AI agent management platform

Put AI to work. Keep the enterprise in control.

Kindo is the AI management platform that serves as your enterprise control layer for agentic technical operations. Discover where AI is running, govern how agents use data, models, and tools, and turn operator intent into secure, auditable action across security, DevOps, and IT.

Where it runs

Inside your walls.

What it can do

Its operator's permissions.

What it shows

Its work, and its bill.

Agent Radar
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The Most Innovative Companies Trust Kindo

AI agent management platform

Kindo is an AI Management Platform that puts the enterprise in control.

Build agents in Kindo, manage agents built elsewhere, and set the rules for how agents use data, models, and tools to securely scale AI for technical operations.

Model agnostic

Run any model, hosted or your own. Swap without rebuilding the agent.

Deployment agnostic

SaaS, self-managed or air-gapped. Same platform, same record.

Enterprise agentic platform

Build in natural language. Every agent inherits its operator's permissions.

Full AI cost visibility
and control

Every token, every dollar, attributed to an agent, an owner and a team.
Agentic technical operations

AI has moved from answering questions to running operations.

AI is beginning to investigate alerts, change infrastructure, provision access, build software and complete work across enterprise systems. Once agents can act, the challenge changes. Enterprises need more than approved models and acceptable-use policies. They need an operating layer that stays with the work.

Kindo gives technical and governance teams a shared way to understand what AI is doing, define the boundaries, support agents in production and keep evidence of the decisions and actions that follow.

Yesterday

Answers

Today

Acts

With Kindo

Operates within enterprise controls

AI agent sprawl

More agents do not create an operating model.

Teams are adopting models, building agents, enabling AI inside SaaS platforms and connecting new tools to sensitive data. Each project may work on its own. The result is fragmented ownership, inconsistent controls, difficult support and cost that becomes visible only after it accumulates.

An AI estate no one fully sees

AI usage spreads across providers, applications, internal agents and embedded copilots before central teams have a reliable inventory.

Control that stops at the policy document

Rules written during procurement do not govern what an agent can access or do once it begins executing work.

Agents without an operations team

When an agent fails, drifts or produces the wrong result, ownership and support fall back to the employee who built it.

Spend without operational context

A model bill shows cost. It rarely explains which agent created it, what work was completed, or whether a cheaper model would do.
Enterprise AI control layer

One control layer between operator intent and enterprise action.

Kindo brings agents, models, data access, enterprise tools, policy and operational oversight into one agent harness. Teams build and run agentic workflows while IT, security, compliance and finance keep the visibility and control required to support them at scale.

The platform does not ask you to replace the systems you already trust. It connects AI to those systems through a governed execution path: from intent to action, and from action to evidence.

In

People and events

Operators, approved triggers, scheduled work

Via

Kindo agent harness

Context, agents, models, policy, permissions, cost controls

To

Enterprise systems

Cloud, identity, code, security, ITSM, data, collaboration tools

Out

Verified outcomes

Action, approval, evidence, operational learning

Agent identity and ownership

The agent your finance team built just broke.

Who gets paged?

It reconciled forty ledgers a night for three months and nobody noticed it existed. Tonight it stopped on the sixth. Somewhere there is a person who should know, a scope it should never have exceeded, and a log that says what it did. On Kindo, all three are already captured.

AI operations center

You have a network operations center. You need one for AI.

Every agent in the company on one screen: who built it, who owns it, what it can touch, what it is doing right now and what it has cost since midnight. Running, needs a hand, completed. Filter by team, by model, by data it reaches.

When the CFO asks what AI cost this quarter, this is the page. When the auditor asks who approved an agent that touches customer data, this is the page. When something breaks at two in the morning, this is the page the on-call opens first.

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RUNNING
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INFERENCE TODAY
TimeAgentModelCostEvent
AI agent lifecycle management

Control the agent lifecycle from one operating layer.

Agent inventory, shadow AI

1.

Discover the AI estate

Find AI providers, agents, users, activity, data relationships and spend across supported enterprise sources. Build the baseline needed for governance and investment decisions.

Agentic AI security

2.

Govern access and execution

Apply AI agent governance where agents act. Define who can run or share an agent, which models, data, MCP servers, and credentials it can reach, and when approval is required.

