The only way for a company to become AI-native, is with AI-native processes. Tonkean enables ops teams to architect org-wide processes that operationalize agents. This means transforming agent usage from personal productivity to enterprise standard.
Operationalize AI by adding agent orchestration, deterministic process logic, and a context graph to any front door with any integration.
Manage all processes across departments, people, AI, and systems in one place.
Scale AI for mission critical processes – from procurement sourcing to contract reviews – while maintaining governance and compliance.
Operationalize AI by layering agent orchestration, deterministic process logic, and a context graph between any front door and any integration — the engine that turns raw connectivity into reliable autonomous execution.
LLM / Chat Interface
(sometimes with addition of a task agent)
MCP connection to system(s)
Why this falls short
× No process accountability — compliance, visibility, and quality are unmanaged
× Weak execution quality due to missing business context
× No autonomy — each step requires manual orchestration
Any Front Door
(LLM / Chat Interface for your company)
Agent Orchestration Layer
Orchestrator Agent
(understands what you want and coordinates it)
+
Subject Matter Expert Agent(s)
(verifies and executes the process assigned to them)
Process Harness Layer
Deterministic logic that manages exception handling, escalation paths, and approval logic for your specific company.
Context Graph Layer
Captures decision traces, understands your company topology, what the data means, and how to handle it.
Any Integration
(MCP/API/other connections to any systems)
Key Insight
A unified interface reduces software friction — but enterprise friction also stems from how each organization operates. Completing a task requires knowing which system to use, when, what's permitted, and who must approve. Connecting an API or MCP endpoint to an LLM does not solve this. Reliable execution requires a data context layer that understands business terminology and policies, and a process layer that encodes what must happen when a task is triggered.
Why this is hard
The integration challenge is not connecting to a system — it is adapting to each customer's environment. Not JIRA in the abstract, but a specific instance with its own workflows, permissions, and operational context.
Any LLM, chat interface, agent, or protocol can serve as a front door to Tonkean. Agents can be invoked from any source — other agents, MCP clients, messaging platforms, APIs, or scheduled triggers — and return rich, rendered views back to the client.
Key Insight
One agent, many front doors — any system, protocol, or user can invoke a Tonkean agent and receive rich, contextual responses without custom integration work per channel.
Why this is hard
Most agent platforms support a single invocation path. Supporting heterogeneous triggers — A2A protocol, MCP, messaging APIs, webhooks, email parsing, scheduled jobs — with unified auth, rate limiting, and context injection is a serious infrastructure challenge.
Invocation & Response Flow
Tonkean Orchestrator Agent
Processes & responds
Rendered View
Text / UI returned to client
Rendered View Example — Slack Chat
Budget Information
Orchestration Topology
Orchestrator
Orchestrator Agent
Tonkean agents are Subject Matter Experts — each owns a specific domain, carries institutional knowledge, and operates with defined responsibilities. They don't call each other directly — they call the orchestrator, which brokers every interaction with unified auth, policy, and context.
Key Insight
Just as organizations rely on subject matter experts — procurement specialists, legal reviewers, IT analysts — Tonkean agents are purpose-built for specific domains. Each is onboarded with defined responsibilities, domain knowledge, and operating procedures, then governed through a central orchestrator.
Why this is hard
Onboarding an agent into an organization requires encoding institutional knowledge — process definitions, exception paths, approval hierarchies, and domain-specific terminology — then validating behavior against real scenarios. Most platforms skip this entirely and ship a prompt with API access.
The runtime that powers multi-agent execution — managing state across long-running processes, coordinating parallel workstreams, and maintaining context continuity across days of async activity.
Sequential pipelines, parallel fan-out, and loop-based iteration — composable primitives that combine freely within a single task. A workflow might execute steps sequentially, fan out for parallel enrichment, then loop until a condition is met — all with built-in error handling, retries, and conditional branching.
Why this is hard
Naive sequential execution breaks under real enterprise load. Production requires deterministic replay, partial failure recovery, and backpressure — all while maintaining exactly-once semantics.
Full lifecycle management: typed invocation, persistent async state, webhook callbacks, and intelligent resume/routing — even days later.
Why this is hard
Keeping async agent state consistent across hours or days — with mid-flight schema changes, timeout policies, and idempotent callbacks — is where most agent frameworks silently fail.
A living context graph unifying matched enterprise data with human decisions and approvals across steps and runs.
Why this is hard
Enterprise context isn't a vector DB lookup. It requires live joins across SoR data, prior human decisions, and cross-run lineage — with access controls at every node.
Event-driven architecture handling real-world timelines — agents pause and resume naturally without blocking resources.
Why this is hard
Real enterprise processes span days. Most agent runtimes hold connections open or lose state. Durable execution with event-driven resume at enterprise scale requires purpose-built infrastructure.
A centralized registry where agents publish their capabilities, enabling automatic discovery and intelligent routing to the right agent for any task.
Why this is hard
Static agent routing breaks as organizations scale. True discoverability requires live capability indexing, semantic matching, and trust-scored selection — not hardcoded agent references.
Planning engine decomposes complex goals into SME agent tasks based on domain ownership. Reasoning layer evaluates business context — policies, budgets, SLA timelines — to select the right agent and tools. Structured handoffs preserve full context across agent boundaries.
Why this is hard
A real agent has memory, loops, and follows a process — with defined roles and responsibilities. LLM reasoning alone produces prompt wrappers, not operational agents.
A single abstraction layer connecting enterprise APIs, databases, RPA, AI models, and MCP servers — adapted to each customer's specific instance, terminology, and permissions.
Why this is hard
Competitors connect to the system. Tonkean connects to the customer environment — their workflows, permissions, and operational context. That adaptation layer is the hard part.
Without orchestration, every step requires manual hand-holding — no agent autonomy. Tonkean inserts human gates only where needed: approval, review, or override — while SME agents handle the rest with full accountability.
Why this is hard
Adding an approval button is trivial. Routing the right decision to the right person with full context, escalation paths, SLA tracking, and audit trails at scale is not.
Full audit trails, role-based access control, data classification, and compliance policies enforced at the platform level.
Why this is hard
Without an orchestration engine, there is no accountability for the process — no compliance visibility, no execution quality assurance. Governance must be embedded in the execution path, not bolted on after.
Visual builder, one-click deployment with rollback, version control for agent definitions, dedicated environments (dev, staging, production), and iterative improvement loops.
Why this is hard
Deploying v1 is easy. Managing hundreds of agent versions in production with rollback, A/B testing, dependency tracking, and zero-downtime updates is an operational moat.
Build production-grade agents without writing code. A visual studio with drag-and-drop flow design, pre-built templates, and live preview — accessible to business teams and developers alike.
Why this is hard
No-code tools that demo well often collapse under real complexity. Supporting conditional logic, error handling, typed schemas, and enterprise integrations in a visual builder — without sacrificing power — is a design and engineering challenge few solve.
A chat interface removes the friction of navigating software — but enterprise tasks also require process knowledge: which system to use, what's allowed, who approves. These flows show how orchestration handles the full task, not just the front door.
A request agent invokes policy and Amazon Business agents to source compliant options, then routes through risk and approval before executing in Coupa. Connector access alone wasn't enough — without an orchestration engine to apply process logic and business context, the data couldn't drive autonomous execution.
Request Agent
Intake
Policy Agent
Budget & Rules

