Coordinate 29 specialized AI agents across 5 operational layers in real-time. From strategic planning to precise execution — one interface, infinite possibilities. Built for developers. Ready for enterprise.
From a single prompt to coordinated multi-agent execution — NEXUS transforms your intent into action through hierarchical intelligence.
Describe your goal in natural language. Whether it's "build a REST API", "analyze this dataset", or "research quantum computing" — NEXUS understands intent, scope, and complexity. The system automatically classifies your request and determines the optimal execution strategy.
The L0 DIRECTOR agent analyzes your request using advanced intent classification. It determines complexity, identifies required capabilities, checks resource availability, and creates an optimal execution strategy. Dependencies are resolved, tasks are decomposed, and execution order is planned — all automatically.
Based on the Director's plan, the L1 ROUTER dispatches tasks to appropriate layers. The governance layer coordinates execution, the strategy layer plans details, the engineering layer executes code, and the quality layer validates results — each layer adding context and precision.
Engineering agents write code, research agents gather information, quality agents review outputs, and devops agents manage infrastructure. Each agent focuses on what it does best, with full context from the hierarchy. Independent tasks run concurrently for maximum efficiency.
Outputs flow back through the hierarchy. Quality validates, strategy synthesizes, governance approves, and you receive coherent, actionable results. Every action is logged, attributed, and traceable. The APPROVAL agent can require human confirmation for sensitive operations.
Enterprise-grade AI orchestration with security, observability, and control built in from day one.
Five operational layers coordinate from strategic oversight to tactical execution. Directors plan, managers route, specialists execute — unified purpose, distributed action.
Commands flow down through layers, each adding context and specificity. Results flow up, enabling informed oversight. The Director classifies intent (simple/complex/research/code), creates execution plans, and monitors progress. Routers dispatch tasks to agents with required skills. Quality agents validate outputs before delivery.
Watch agents collaborate in real-time. Visualize task flows, monitor progress, and intervene when needed — complete visibility into every operation through WebSocket-powered live updates.
The 3D neural visualization displays all 29 agents as animated orbs arranged in 5 concentric rings (one per layer). Connection lines pulse when agents communicate. Status colors indicate agent states: cyan for active, orange for busy, gray for offline. Activity events appear in real-time with deduplication to prevent log spam.
Connect to Ollama, OpenAI, Anthropic, Google Gemini, and more. Each agent can use the optimal model for its task — flexibility without complexity. Configure per-agent defaults or override on-demand.
Different agents benefit from different models. Complex reasoning tasks (ARCHITECT, ANALYST) use Claude or GPT-4. Code generation (REACT, NODE, PYTHON) uses specialized coding models. Simple tasks (classification, routing) use faster, cheaper models. Configure per-agent defaults in settings, or override per-request. Fallback chains ensure availability.
Complex objectives become structured workflows. The Director classifies intent, routers dispatch tasks, and specialists deliver results — systematically, reliably, and with full traceability.
When you submit a request, the Director analyzes intent and scope using natural language understanding. It identifies required capabilities (e.g., "needs React expertise", "requires database access"), creates an execution plan with dependencies (task DAG), and dispatches tasks to appropriate agents. The ROUTER agent handles task-to-agent matching based on skills, current load, and availability. Failed tasks are retried with backoff or escalated.
Monitor all operations from a unified 3D dashboard. Agent status, task queues, performance metrics, and system health — all visible at a glance through 30 modular panels.
30 built-in panels cover every aspect of orchestration: Agents (3D visualization), Terminal (PTY access), Memory (context management), Notes (project notes), Models (provider config), Sessions (active sessions), Projects (project management), Health (system metrics), Build History, Audit Logs, and more. All panels are draggable, resizable, and can be arranged in custom layouts with workspace presets.
Built with enterprise security in mind. Approval workflows, audit trails, rate limiting, and configurable permissions ensure controlled, accountable operations.
The APPROVAL agent at L1 can require human confirmation before executing potentially destructive operations. All actions are logged with timestamps, agent IDs, input/output, and full context. Permission scopes limit file system access, network requests, and command execution on a per-agent basis. Rate limiting prevents API abuse: 100 requests/15min for general API, 10 login attempts/hour, 30 chat messages/minute.
Execute commands directly from NEXUS. Agents can run terminal commands, manage files, and interact with your system — all with visibility and control through full PTY emulation.
The Terminal panel provides a full PTY interface powered by node-pty. Agents can execute commands through the exec tool with background continuation support for long-running processes. File operations use dedicated read/write/edit tools with line-based editing for precise modifications. All commands are logged with timestamps and can be approved before execution in approval-required mode.
Modular architecture with 30 built-in panels. Configure your workspace, add custom panels, and create the perfect view for your workflow. All panels support drag, resize, minimize, maximize, and stacking.
