AI agents for business

AI Agents for Business

Paloren builds AI agents for business teams that need actions taken, not just answers.

Paloren builds AI agents for business teams that need actions taken, not just answers. See how agents differ from chatbots and automation, and what a controlled first agent looks like.

See how we help

For companies evaluating AI agents that can gather context, draft work and move tasks between systems.

The short answer

Paloren builds AI agents for business teams that need useful actions taken with the right approvals, not another chat window that stops at an answer.

Aaron Agius, co-founder of Paloren
Aaron Agius, co-founder of Paloren.

Paloren builds AI agents for business teams that need useful actions taken with the right approvals. An agent gathers context, prepares work and moves agreed tasks between systems, with permissions and testing documented before launch. Paloren scopes agent workflows from USD 40k to 90k over 6 to 10 weeks.

What this can change for your team

  • A scoped agent with clear boundaries
  • Testing and approval gates before launch
  • Training and ownership after handover

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What does an AI agent do in a business?

It gathers context, prepares work and moves agreed tasks between systems.

How we make this work

An AI agent for business goes beyond answering a question. It reads the relevant records, drafts the next action and connects to the systems where that action happens. Paloren designs agents around a workflow you name, with the approvals and boundaries written before the build starts. The agent can gather context, prepare a draft, update a record or route a request, depending on what the process needs. The important design decision is which actions happen automatically and which wait for a person to accept them. Paloren keeps consequential decisions with a named owner so the agent supports the team without taking over responsibility for the outcome.

  • Gathers context from connected systems
  • Prepares drafts, summaries or updates
  • Named owner accepts consequential actions
How is an agent different from a chatbot?

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How is an agent different from a chatbot?

A chatbot answers. An agent acts within agreed boundaries.

How we make this work

A chatbot is designed to answer questions from a knowledge source. An AI agent is designed to complete a task. It may use the same underlying model, but the difference is what it is connected to and what it is allowed to do. A service chatbot can tell a customer where their order is. An agent can look up the order, classify the issue, draft a reply and queue a callback, all within rules your team has approved. Paloren builds both, and the scope is different. A chatbot project focuses on answer quality and routing. An agent project also covers permissions, action boundaries, failure handling and what happens when a step cannot be completed.

  • Chatbot: answer and route
  • Agent: context, action and approval
  • Agent scope includes failure handling
What should the first agent do?

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What should the first agent do?

Pick a workflow where the input, output and reviewer are already clear.

How we make this work

The first agent should target a process your team can describe end to end. Paloren asks for the workflow, the systems involved, the person who accepts the output and the exceptions that need a human. Good first agents prepare account briefs, classify service tickets, draft follow-up emails for review or summarise call notes into CRM records. They do not start by replacing a decision that has no clear criteria. A useful test: if your team can write a one-page brief describing what good output looks like, an agent can probably support that workflow. If the criteria are unclear, Paloren recommends a strategy or discovery engagement first.

  • Named workflow with clear output
  • Representative test cases available
  • Reviewer and escalation path defined
How does Paloren test an agent before launch?

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How does Paloren test an agent before launch?

Representative tasks, edge cases and acceptance criteria.

How we make this work

Paloren tests every agent against representative tasks before release. Cases cover correctness, permission boundaries, missing information, unavailable systems and recovery behaviour. Correctness checks that the output matches the source records. Permission tests confirm that a user only sees what their access allows. Missing-data tests confirm the agent asks rather than invents. Recovery tests confirm the workflow degrades safely when a source fails. The acceptance criteria are agreed before the build starts, so there is a shared standard for what good looks like. If any required case fails, the agent does not launch until it passes or the scope is revised with the business owner.

  • Correctness against source records
  • Permission and isolation checks
  • Failure and recovery behaviour documented
What permissions does an agent need?

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What permissions does an agent need?

The minimum access needed to do the job, with boundaries documented.

How we make this work

An agent needs access to the systems that hold the context it uses and the records it updates. Paloren scopes this access to the minimum required for the agreed workflow. The proposal documents which systems are connected, which fields are read and written, and what the agent must never access. If the agent drafts emails, it does not need send permissions unless the workflow requires them. If it updates CRM records, it needs write access to the agreed fields only. This scoped approach limits the blast radius if something goes wrong and makes the permission review straightforward for your security team.

  • Minimum necessary access
  • Read and write fields documented
  • Prohibited actions stated explicitly
How much does an AI agent project cost?

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How much does an AI agent project cost?

Agent workflows run from USD 40k to 90k over 6 to 10 weeks.