Amazon Business
Sourcing
Risk & Compliance
Validation
Approval Agent
Human-in-the-Loop

Research Coupa PO
Tonkean Agent
| Agent | Field | Value |
|---|---|---|
| ERP (SAP) | Budget remaining | $42,300 |
| Amazon Business | Best price | $1,250/unit |
| Coupa | Preferred vendor | Acme Corp |
| Approval History | Last approved by | J. Smith (VP) |
| Human Input | Requester note | "Urgent — Q3 deadline" |
| Past Learning | Similar requests | 87% chose Acme |
A monitoring agent detects anomalies and invokes parallel diagnosis and log analysis agents, then routes through remediation, human escalation, and postmortem — closing the loop with knowledge base updates.
Monitoring Agent
Anomaly Detection
Diagnosis Agent
Root Cause
Log Analysis Agent
Pattern Match
Remediation Agent
Auto-fix
Human Agent
Escalation
Postmortem Agent
Knowledge Base
| Agent | Field | Value |
|---|---|---|
| Datadog | Alert severity | P1 — Critical |
| ServiceNow | Prior incidents | 3 similar (90d) |
| CMDB | Affected service | payments-api |
| Slack | On-call engineer | M. Chen |
| Human Input | Engineer override | "Skip canary deploy" |
| Past Learning | Prior resolution | DB restart (92%) |
An invoice agent captures incoming invoices, validates against PO and budget agents, routes through compliance and approval, then triggers payment execution in the ERP.
Invoice Agent
Capture & Parse
PO Matching Agent
3-Way Match
Budget Agent
Allocation Check
Compliance Agent
Audit & Policy
Approval Agent
Human-in-the-Loop

Payment Agent
ERP Execution
| Agent | Field | Value |
|---|---|---|
| NetSuite | PO amount | $18,500 |
| Invoice (OCR) | Billed amount | $18,750 |
| GL System | Dept. budget left | $62,100 |
| Audit Trail | Last approver | R. Patel (Dir.) |
| Human Input | CFO comment | "Hold >$15k invoices" |
| Past Learning | Match success rate | 94% auto-matched |
A person asks to create an NDA. Without Tonkean, an LLM with MCP access might create a blank doc. With Tonkean, an SME agent knows the contracts folder, selects the correct template, populates terms from the CRM, and routes through DocuSign — governed by the organization's approval logic.
Contract Request Agent
Intake & Intent
Template Agent
Selects NDA template from contracts folder
CRM Agent
Populates deal terms
Legal Review Agent
Policy & Redline
Approval Agent
Human-in-the-Loop
DocuSign Agent
E-signature execution
| Agent | Field | Value |
|---|---|---|
| Google Drive | Contracts folder | /Legal/Templates/NDA_v4 |
| CRM (Salesforce) | Deal value | $340,000 |
| Legal Playbook | Approval threshold | >$100k requires GC |
| DocuSign | Routing | Counterparty → Legal → CEO |
| Human Input | Legal counsel | "Cap indemnity at 1x" |
| Past Learning | Similar NDAs | Avg 2.3 rounds |