Agent Studio

Enable Managed AI Agents to Analyze Images, Videos, Audio & Documents
Problem Currently, GoHighLevel Managed AI Agents can generate content but lack the ability to properly analyze files sent by customers during conversations. When a customer sends an image, video, audio recording, or document attachment through SMS, WhatsApp, Live Chat, or other supported channels, the AI cannot interpret its contents and respond intelligently. This significantly limits the usefulness of AI agents in real customer interactions. Proposed Solution Introduce multimodal file understanding for Managed AI Agents, allowing them to automatically access, analyze, and understand customer attachments. Requested Capabilities 1. Image Understanding Analyze photos, screenshots, and graphics. Identify objects, products, and visual details. Extract text using OCR. Answer questions about images. 2. Video Understanding Analyze uploaded videos and their contents. Understand scenes, actions, and visual context. Transcribe and interpret spoken dialogue. Summarize videos and answer questions. 3. Document Understanding Read PDFs, Word, Excel, PowerPoint, and text files. Extract information from tables and forms. Summarize, compare, and answer document-related questions. Process scanned documents. 4. Audio Understanding Transcribe voice notes and audio files. Understand spoken requests. Identify relevant information and respond accordingly. 5. Automatic Attachment Processing Automatically detect incoming attachments. Analyze files without requiring manual intervention. Combine file contents with conversation history. Support multiple attachments in one message. Allow agents to use extracted information in workflows and CRM updates. Example Use Cases Hair Salon: Customer sends a hairstyle photo; AI identifies the style and recommends the appropriate service. Real Estate: Customer sends property photos; AI analyzes visible features. Education: Student uploads a transcript; AI extracts relevant academic information. Customer Support: Customer sends a screen recording; AI identifies the reported issue. Expected Outcome Managed AI Agents should not only generate images, videos, and documents but also understand files received from customers . This would enable truly multimodal, context-aware AI conversations and significantly reduce human intervention.
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Multi-Agent Collaboration, Delegation & AI Agent Management (like Grok bot, ChatGPT Dots and Meta Muse)
Enable Managed AI Agents to manage, supervise, delegate tasks to, and collaborate with other Managed AI Agents , similar to the multi-agent capabilities associated with platforms like Grok Bot. Instead of each AI agent operating independently, HighLevel should support entire AI teams with organizational hierarchies , where agents can coordinate, communicate, and execute complex projects together. Proposed Features Agent-to-Agent Communication Agents can communicate directly with other agents. Share information, files, context, and task progress. Request assistance from specialized agents. Collaborate on shared projects and objectives. Maintain shared conversations and team workspaces. Agent Hierarchies & Management Allow users to create organizational structures such as: CEO (Human) → AI Operations Manager → AI Team Leaders → Specialized AI Agents Manager agents should be able to: Assign and delegate tasks to subordinate agents. Coordinate multiple agents simultaneously. Monitor progress and performance. Review and validate completed work. Reassign tasks when agents encounter problems. Escalate issues requiring human intervention. Autonomous Team Execution Users should be able to assign a single objective to an AI manager. For example: "Launch our new product." The AI manager automatically: Creates a project plan and breaks it into tasks. Delegates research to the Research Agent. Assigns content creation to the Content Agent. Assigns landing page development to the Website Agent. Assigns campaigns to the Marketing Agent. Coordinates dependencies and reviews deliverables. Reports progress and results to the user. Agents should be capable of working simultaneously or sequentially , depending on task dependencies. Dynamic Agent Creation & Delegation Manager agents can recommend or create specialized subagents when necessary. Automatically select the most suitable agent for each task. Reuse existing agents and their skills. Support temporary agents for specific projects. Allow agents to request additional tools, skills, or permissions, subject to approval. Shared Memory & Knowledge Shared team knowledge bases and project context. Individual agent memory and specialization. Automatic handoffs between agents. Persistent project history and decisions. Permission-controlled access to shared resources. Collaborative Workspace in the GHL Mobile App Introduce a dedicated AI Teams section within the Managed Agents mobile experience. Users should be able to: View their AI organizational hierarchy. Chat with individual agents or entire teams. Assign objectives to AI managers. View agent-to-agent conversations and task assignments. Track projects, dependencies, and execution progress. Approve actions and resolve escalations. Receive notifications when agents complete tasks or need assistance. Governance & Human Oversight Configurable agent management permissions. Approval requirements for sensitive actions. Execution logs and agent accountability. Task budgets and resource limits. Ability to pause, stop, or override any agent. Protection against unauthorized delegation or infinite agent creation. Example AI Organization Human Business Owner AI Chief Operating Officer - AI Sales Manager - Lead Generation Agent - Appointment Booking Agent - AI Marketing Manager - Content Creation Agent - Advertising Agent - Social Media Agent - AI Customer Success Manager - Support Agent - Onboarding Agent The business owner gives instructions to the AI COO, which coordinates the other agents and reports results. Why This Matters HighLevel already offers Managed AI Agents, workflows, CRM data, and integrations. The next evolution should be enabling these agents to operate as coordinated AI organizations rather than isolated assistants . This would allow businesses to delegate entire business functions—not just individual tasks. The ultimate vision: One human manages an AI executive, the AI executive manages AI teams, and those teams collaboratively execute business operations inside HighLevel.
