Driverless electric lorry on an open road under a pale sky.

Autonomous Systems

Autonomous AI Systems Engineered for Real Work.

AI agents that do defined work in your systems and stop where a person decides.

Autonomous systems for enterprise operations and software are AI agents that carry out defined work inside the systems an organisation already runs, and stop at checkpoints where a person decides. Solonomous engineers them with written boundaries: what each agent may read and change, which tools it may call, where it must wait for approval, and how every action is traced and can be reversed.

Agents that stop where you say

Each agent works under its own identity, calls only the tools its task needs, waits for a person where the rules say so, and leaves a trace of every step.

Agents for supplier invoices and customer order questions

  • Person writing at a desk beneath a ring of workflow icons.

    Autonomous Back Office

    Invoices prepared for approval

  • Hands typing on a laptop beside floating chat bubbles and service icons.

    Customer Operations Agents

    Order questions answered

  • Hands on a keyboard beneath a glowing circuit of software icons.

    RPA

    Legacy screens, no API

  • Man holding a tablet taps a floating profile marked with a tick.

    AI Agents & Agentic Automation

    Tools called within limits

Agents by the job

Name the work you want agents to take on, and the service pages that cover it come back, each with its checkpoints.

  • AgentThe supplier's email this morning. I have sent the change to your finance team to verify.
  • ApproverWho changed the bank details?
  • AgentThree supplier invoices match their orders. One has new bank details, so I have held it.

It asks before it acts

Before anything consequential, the agent shows what it proposes, the evidence it used and what happens next.

Supplier payment, changed bank details

Pay this invoice to the new bank account once your finance team has confirmed the change by phone.

Checkpoints where the consequences are

Payments, legal commitments, messages to outside parties and deletions wait for the accountable person to approve, edit or reject.

  1. Release 12Live
  2. Release 13Passed
  3. Release 14Held back
  4. Release 15Testing

Released like software

Prompts, tools and approval rules change together in a release, and each release runs the regression suite before an agent uses it.

Boundaries first, then agents

Every system we build answers the same questions in writing: what an agent may do, which parts it is made of, where a person decides and how it is judged.

  • What autonomy means here, and what it does not

    Search treats “autonomous systems” as vehicles, drones and robots. Here the phrase means software: agents that read information, plan steps, use tools and carry a task through to a result that can be checked, inside an organisation's operations and its software.

  • The parts of an autonomous system

    The same parts appear in every system we build, sized to the task. Single agents for contained tasks; planner, worker and reviewer agents when a process needs delegation and checking. Rules that decide which actions an agent may take alone, which wait for a person, and which it may never take.

  • The operating model, in one line

    Agents run defined workflows inside the systems you already use and stop at defined checkpoints; a small team decides the exceptions.

  • Governed identity, permissions and security

    Each agent acts as a named principal with the least privilege its task requires. Credentials are issued per agent and per environment, tools are isolated, and actions outside an agent's scope are refused by the platform rather than left to the model's judgement.

  • Agents judged on outcomes, not on their own reports

    An agent that says it finished is not evidence that it did. We evaluate agents against the task's definition of done: whether the right records changed in the right way, whether the tool calls were correct, how often a task needed a person, and what each completed task cost. Trajectories are scored as well as end states, so a correct answer reached by an unsafe route still fails.

  • From one workflow to connected operations

    Most organisations start with one defined workflow in one function: an agent that prepares, checks and routes one kind of work, with a person deciding the exceptions. That is the individual autonomous AI solution our forward-deployed engineers deliver.

Small orange wheeled robot in a softly lit warehouse aisle.

Human control

Where people approve, pause and stop

Checkpoints are placed where the consequences are. An agent may gather information, prepare a draft or reconcile records without waiting for sign-off; it waits for a person before it moves money, signs or sends something with legal effect, contacts an outside party, deletes data or changes a policy. The person sees what the agent proposes, the evidence it used and what will happen next, and approves, edits or rejects it.

Exceptions are routed rather than guessed at. When an input falls outside what the agent was built and evaluated for, or when its checks fail, the task goes to the accountable person with its context attached. Every agent can be paused, and every deployment has a way to stop all of its agents at once.

AI Agents & Agentic Automation

One workflow first, then the next

Agents earn wider scope one workflow at a time. Each one is written down, built inside your systems, judged on outcomes and handed to the people who decide its exceptions.

  1. 01

    Scope

    We write the workflow down with the people who own it: its inputs, the systems it touches, its checkpoints and its definition of done.

  2. 02

    Build

    The agent gets its own identity and scoped permissions, the tools its task needs, approval rules and a trace of every step.

  3. 03

    Prove

    It is scored on whether the right records changed, with adversarial cases, then run beside your team with every action waiting for approval at first.

  4. 04

    Hand over

    Runbooks, the regression suite, a named owner for every checkpoint and a control that stops all agents at once. Then the next workflow.

Agentic AI and autonomous systems: common questions

What is agentic AI?

Agentic AI describes AI systems that pursue a goal through a sequence of steps: they plan, call tools and systems, check intermediate results and adjust, rather than producing a single response to a single prompt. In enterprise use the important part is the boundary around those steps: which tools an agent may use, what it may change, and where a person decides.

What is the difference between agentic AI and generative AI?

Generative AI produces content: text, code, images or structured data from a prompt. Agentic AI uses generative models as one part of a system that acts: it decides on steps, calls tools, reads the results and continues until a task is done or a checkpoint is reached. Most agentic systems contain generative models; most generative AI applications are not agentic.

What does “autonomous system” mean for enterprise operations and software?

Software agents that carry out defined operational or software work, such as preparing and routing documents, reconciling records, handling a customer request or making a code change, inside existing systems and within written limits. It does not refer to vehicles or drones, and it never means work without human accountability: the boundaries and checkpoints are part of the design.

How do AI agents work with the systems a company already runs?

Through the same interfaces people and integrations use: APIs where they exist, connectors to systems of record, the Model Context Protocol where it is practical and secure, and sandboxed browser or desktop automation where there is no API. Each agent gets its own credentials with scoped permissions, so its access can be reviewed and revoked like any other user's.

Where does a person approve, pause or stop an autonomous agent?

Wherever an action has consequences: before payments, legal commitments, messages to outside parties, deletions or policy changes, and whenever an input falls outside what the agent was built for. Approvers see the proposed action and its evidence. Any agent can be paused, and every deployment has a control that stops all of its agents at once.

Is agentic AI safe to use with sensitive data?

It can be, when the system is engineered for it: least-privilege access, data that stays in approved environments, permissions enforced at retrieval, secrets kept out of model context, tests against prompt injection, and a full audit trail. Safety is a property of the architecture and its controls, verified by evaluation, not of the model alone.

How can an organisation start using agentic AI?

With one defined workflow whose inputs, systems, checkpoints and definition of done can be written down. Our forward-deployed engineers scope it inside your systems, build and evaluate the agent, put it into production with your people deciding the exceptions, and then extend the same foundation to the next workflow.
Silver car with a roof sensor driving along a highway with overlays.

Define the work. Decide the checkpoints.

Tell us which workflow agents should take on, which systems it touches and who must approve what. We will engineer the system around those answers.

  1. 01The workflow, and the systems it touches
  2. 02Who must approve what, and when
  3. 03What a finished task looks like