AI agent monitoring

3.

Operate and support

Monitor every agent in production, with status, cost, and owner in one view. Pause or adjust a run when it needs a hand, and route failures to a named owner, not the employee who built it.

Agentic automation

4.

Build and automate

Build AI agents in natural language, or bring in agents built elsewhere, in one governed place. Run them on events, schedules, or operator requests across security, DevOps, and IT.

Audit trail, agentic FinOps

5.

Prove the outcome

Keep one audit trail of what people and agents did, which data they touched, and what it cost. Give the auditor, the CFO, and the incident review the same evidence, with AI cost attributed by agent, owner, and team.

Build and connect AI agents

Build in Kindo. Connect what your teams already use.

Give employees a governed place to use AI and create agents, while bringing approved external tools into the same operating model. Kindo provides the interfaces, APIs, controls and execution environment needed to turn useful experiments into work that central teams can support.

Action chat

Use enterprise context to investigate questions and start controlled technical work through a conversational interface.

Action bot and agent builder

Create reusable agents and workflows that respond to events, run on schedules or support operators directly.

Kindo extensions

Deploy purpose-built experiences for AI governance, security operations, discovery, infrastructure and other priorities.

APIs and connected agents

Bring external AI tools and custom experiences in while keeping access, activity and cost inside the control path.
AI for security, DevOps, IT

One platform.
Many ways to put it to work.

AI discovery and governance

Find shadow AI, map ownership and data relationships, apply policy and build a current view
of AI activity, cost and risk.

Govern enterprise AI

Security operations

Use agents to investigate alerts, enrich cases, support threat hunting and run approved response workflows with a record of the work.

Strengthen security operations

DevOps and infrastructure

Apply agentic execution to CI/CD, cloud operations, reliability, drift and infrastructure response without another automation silo.

Advance DevOps operations

IT, identity and compliance

Automate lifecycle tasks, access reviews, evidence collection, policy checks and reporting across connected systems.

Modernize IT operations
Runtime policy enforcement

Control belongs in the execution path.

Kindo applies enterprise policy as agents access models, credentials, data and tools. Teams define who may run or share an agent, which resources it may use, when approval is required and how activity is recorded.

Identity and permissions

Role-based access, delegated permissions, sharing controls and scoped credentials define who and what can act.

Data and secrets

DLP controls, encryption, secrets management and integration with the security services you already run.

Models and cost

Control model availability, routing, regional use, budgets and spend against business and policy requirements.

Action and approval

Set boundaries for autonomous execution, require review for higher-impact actions, respect change windows.

Audit and evidence

Record human and agent activity, data access, tool use, decisions and outcomes for investigation and compliance.

Monitoring and intervention

Watch agent activity, investigate issues, pause or adjust execution when intervention is needed.
Air-gapped and sovereign AI

Run AI where
‍the mission requires.

Choose the deployment model that fits the sensitivity of the work and the architecture of the environment. Kindo supports teams that want rapid SaaS deployment as well as organizations that need direct control over infrastructure, models, data and credentials, including public-sector and mission-driven teams.

Kindo cloud

Launch quickly in Kindo's SOC 2 SaaS environment.

Self-managed cloud

Run Kindo in your cloud and Kubernetes environment with control over integrations, data flows and infrastructure.

On premises

Operate Kindo inside enterprise-managed infrastructure for sensitive and regulated workloads.

Air-gapped

Disconnected environments where external services and identity dependencies are restricted.

Private offensive AI for authorized security work.

Deep Hat cybersecurity model

Deep Hat is Kindo's purpose-built cybersecurity model for red teams and security operators. It supports adversarial reasoning, attack-path analysis, vulnerability research and authorized testing where privacy and model control matter.

Run Deep Hat inside the agent harness so offensive capability operates with defined access, isolated execution and a reviewable record of activity.

Explore Deep Hat
AI agent rollout plan

Turn the first use case into lasting internal capability.

The goal is to enable internal builders to adapt, support, and expand AI for technical operations on their own.

