the data path gives the only location where every request and response can be inspected before it reaches the target resource. The gateway acts as an identity‑aware proxy: it validates the user’s token, checks group membership, and then forwards the traffic. Because the gateway sits between the client and the computer, it can record the full session, mask sensitive fields, and enforce policy in real time.
When the gateway records a session, it stores a chronological series of protocol messages. Those messages can be replayed later, showing exactly what was typed, what output was returned, and when any masking took place. The record is tied to the authenticated identity, so accountability is built into the audit trail.
What hoop.dev records and how it helps you
hoop.dev is the open‑source gateway that implements this approach. It sits in the data path for every supported connection type, SSH, RDP, database clients, and more. hoop.dev records each session, preserving the full command stream and screen data. Because the gateway owns the credential, the user never sees the secret, and the recorded session cannot be altered after the fact.