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Allow Managed AI Agents to Connect and Create MCP Integrations Through Prompts
Enable GoHighLevel Managed AI Agents to discover, connect, configure, and create Model Context Protocol (MCP) integrations simply through natural language prompts, similar to ChatGPT. Users should not need to manually configure MCP servers, APIs, or tool definitions. Proposed Solution Allow users to instruct Managed Agents to connect themselves to external applications or build custom MCP integrations. Example prompts: "Connect yourself to Google Drive using MCP." "Find and connect an MCP server for GitHub." "Connect to this MCP server: https://example.com/mcp ." "Read this API documentation and build a custom MCP integration." "Connect yourself to our inventory system using its API." Key Features 1. Prompt-Based MCP Connections Discover and connect compatible MCP servers. Automatically configure tools and permissions. Support OAuth and API key authentication. Test connections before activation. 2. Custom MCP Creation Generate MCP integrations from API documentation. Automatically create tool schemas and configurations. Deploy through supported hosting. Modify and troubleshoot integrations through prompts. 3. Agent-Initiated Discovery Agents should recognize missing capabilities and suggest integrations. Example: User: "Create a task in ClickUp." (I know the ClickUp mcp already exists, this is just an example for if it didn't exist) Agent: "I need ClickUp access. Would you like me to connect its MCP integration?" Once authorized, the agent connects and completes the task. 4. Centralized MCP Management Share connections across Managed Agents. Manage integrations from a central MCP hub. Control agent-level permissions. Enable or disable individual tools. 5. Security Secure credential storage. User approval for connections. Granular permissions and audit logs. Why This Matters Managed Agents should be able to expand their capabilities without requiring developers or complex manual configurations. The goal: If users can describe the capability they need, their Managed Agent should be able to discover, connect, or build the necessary MCP integration through conversation.
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Add Dark Mode to Managed Agents — The Bright White Interface Is Burning our Eyes
Priority: High — User Experience & Accessibility The Problem Please introduce Dark Mode for Managed Agents in GoHighLevel. The current light-only interface is excessively bright, particularly for users who spend hours building, configuring, testing, and managing AI agents. The white interface is practically burning our eyes! AI agent development involves extended periods of reading conversations, reviewing instructions, configuring settings, and testing responses. Forcing users to work in a bright white environment throughout these sessions creates unnecessary visual discomfort, especially at night or in low-light environments. This is a basic user-experience feature that should not be missing from a modern AI platform. Why This Matters Dark Mode Is Already an Industry Standard ChatGPT, Claude, Gemini, and Grok all offer dark mode. These are some of the world’s leading AI platforms, and they recognize the importance of allowing users to customize their working environment. GoHighLevel is building an increasingly powerful AI ecosystem. Its Managed Agents interface should offer the same fundamental usability options. Research Shows Significant Demand for Dark Mode Dark mode is not a niche preference. * A 2026 study published in the Journal of Management Science reported that 68.4% of its 215 survey participants preferred dark mode. * A 2024 academic study found that 75.9% of its 112 survey respondents used dark mode on mobile/tablet devices, while 58% used it on computers. * In that 2024 study, 87% of respondents who explained switching to dark mode cited visual comfort. These findings demonstrate substantial demand, although the percentages should not be interpreted as representing every internet user worldwide. Better Comfort for Extended AI Workflows Managed Agents users frequently spend hours: * Building and configuring agents. * Writing and editing detailed instructions. * Testing AI conversations. * Reviewing agent responses and debugging issues. * Navigating settings, tools, and knowledge sources. A dark interface would give users a more comfortable option, particularly in low-light environments. Accessibility and User Choice Not everyone prefers the same display settings. Some users find light mode easier to read, while others strongly prefer dark mode. The solution is simple: give users the choice instead of forcing everyone into light mode. Proposed Solution Introduce a native theme system throughout the Managed Agents interface. Required functionality: * Light Mode: Preserve the existing appearance. * Dark Mode: Introduce a professionally designed dark interface across all Managed Agents screens. * System Default: Automatically follow the user’s operating-system theme. * Persistent Preference: Remember the user’s selected theme between sessions. * Complete Coverage: Apply dark mode consistently to agent builders, conversation previews, settings, text editors, configuration panels, modals, dropdowns, and testing interfaces. * Accessible Contrast: Ensure text, buttons, borders, and interactive elements remain readable in both modes. Ideally, users should be able to switch themes instantly without refreshing the page. Expected Benefits * Improved comfort during extended AI development sessions. * Better usability in low-light environments. * Greater accessibility and personalization. * A more modern and polished interface. * Consistency with leading AI platforms. * Less friction for developers and agencies managing multiple AI agents. Final Thoughts GoHighLevel is competing in an AI industry where user experience matters just as much as functionality. ChatGPT has dark mode. Claude has dark mode. Gemini has dark mode. Grok has dark mode. Why are we still forced to use a bright white interface in Managed Agents? We’re not asking for an advanced AI capability or a complicated new automation feature. We’re asking for a basic interface option that has become standard across modern software. Please give Managed Agents a proper dark mode. Our eyes will thank you! Research Sources 2026 study — Dark Mode vs. Light Mode: Impact on User Experience (68.4% preference): https://www.journal.msti-indonesia.com/index.php/jms/article/download/711/579 2024 academic study — The Perception of Dark (75.9% mobile/tablet usage): https://hj.diva-portal.org/smash/get/diva2%3A1885920/FULLTEXT01.pdf 2025 systematic review — The Role of Color in User Experience: https://ejournal.uinsaizu.ac.id/index.php/tids/article/view/13903
