Agentic AI Platform

Detect Intent.
Deploy the Right Agent.

IntentAI reads customer signals in real time, identifies what they need, and instantly routes them to the AI agent built to act — no manual triage, no delays.

Request a demo → See how it works
IntentAI · live intent feed live
"I can't log in to my account" support_agent
"What does the enterprise plan include?" sales_agent
"I'm thinking of switching providers..." retention_agent
"How do I connect my CRM integration?" onboard_agent
Analysing incoming signal...
< 100ms
Intent detection latency
10+
Specialised AI agents
Zero
Manual routing needed
How it works

From signal to action in seconds

Three steps. Zero human routing. The right agent, every time.

Step 01

Detect

Capture customer signals across every channel — chat, email, behaviour, voice — and surface intent the moment it emerges.

See it in action →
Step 02

Route

Our intent engine classifies the signal and selects the optimal specialised AI agent — matched to context, urgency, and desired outcome.

See it in action →
Step 03

Activate

The right agent acts instantly — resolving, qualifying, onboarding, or retaining — autonomously, without waiting for a human handoff.

See it in action →
Under the Hood

Built for production-grade intelligence

Four stages. Sub-200ms. No manual rules.

1
Observe
Any channel. Any format. Real-time ingestion.
2
Classify
Transformer inference across 50+ intent types.
3
Route
Policy engine selects the optimal agent path.
4
Execute
Agent acts. Outcome delivered. Loop closed.
< 200msend-to-end latency
50+intent types
97%routing accuracy
Pluggableagent SDK
Signal Layer
Universal Ingestion
Webhooks, SDKs, and native connectors across chat, email, voice, and API.
Classification
Intent Engine
Transformer-based model with confidence scoring and fallback handling.
Routing
Policy Orchestrator
Hybrid rules + ML routing with priority queues and SLA enforcement.
Execution
Agent Runtime
Stateful agent execution with tool calls, memory, and audit logging.
Use Cases & Capabilities

Every intent, covered

Across the full customer journey, IntentAI deploys the agent that fits the moment.

Support resolution

Detect help-seeking intent and route to a support agent that resolves without escalation.

Explore workflow →

Purchase intent

Spot buying signals early and activate a sales agent to guide the customer to conversion.

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Onboarding

Identify new-user confusion and deploy a guided onboarding agent before drop-off happens.

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Churn prevention

Detect disengagement signals and trigger a retention agent to re-engage at the right moment.

Explore workflow →

Lead qualification

Surface high-intent prospects instantly and route them to a qualification agent before interest fades.

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Internal workflows

Route employee requests — IT, HR, ops — to the right internal agent without manual triage.

Explore workflow →
Multi-Agent Orchestration

Agents that talk to agents

Agentic workflows powered by agent-to-agent (A2A) communication across a dynamic agent mesh — no human in the loop.

Multi-Agent Orchestration Agentic Workflows A2A Protocol Agent Mesh
BILLING AGENT SALES AGENT FRAUD AGENT POLICY AGENT SUPPORT AGENT ONBOARD AGENT INTENT ORCHESTR ATOR
Example chains
🔴 Billing dispute detected
Orchestrator Billing Agent Fraud Agent Policy Agent refund approved
🟢 Upgrade intent detected
Orchestrator Sales Agent Billing Agent plan switched, email sent
🟡 New user confusion detected
Orchestrator Onboard Agent Support Agent guided walkthrough delivered
🔵 Churn risk detected
Orchestrator Support Agent Sales Agent retention offer applied
Parallel Execution
Multiple agents work simultaneously on different sub-tasks and merge results.
Feedback Loops
Agents query each other, validate outputs, and re-route if confidence drops.
Shared Memory
All agents in a chain share context so no information is lost across handoffs.
Live Demo

See IntentAI in action

Live demos of the agents IntentAI detects intent for and routes to. Real outputs, real AI.