Core: Agents, Terminal, Memory, Notes, Settings, Help, Tools, Sessions, Models, Projects, Health, Workspace, Browserbase.
Advanced: Approvals, Performance, Repositories, Dispatch, Cost Tracking, Token Efficiency, Error Tracking, Trace, Boardroom, Audit History, Build History, Prompt Library.
Each panel is a React component that can be customized or replaced. The PanelRegistry manages all panel definitions, and PanelContainer handles positioning, resizing, and state management.
Monitor token usage, API costs, and agent activity in real-time. Understand where resources go and optimize your AI spending with detailed per-agent, per-session, and per-model metrics.
The Cost Tracking panel shows real-time and historical token usage. Track tokens sent/received per agent, per model, and per session. Cost estimates use current pricing for each provider (GPT-4: $0.03/1K input, Claude Opus: $0.015/1K input, etc.). Set budget limits and receive alerts when approaching thresholds. Export usage data for analysis or billing.
A purposeful hierarchy where each layer serves a distinct function in the orchestration chain. Commands flow down through layers, results flow up — coordinated intelligence at every level.
Directives flow from strategic layers to execution layers, decomposing into actionable tasks. Each layer adds context, specificity, and constraints. The L0 Director creates the plan, L1 routes tasks, L2 plans details, L3 executes code, L4 validates results.
Results and status flow upward through the hierarchy, enabling informed oversight and course correction. Every action is logged with agent ID, timestamp, input, output, and context. Quality validation at L4 ensures deliverables meet standards before reaching you.
Four specialized engines power NEXUS, each handling a critical aspect of multi-agent orchestration. Together, they transform your intent into coordinated, reliable execution.
The execution foundation. TaskQueue for prioritized task management, Scheduler for timed execution, EventBus for real-time communication, and HealthMonitor for system reliability. The Runtime Engine is the backbone of all NEXUS operations.
The Runtime Engine provides the foundational infrastructure for all NEXUS operations. When you submit a task, it enters the TaskQueue with priority and dependencies. The Scheduler manages when tasks run (immediately, delayed, or on schedule). EventBus enables engines to communicate without tight coupling — the Director Engine can emit task completion events, and interested agents can subscribe. HealthMonitor tracks queue depth, processing time, and error rates, providing visibility into system performance.
The orchestration layer. WorkflowRunner manages multi-step processes, StageManager handles execution phases, and DAGExecutor ensures proper sequencing with dependency resolution. The Workflow Engine powers complex multi-agent workflows.
The Workflow Engine enables complex multi-agent orchestration. Define workflows as DAGs with stages, conditions, and dependencies. StageManager handles phase transitions (planning → execution → validation → delivery). Checkpointing enables pause/resume and failure recovery. The WorkflowRunner coordinates with the Runtime Engine for task execution and the Structure Engine for agent assignment.
The output pipeline. ArtifactManager handles generated content, ValidationPipeline ensures quality gates, DeploymentManager orchestrates deployments, and BackendRegistry manages deployment targets. The Delivery Engine transforms agent output into production-ready deliverables.
When agents complete work, the Delivery Engine takes over. ArtifactManager stores outputs with versioning and metadata. ValidationPipeline runs quality checks (linting, tests, security scans). DeploymentManager handles the actual deployment — Docker containers, Kubernetes clusters, static file hosts, or custom backends. BackendRegistry tracks available targets and their configurations. Full audit trail of what was deployed where and when.
The agent framework. AgentRegistry manages 29 specialized agents, TeamFormation assembles optimal teams, and CapabilityMatcher routes tasks to the best-qualified agents. The Structure Engine powers the 5-layer agent hierarchy.
The Structure Engine manages the 5-layer agent hierarchy. L0 (SUPERVISORY) has 1 agent — the DIRECTOR. L1 (GOVERNANCE) has 5 agents: APPROVAL, CONTEXT, ROUTER, ORCHESTRATOR, and INTAKE. L2 (STRATEGY) has 4 agents: ARCHITECT, ANALYST, PRODUCT, and DELIVERY. L3 (ENGINEERING) has 14 specialist agents: REACT, NEXTJS, UI_SYSTEMS, NODE, PYTHON, GO, DEVOPS, DOCKER, CLOUD, PROMPT, ML, RAG, DATABASE, INTEGRATION. L4 (QUALITY) has 5 agents: REVIEWER, TESTER, SECURITY, PERF, RELEASE. TeamFormation assembles the right mix for each task.
Each agent is purpose-built for specific tasks with specialized capabilities, prompts, and model configurations. Together, they form a complete AI workforce.
