What is Verlox

Verlox is an AI terminal ledger designed for Windows that records, explains, and reverses every action taken by AI agents. Unlike other tools that simply run commands, Verlox ensures you never lose track of what your AI changed, when, why, or which model performed the action. It acts as a single record across multiple AI models, giving developers full visibility and control over their AI-driven workflows. While other tools focus on speed or writing code, Verlox focuses on accountability.

Benefits

Verlox offers several key advantages for developers who want to use AI safely and effectively.

• Unified Ledger Across Models: Verlox integrates with eleven different hosted models plus a built-in offline model within one interface. Users can switch between models like Anthropic, OpenAI, Google, or xAI without losing the timeline of actions. It also includes a local Llama 3.2 3B model that runs entirely on the machine without needing internet access or credit usage.

• Pre-Execution Planning and Risk Scoring: Before any action runs, Verlox generates a numbered plan detailing the exact commands, the reason for each step, and the files that will be touched. Each step is assigned a risk level. Low-risk steps involve reading and searching. Medium-risk steps include installing and editing. High-risk steps cover deleting, force-pushing, and production changes. Risky steps automatically pause and require user approval. Users can approve the entire plan, edit specific steps, or decline them entirely.

• Recovery Vault: Verlox ensures that everything remains recoverable. Before any change lands, the system keeps a copy of files, folders, configs, and scripts in a Recovery Vault. This allows users to reverse any deletion or overwrite with a single click. Retention periods can be set to 24 hours, 7 days, or forever. The vault also captures changes made by the user themselves, not just AI actions.

• Permission Controls: Users can define rules for what the AI is allowed to do. They can always allow reading files and searching the project. They can ask every time before installing packages or making network requests. They can never allow production access. Verlox enforces these rules on every plan, preventing the need to re-approve safe steps repeatedly while ensuring dangerous actions are scrutinized.

• Simulation and Dry Runs: The Simulate feature allows users to run a plan as a dry run. Verlox predicts the outcome without touching the filesystem. It shows the number of files to be edited, packages to be added, files to be deleted, and before-and-after diffs for every edit. This ensures users can verify the impact of a plan before committing to it.

• Comprehensive Timeline and Context: Verlox provides a chronological record of every action the AI took, including installed packages, edited configs, and restarted servers, complete with risk and result details. The system maintains a clear list of what the AI can and cannot see, such as the working folder and open tabs, while strictly excluding unopened files, secrets, and other applications. Dev servers and watchers have their own pane, tagged by whether they were started by the user or the AI.

• Plain English Interface: Verlox operates on a Plain English principle, requiring no flags to memorize. Users describe their intent in natural language, such as reinstall dependencies or what is taking up disk space. Verlox then finds the appropriate commands for the user shell and explains the results in plain words. Users can also drop in screenshots of errors to help the AI work out fixes collaboratively.

Use Cases

Verlox is ideal for developers who want to leverage AI for coding tasks without sacrificing control or security. It is particularly useful for teams that need to audit AI actions or for individuals working on critical projects where mistakes can be costly.

• Safe AI-Assisted Development: Developers can use powerful AI agents to write code, debug issues, or manage infrastructure while knowing exactly what changes were made and why. The risk scoring and permission controls ensure that dangerous actions are caught before they happen.

• Multi-Model Workflows: Teams that switch between different AI models for different tasks can use Verlox to maintain a consistent record of all actions. This is helpful for organizations that want to test different models without losing track of their project history.

• Local-First Privacy: Users who prefer not to send their code or data to the cloud can use the offline model. This is great for sensitive projects where data privacy is a top priority.

• Error Resolution: When AI generates errors, users can share screenshots directly within Verlox. The AI can then analyze the image and suggest fixes, making the debugging process faster and more collaborative.

Pricing

Verlox offers a flexible pricing model to suit different needs.

• Free Tier: No credit card is required. This tier includes the full control layer, such as plans, risk scoring, permissions, and the Recovery Vault. It also includes the offline local model. Free credits, totaling 15 per day, refill daily for smaller hosted models.

• Pro Tier: Priced at $15 per month, this tier is recommended for power users. It includes access to flagship models like Sonnet, Opus, o3, and Gemini 2.5 Pro. It also provides 500 credits per week and longer recovery retention options.

Vibes

Verlox is gaining attention for its focus on accountability in the rapidly evolving world of AI development. Users appreciate the ability to see exactly what their AI is doing and the peace of mind that comes from knowing they can reverse any action instantly. The plain English interface makes it accessible to developers who are not experts in command-line tools. The community response highlights the importance of having a safety net when letting AI make changes to codebases. Many users feel that Verlox strikes the right balance between automation and human oversight.

Additional Information

Verlox is currently available on Windows, with macOS and Linux support planned for the near future. The app is still in early stages, so Windows users may see a SmartScreen warning upon first run because the installer is not yet code-signed. This is a standard security feature indicating the app is new, not a virus. Users can proceed by clicking More info and then Run anyway. A signing certificate is expected soon to remove this warning. Verlox never sees API keys beyond the local machine when users bring their own providers, ensuring data privacy. Billing for hosted models is handled via credits, giving users flexibility in how they manage their AI usage.