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Add Resources & Supporting Files to Managed Agent Skills
ThE Idea is that HighLevel should expand the Skills Builder inside Managed Agents so that a Skill is not limited to just written instructions/prompts. A Skill should be able to exist as a complete skill package containing: Skill = Instructions + References + Examples + Assets + Templates + Executable Scripts This is similar to how modern AI skill systems such as Claude Skills can package supporting resources alongside the primary skill instructions. The Problem Right now, when we think about creating an AI Skill, it is easy to treat the Skill as essentially a sophisticated prompt: > “When asked to do X, follow these instructions.” But many real business processes cannot be represented properly by instructions alone. For example, imagine creating a Meta Ads Media Buying Skill . The instructions might explain: How to create a campaign How to select an objective How to structure ad sets How to choose a bidding strategy How to optimize campaigns How to troubleshoot problems But the agent may also need: Screenshots showing what good campaigns look like Reference documentation SOPs Example campaigns Example ad creative JSON examples API documentation Brand guidelines Templates Checklists Code/scripts that can be executed Expected output examples These shouldn't all have to be stuffed into one enormous prompt. ## Proposed Solution: Skill Resources Inside the Managed Agents Skills Builder, allow every Skill to have Resources attached to it. For example: ```text Meta Ads Media Buying │ ├── Skill Instructions │ ├── References │ ├── Meta Ads SOP.pdf │ ├── Optimization Rules.md │ └── Troubleshooting Guide.md │ ├── Examples │ ├── Winning Campaign Example.json │ ├── Campaign Structure Example.md │ └── Example Report.pdf │ ├── Images │ ├── Campaign Structure.png │ ├── Ads Manager Example.png │ └── Creative Examples/ │ ├── Templates │ ├── Campaign Brief │ ├── Optimization Report │ └── Client Report │ └── Scripts ├── analyze-performance.py └── calculate-budget.js The Skill instructions could reference these resources directly. For example: > Before optimizing a campaign, read `References/Optimization Rules.md`. Or: > Structure the output using `Templates/Client Report`. Or: > Compare the creative against the examples inside `Images/Creative Examples/`. Or: > Run `Scripts/analyze-performance.py` against the campaign data before making your recommendation. ## Resource Types The Skills Builder could support several resource types: - **Reference Files** — PDFs, Markdown, TXT, DOCX, CSV, JSON, etc. - **Images** — screenshots, diagrams, examples, visual references - **Examples** — examples of good inputs and outputs - **Templates** — reusable structures the agent should follow - **Code/Scripts** — Python, JavaScript, etc. that the agent can execute when the Skill requires deterministic processing - **Schemas** — JSON schemas, API structures, expected data formats - **Knowledge/Documentation** — SOPs, policies, API documentation, internal documentation Resource Picker Inside the Skill Editor When writing Skill instructions, there should also be an easy way to reference a resource. For example, typing: `@` could bring up: ```text @Meta Ads SOP @Optimization Rules @Campaign Structure Example @Client Report Template @analyze-performance.py This would work similarly to how we already prompt AI systems using attached references and context. The difference is that these resources would live permanently inside the Skill instead of having to be attached every time the agent is prompted. Why This Matters This would fundamentally change Managed Agents from being primarily prompt-based agents into agents capable of carrying reusable organizational expertise. Businesses already operate using: SOPs + examples + templates + documentation + tools + scripts. AI Skills should be able to work the same way. Instead of trying to describe an entire business process inside one massive prompt, businesses could package everything necessary to perform that process into a reusable Skill. For example: ```text Media Buying ├── Meta Ads ├── Google Ads ├── TikTok Ads └── LinkedIn Ads Each Skill could contain its own instructions, documentation, screenshots, examples, templates and executable resources. Then those Skills could have more specialized Skills underneath them: ```text Meta Ads ├── Account Setup ├── Campaign Creation ├── Budget & Bidding ├── Optimization └── Troubleshooting ├── Account Restrictions ├── Tracking Problems ├── Poor Performance └── Ad Rejections This makes it possible to turn an organization's SOP library into an AI Skill library . Bigger Opportunity Long term, this could become one of the most powerful parts of Managed Agents. A business could effectively teach an agent how the company operates by giving it reusable Skills containing: Instructions + Knowledge + Examples + Assets + Templates + Code + Tools Instead of: > “Here is a prompt telling the AI what to do.” Managed Agents becomes: > “Here is everything the AI needs to know, reference, and use to perform this job correctly.” That would make Skills much closer to deployable AI capabilities rather than simply saved prompts.
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