Assess your shadow AI

A typical first engagement

Day 1

Scope one to three use cases

Agreed success criteria

Day 3

Systems connected

SIEM, ITSM, identity, cloud

Day 10

Measured against the criteria

Time, cost, findings closed

Day 6

First agent live

Built with your team, in the room

Day 14

Internal builders enabled

Reusable agents and patterns handed over

Customer results

Real work.
Measurable results.

"We used Kindo to accelerate and simplify our threat-hunting processes, which enabled us to increase the value of our existing SIEM infrastructure and identify issues before they became real problems. The time and potential impact have resulted in a cost savings of over 
$2M per year, and growing."

CISO, Aireon

$2M+

Annual savings reported through incident response automation.
Customer, Aireon

80%

Reduction in DevOps operational overhead, upper bound.
Customer, range kept

50 to 70%

Reduction in audit preparation costs.
Customer, range kept

300+

Enterprises using Deep Hat for red team operations.

4

Deployment models: SaaS, self-managed, on premises, air-gapped.
AI management platform comparison

Move beyond disconnected AI and brittle automation.

Approach

Where it helps

Where the operating gap remains

Approach

Kindo

Where it helps

A shared control and execution layer across agentic technical operations

Where the operating gap remains

Start with one focused use case and expand through a common governance and support model

Approach

AI assistants and copilots

Where it helps

Help individuals answer questions and complete bounded tasks

Where the operating gap remains

Central teams have little ability to operate, support or govern the work across providers

Approach

Point AI solutions

Where it helps

Address one workflow or functional problem quickly

Where the operating gap remains

Each product brings its own controls, data relationships, cost model and operational silo

Approach

Traditional workflow automation

Where it helps

Executes predefined steps reliably

Where the operating gap remains

Complex workflows need ongoing scripting and struggle when context or conditions change

Give AI more
responsibility without
giving up control.

AI agent management FAQ

Frequently Asked Questions.

Kindo is the AI agent management platform that puts the enterprise in control. These answers cover how Kindo handles AI agent governance, AI cost management, and deployment in your cloud, on premises, or air-gapped.

What is agentic technical operations?

The use of AI agents to investigate, decide and act across security, DevOps, IT, infrastructure, identity and compliance workflows. It goes beyond AIOps, which analyzes data and recommends what a human should do next. Agentic operations complete approved work while keeping human oversight where it matters.

What is an enterprise AI control layer?

A common operating environment for agents, models, data access, policies, permissions, cost and auditability. It lets central teams see where AI is used and govern how agentic work reaches enterprise systems.

What is AI agent sprawl?

AI agent sprawl is the uncontrolled spread of agents across teams, tools and providers without owners, inventory or policy. Gartner projects the average Fortune 500 company will run more than 150,000 agents by 2028, up from fewer than 15 in 2025. Kindo discovers agents, assigns owners and applies policy so governance keeps pace.

What is an agent harness?

It connects the reasoning done by models and agents with the data, tools, controls and execution environments needed to complete work. Kindo's harness is a governed path from operator intent to enterprise action.

Does Kindo replace our existing tools?

No. Kindo works with the systems teams already use: cloud platforms, Kubernetes, code repositories, SIEM, ITSM, identity, security tools, schedulers and internal APIs. It adds a control and execution layer across them.

How is Kindo different from guardian agents or an AI gateway?

An AI gateway sees traffic between agents, models and tools. Guardian agents, as Gartner describes them, supervise agents so their actions stay within defined boundaries. Kindo, an AI agent management platform, enforces policy as agents run, records each action and attributes cost to an agent, owner and team. It works alongside gateways and network security rather than replacing them.

Can Kindo manage agents built outside the platform?

Yes. Approved external tools and agents come into a common governance path for access, activity, data use and cost. Critical workflows can also be rebuilt inside Kindo for deeper support and control.

Can Kindo run on premises or air-gapped?

Yes. SaaS, self-managed cloud, on premises and air-gapped are all supported. The exact configuration depends on the models, integrations and identity services the chosen workflows require.

How do organizations start?

Bring Kindo one pressing operational problem and a small number of use cases with agreed success criteria. Kindo and its forward deployed engineers scope the first deployment, build the workflows and set an expansion path based on measured results.