intentai · live routing demo
Customer Message
Paste any inbound customer message and watch the engine classify intent and route it to the right agent.
My card was charged twice
I want to upgrade to premium
How do I export my data?
My order never arrived
I need to cancel my account
▸ Analysis complete
IntentAI routing engine · Powered by Claude Haiku
Product Problem
Describe a product challenge or opportunity. The copilot returns user stories, success metrics, and a prioritized roadmap.
65% checkout drop-off at payment step
Users aren't adopting our mobile app
Onboarding takes 3 days, competitors do it in 1
We're losing enterprise deals due to missing SSO
▸ PM brief generated
IntentAI routing engine · Powered by Claude Haiku
Product Idea
Describe a product idea or feature concept. Get structured PM feedback: strengths, risks, market fit, and a verdict.
AI that summarizes your Slack daily
Social app for dog owners to arrange playdates
Subscription box for indie board games
B2B tool to auto-generate sales proposals from CRM data
▸ Critique complete
IntentAI routing engine · Powered by Claude Haiku
Interactive Deep Dive

Agent Architecture

Pick a scenario and run the simulation. Watch how each architectural layer processes the signal in real time.

intentai · agent trace simulator
IDLE
Select a scenario
Billing
"I was charged twice — need a refund"
Churn
"This product isn't working for us anymore"
Upgrade
"What's included in your enterprise plan?"
Support
"The export feature is broken — getting 500 errors"
Perception
Memory
Reasoning
Planning
Action
Trace log
Run a simulation to see the agent trace...
▸ Agent output
Architecture reference — click any component
Perception
Input processing and signal extraction
Memory
State, context, and retrieval
Reasoning
LLM core and thinking chain
Planning
Task decomposition and sequencing
Action
Tool calls and real-world execution
Perception Layer
Transforms raw inputs into normalized representations the agent can reason over. Includes tokenization, embedding generation, entity extraction, and signal classification. Most agent failures start here.
"Garbage in, garbage out. Pre-process everything before it hits the LLM."
Key Technologies
EmbeddingsTokenizationNERChunking
# Perception pipeline input = normalize(raw_message) embedding = model.embed(input) signals = extract_entities(input) context = build_context(embedding, signals)
Memory System
Short-term memory lives in the context window. Long-term memory lives in vector stores, retrieved semantically on demand. The design decision is knowing what to keep, what to summarize, and what to discard.
"What an agent remembers determines what it can do. Design memory before prompts."
Key Technologies
Vector DBRAGSliding Windowpgvector
# Memory retrieval query_vec = embed(user_message) memories = vector_db.search(query_vec, k=5) context = [summary] + memories + [message]
Reasoning Core
Production agents use structured thinking: Chain-of-Thought forces step-by-step reasoning, ReAct interleaves reasoning with tool use, and self-critique loops catch errors before they become outputs.
"Structure the LLM's thinking. Don't leave reasoning to chance."
Key Technologies
Chain-of-ThoughtReActSelf-critiqueClaude
# ReAct reasoning loop while not done: thought = llm.think(context) action = llm.decide(thought) result = tools.run(action) context = update(context, result)
Planning Engine
Complex tasks can't be solved in one LLM call. Planning breaks goals into ordered sub-tasks, resolves dependencies, handles parallel execution, and manages retries. Good planning separates demo agents from production agents.
"Plan first. Act second. Validate always."
Key Technologies
Task graphsDAG executionRetry logicLangGraph
# Task decomposition plan = planner.decompose(goal) graph = build_dag(plan.steps) for step in topological_sort(graph): result = execute_with_retry(step)
Action Layer
Actions are how agents affect the world — API calls, database writes, emails, tickets. Every action should be observable (logged), typed (structured output), and where possible, reversible. Tool definitions are the API contract between LLM and your systems.
"Every action should be observable, typed, and reversible."
Key Technologies
Tool callingJSON schemaAudit logsIdempotency
# Tool definition tool = { "name": "refund_charge", "idempotency_key": True, "audit_log": True, }

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