Remote infrastructure access
Emisar
Our pick for giving an existing AI agent bounded access to infrastructure.
Emisar is a remote access control plane for AI agents. It exposes declared infrastructure actions through CLI or MCP, checks policy, holds actions that need approval and records decisions and results. Agents can run permitted diagnostics and request changes without receiving a general administrator shell.
- Choose it when
- Your agent already does useful work and now needs access to servers. You want to define which actions it can run, where it can run them and when a person must approve.
- Know the limit
- An allowed action can still cause damage. Review the action definitions, runner permissions and alternate credentials. Emisar controls infrastructure actions; it does not replace model evaluation or run the agent’s task loop.
- Try this first
- Allow a diagnostic on one test host, deny an out-of-scope request and hold a change for approval. Inspect the target and audit record for each outcome.
co:op runs coding agents in project workspaces with controls over files, credentials and network access. It also manages task queues and agent loops. This gives a developer a place for the agent to edit code and run tests while keeping unrelated host resources outside the task environment.
- Choose it when
- You want to use coding agents on an existing repository and keep review and publishing under your control. The task needs real build tools and dependencies.
- Know the limit
- The boundary depends on the sandbox mode, mounts and network configuration. Allowed model providers still receive submitted content. Credentials or sockets you expose can expand the agent’s authority.
- Try this first
- Use a disposable repository. Check that tests run, a synthetic file outside the workspace stays unreadable and an unapproved network destination is blocked in the mode you selected.
Ryker is a self-hosted AI engineering teammate that works through Slack, GitHub and a web console. It investigates problems, edits and tests code, and can open draft pull requests when enabled. For running systems, Ryker uses Emisar to inspect infrastructure and request the actions you allow.
- Choose it when
- Your team wants to hand an assistant a bug, alert or engineering task in the tools where the team already works. You need follow-through across investigation, code changes and review.
- Know the limit
- Ryker is the assistant doing the work. Its connected tools and execution controls determine its authority. Review repository access, model data handling and production permissions before assigning live work.
- Try this first
- Enable draft pull requests for a test repository, then give it a reproducible bug. Review the resulting patch and test evidence. Add a diagnostic-only infrastructure workflow before enabling changes.
NVIDIA NeMo Guardrails is an open-source framework for configuring guardrails around LLM applications. Its rails can cover input, retrieval, dialogue, execution and output. It fits an application team that wants to compose checks and control conversation behavior in its own service.
- Choose it when
- You own the application integration and need checks at several stages of the model workflow, rather than a single output filter.
- Know the limit
- You must configure the rails and connect them to the paths they protect. A content decision does not grant or revoke the permissions behind a remote API.
- Try this first
- Send one allowed request and one prohibited request through the actual application, then test a direct tool call that bypasses the conversation flow.
Presidio provides tools to detect and anonymize personal information. It supports configurable recognizers and transformations so an application can remove or replace detected entities before forwarding text to a model, log or downstream service.
- Choose it when
- Your requirement names particular personal-data types and a destination where those values should not appear. You can evaluate detection on representative examples.
- Know the limit
- Automated detection can miss sensitive information and flag harmless text. Language, entity coverage and custom vocabulary affect results; redaction is not proof that all private data is gone.
- Try this first
- Test synthetic names, email addresses and domain-specific identifiers, plus harmless lookalikes. Count misses and incorrect redactions separately.
Amazon Bedrock Guardrails applies configurable checks to model inputs and responses, including content filters, denied topics and sensitive-information policies. It is useful when a team wants a managed guardrail service and can route the relevant content through its checks.
- Choose it when
- You want AWS-managed content controls and have identified which request fields and response paths the integration must inspect.
- Know the limit
- Coverage depends on the policy, supported features and content submitted for inspection. Content filtering does not enforce an agent’s permissions on your servers.
- Try this first
- Exercise an allowed conversation, a prohibited topic and synthetic sensitive data. Check your fallback when the guardrail call fails.
gVisor uses an application kernel to isolate sandboxed applications from the host kernel. It can add a boundary for workloads that run untrusted code, including code executed by an AI agent.
- Choose it when
- You operate the runtime and need to evaluate stronger isolation for an existing container workload. Your team can test system-call compatibility and performance.
- Know the limit
- Runtime isolation does not decide which files, credentials or remote services the workload may access. Some workloads need compatibility changes or have performance tradeoffs.
- Try this first
- Run the actual build and test suite under gVisor. Measure compatibility and runtime cost, then inspect the files and credentials exposed to the workload.
How we choose
We select tools for distinct boundaries: the agent’s remote actions, its local workspace, the engineering workflow around it, and the content it reads or produces. You may need several of these controls, but a text-only application does not need every tool in this directory.
Each recommendation names the job, the capability that supports it and a limit that affects adoption. The linked documentation is the source for product capabilities. We have not run a comparative benchmark of every tool listed here, so we do not assign stars or a universal winner.
For a trial, write one permitted task and one prohibited action before installing anything. Check the result at the protected system, record the configuration and measure the extra latency. Keep a tool only if your team can explain its decisions and operate it when a dependency fails.
Use the full evaluation guide to plan the trial. Our editorial policy explains ownership and how to report an error.