The landscape of AI development has evolved rapidly, yet one fundamental challenge remains: how do we coordinate multiple AI systems toward complex, multi-faceted objectives?
Traditional approaches treat AI as a single monolithic intelligence. But real-world problems rarely fit this model. They require planning, analysis, execution, review, iteration — distinct cognitive modes that benefit from specialized treatment.
NEXUS COMMAND was built to address this gap. By structuring AI coordination as a hierarchical system of specialized agents, we enable sophisticated workflows that mirror how complex organizations actually function — with clear roles, defined responsibilities, and coordinated action.
The Vision: A world where anyone can harness the full power of AI without becoming an expert in prompt engineering, model selection, or workflow orchestration. You state your intent — NEXUS handles the rest.
From rapid prototyping to enterprise workflows, NEXUS adapts to your operational needs with coordinated multi-agent execution.
Full-stack development cycles from architecture to deployment. REACT, NEXTJS, NODE agents collaborate on frontend/backend while DEVOPS handles infrastructure, and TESTER/REVIEWER validate quality. Ship faster with coordinated intelligence.
Multi-source research synthesis with fact-checking, summarization, and structured reporting. ANALYST gathers data, ARCHITECT synthesizes findings, PRODUCT structures deliverables. Comprehensive research, automated.
Collaborative content workflows from ideation through drafting, editing, and optimization. Create, refine, and publish — with quality validation built in through the REVIEWER agent.
ETL pipelines with transformation, validation, and quality assurance built in. PYTHON agents process data, DATABASE manages storage, PERFORMANCE optimizes queries. Extract, process, deliver — reliably.
Infrastructure management with monitoring, alerting, and automated remediation. DEVOPS and CLOUD agents maintain systems, SECURITY scans for vulnerabilities, PERF optimizes resources. Keep systems running smoothly.
End-to-end product cycles from market research through launch and iteration. PRODUCT defines scope, ARCHITECT designs, ENGINEERING builds, QUALITY validates. Ship products systematically.
Build, test, and deploy custom AI agents with specialized capabilities. PROMPT agent designs prompts, ML agent trains models, TESTER validates behavior. Define, train, deploy — with full observability.
Security analysis, vulnerability assessment, and compliance checking. SECURITY agent scans codebases, TESTER verifies fixes, REVIEWER documents findings. Scan, analyze, report — comprehensively.
NEXUS leverages cutting-edge technologies for performance, reliability, and developer experience. Self-hosted, production-ready, enterprise-grade.
NEXUS COMMAND is live and operational. All four core engines are initialized and running.
Our vision for advancing multi-agent orchestration capabilities. Building the future of AI productivity, one layer at a time.
The foundation layer with hierarchical agent architecture, task routing, and real-time visualization. 29 specialized agents across 5 operational layers working in concert. Production-ready with security built-in. The "Engine Room" — REACT, NEXTJS, UI_SYSTEMS, NODE, PYTHON, GO, DEVOPS, DOCKER, CLOUD, PROMPT, ML, RAG, DATABASE, and INTEGRATION agents form the execution backbone, transforming high-level directives into deployed, working systems.
Deep integration with major AI providers. Per-agent model configuration, cost optimization through intelligent model selection, and fallback strategies for reliability. Intelligent Routing — The ROUTER agent at L1 analyzes task requirements and selects the optimal model for each agent's role. Complex reasoning goes to Claude/GPT-4, code generation to specialized coding models, simple tasks to faster, cheaper options.
Visual workflow builder for creating custom automation pipelines. Trigger-based execution, scheduled tasks, and event-driven orchestration. Workflow Engine — Define complex multi-agent workflows visually. The WorkflowRunner manages workflow state, handles branching logic, and ensures proper sequencing through the DAG execution engine. Delivery Engine — Handles artifact management, validation pipelines, and deployment orchestration for seamless code delivery from development to production.
Persistent memory across sessions. Document understanding, knowledge graph construction, and contextual intelligence for more informed decision-making. Learning Engine — The FEEDBACKLOOP agent captures patterns, PATTERNSTORE analyzes quality metrics, and PROJECTMEMORY maintains contextual knowledge. Repo cloning for code understanding.
Multi-tenant architecture for teams and organizations. Collaboration features, audit logging, enterprise security, and compliance frameworks. Enterprise Engine — Scale from solo developer to enterprise team. Role-based access control, team workspaces, shared agent pools, and enterprise SSO integration. Full audit trails for compliance.
Next-generation AI capabilities including self-improving agents, autonomous debugging, predictive task routing, and intelligent code generation. Orchestration Engine — The ROUTINGORCHESTRATOR and DIRECTORFLOW manage complex agent coordination, enabling sophisticated multi-agent workflows with intelligent task distribution.
Step into the future of AI orchestration. Your command center awaits.