Many teams assume that automated planner‑executor agents don’t need any kind of audit because they never interact with a human. The reality is that agents can make mistakes, be compromised, or execute unexpected commands, and without reliable session recording it is impossible to trace what happened.
In most organizations the agents run with static credentials that are shared across dozens of jobs. They connect directly to databases, Kubernetes clusters, or SSH endpoints, and the traffic never passes through a control point that could observe or retain it. The result is a blind spot: every query, every pod creation, every file change disappears as soon as the command finishes.
Some groups have moved the identity check to an OIDC or SAML provider, giving each agent its own service account and least‑privilege role. That step stops the use of shared passwords, but the agents still reach the target systems directly. No session recording, no inline masking, no approval workflow – the request still flows unchecked from the agent to the resource.
To close that gap, hoop.dev acts as a Layer 7 gateway that sits between the agent and the infrastructure. By placing the gateway in the data path, every protocol interaction is inspected, logged, and optionally altered before it reaches the target.
Why session recording matters for planner‑executor agents
Session recording creates a replay of every command and response. It provides forensic evidence after a breach, helps developers debug unexpected behavior, and satisfies audit requirements without adding manual steps to the agent’s workflow.
Setup considerations for agent identities
First, provision a distinct OIDC client or SAML service account for each planner‑executor role. Assign the minimum set of permissions required for the job – for example, read‑only access to a specific schema or write access to a single namespace. Store the credentials only in the gateway configuration; agents never see them.
Data path: routing traffic through the gateway
The gateway runs as a network‑resident agent close to the target resource. All connections – PostgreSQL, MySQL, Kubernetes exec, SSH – are proxied through it. Because the gateway is the only entry point, it can enforce policies before any request reaches the backend.
Enforcement outcomes: session recording by hoop.dev
hoop.dev records each session in a log that can be streamed to a central store. The recordings include timestamps, the identity that initiated the request, and the full request/response payload. Because hoop.dev owns the recording process, the data cannot be altered by the upstream agent.
Best‑practice checklist
- Enable per‑session unique identifiers so recordings can be correlated with alerts.
- Retain recordings for the period required by your compliance framework; configure automatic expiration to avoid unbounded growth.
- Store recordings in a controlled location and restrict read access to auditors and incident responders only.
- Integrate the recording stream with your SIEM or log‑analysis platform to surface anomalous activity.
- Regularly test playback of recordings to ensure the data is complete and usable for investigations.
- Monitor the gateway health and set alerts for any recording failures or dropped sessions.
Designing retention policies
Retention should balance legal obligations, storage cost, and investigative usefulness. A common pattern is to keep recent recordings readily accessible for quick replay, while older data is moved to a longer‑term archive. hoop.dev lets you define these tiers without changing agent code.
Integrating with alerting and response
When a suspicious command appears in a recording, an automated alert can trigger a workflow that isolates the affected agent, notifies the security team, and provides a direct link to the replay. Because the recording is already indexed by session ID, the response time is seconds rather than minutes.
Scaling considerations
High‑throughput environments may generate thousands of recordings per hour. Deploy multiple gateway instances behind a load balancer and configure them to write to a shared store. hoop.dev handles deduplication of session identifiers, ensuring a single authoritative record per execution.
Common pitfalls
- Relying on agent‑side logs alone – they can be tampered or lost.
- Using a single retention bucket without lifecycle rules – leads to uncontrolled growth.
- Forgetting to grant the gateway write access to the storage backend – recordings silently fail.
Operational tips
Run the getting started guide to deploy the gateway in a container or Kubernetes pod. After deployment, use the learn section to configure session‑recording policies for each connection type. Review the policy definitions regularly and adjust scopes as new services are added.
FAQ
Do I need to modify my existing scripts to use the gateway?
No. The gateway presents the same network endpoint and protocol that your scripts already target. You only change the host or port to point at the gateway.
Can I delete recordings after an incident?
Recordings should be retained according to your organization’s retention policy. Deleting them early would break auditability and could violate compliance requirements.
What if the gateway itself is compromised?
hoop.dev stores recordings independently of the gateway process, preserving their integrity even if the gateway were compromised.
Explore the source code and contribute on GitHub.