How we make this work

Paloren scopes agent workflows at USD 40k to 90k over 6 to 10 weeks. The price depends on the number of connected systems, the complexity of permissions, whether the agent answers questions or takes actions, and who owns operation after launch. A simple agent that prepares a brief from two systems costs less than one that moves work between four platforms with approval gates. The proposal names deliverables, assumptions, exclusions and acceptance criteria, so you can compare quotes on the same scope. Ongoing support is scoped separately. Paloren does not promise outcomes that depend on factors outside the build, but it commits to a tested release with a trained owner.

  • Scoped by systems and permissions
  • Proposal with assumptions and criteria
  • Support priced separately after launch
What happens after the agent goes live?

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What happens after the agent goes live?

Monitoring, support and a plan for the next release.

How we make this work

After launch, Paloren documents the operating model: who monitors the agent, who approves changes and who receives alerts when something fails. Support is optional and scoped separately, with faults acknowledged within 4 business hours. The team reviews whether the first agent should be extended, connected to another workflow or used as a foundation for a company brain. This keeps investment moving in a sequence rather than scattering across disconnected tools. Paloren also offers training so your team can operate the agent independently, which keeps capability inside the business rather than creating permanent dependence on an outside supplier.

  • Operating model documented
  • Optional support with agreed response times
  • Training keeps ownership with your team
How do you know an agent is ready for production?

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How do you know an agent is ready for production?

Testing, monitoring and operating ownership are in place.

How we make this work

A pilot tests whether a workflow can work. Production means the workflow runs reliably in the business. The difference is testing depth, monitoring, support and operating ownership. Paloren delivers agents that are designed to become production systems, not throwaway experiments. Before go-live, all required test cases must pass. The operating model documents who monitors the system, who approves changes and who handles incidents. Training prepares the people who will use it. If any of these elements is missing, the agent is still a pilot and should not carry production responsibility.

  • All test cases pass
  • Monitoring and alert routing confirmed
  • Named owner trained and documented

Make the next decision

What to do with this

Workflow and outcome brief

Agent scope with permission boundaries

Test case set and acceptance criteria

Documentation and training pack

Support and monitoring model

Handover with named owner

  1. 01

    Name the workflow

    Describe the process, its systems, the output and who accepts it.

  2. 02

    Define the boundaries

    Agree which actions happen automatically and which wait for a person.

  3. 03

    Build and test

    Connect sources, run representative cases and document the operating model.

  4. 04

    Train and hand over

    Prepare the team and assign monitoring, changes and ownership.

Decision summary
StageWhat it changes
Name the workflowDescribe the process, its systems, the output and who accepts it.
Define the boundariesAgree which actions happen automatically and which wait for a person.
Build and testConnect sources, run representative cases and document the operating model.
Train and hand overPrepare the team and assign monitoring, changes and ownership.

Which process should the agent handle?

Tell Paloren what the agent should do and which systems are involved. Reply from the team within one business day.

Reply from the team within one business day. No deck, no technical brief needed.

Before we begin

Questions we get asked, answered with numbers

What is the difference between an AI agent and automation?

Automation follows a fixed sequence of steps. An AI agent reads context, makes a decision within boundaries and may choose which action to take. Paloren builds both, sometimes together: automation handles the predictable handoff, while the agent handles the step that needs judgement.

Can an agent access our CRM and email?

Yes, with scoped permissions. Paloren connects the systems the agent needs and documents which fields are read and written. The proposal names what the agent must never access, so your security team can review the boundaries before build starts.

What if the agent makes a mistake?

Paloren designs agents with approval gates for consequential actions. The agent drafts or proposes; a person accepts or rejects. Lower-risk actions can run automatically if your team agrees the criteria. The operating model also includes monitoring and alert routing so errors surface quickly.

How long does it take to build an agent?

Agent workflows typically run 6 to 10 weeks, depending on scope, integrations and testing. The proposal names the phases and deliverables so you can see what happens at each stage. A simple agent that connects two systems is faster than one that coordinates work across several platforms with approval routes.

Do we need a data engineer?

Not necessarily. Paloren works with your existing technical team where one exists and scopes data engineering separately where the project needs it. The proposal names who owns each dependency so nothing is left unassigned when the build starts.

Can we start with a pilot before committing to a full agent?

Yes. Paloren scopes pilots at USD 25k to 100k over 2 to 10 weeks. A pilot tests the agent design against representative tasks with your data and permissions, then documents what a production release would need. The pilot is designed to become production, not a throwaway proof of concept.

What if we already have an AI tool we like?

Bring it. Paloren reviews whether it fits the workflow and what it can do before proposing a build. Sometimes the right answer is to integrate an existing tool rather than replace it. The proposal names which tools are connected and which are replaced, so the scope is honest.

Which process should the agent handle?