Start with a task worth solving.

What we want to discuss

• The task, its frequency, and the operational cost or constraint today.
• Available robot hardware, site access, and an accountable operator.
• A measurable baseline and criteria for evaluating success.
• Timeline, budget, integration scope, and responsibilities for support and safe operation.

How collaboration would work

A pilot would begin only after technical feasibility and commercial scope are agreed. No price, delivery date, labor saving, or performance result is guaranteed on this website.

Before sharing sensitive material

Start with a non-confidential overview. Do not include proprietary source code, credentials, personal records, or restricted technical information. Confidential exchanges require an appropriate agreement and channel.

Why most robotics pilots fail

They rarely fail because the robot cannot move. They fail for reasons that are visible before anyone switches anything on.

• The scope was unbounded. "See what it can do" is not a pilot. Without a specific task, there is no way to tell whether the outcome was a success.
• There was no baseline. If nobody measured how long the task took, how often it went wrong and what it cost before the robot arrived, no result afterwards can be interpreted.
• Nobody owned it. A pilot without a named person whose job it is to make it work becomes everyone's secondary priority.
• Safety was addressed last. Guarding, access control, risk assessment and training are not paperwork at the end; they determine whether the task is viable at all.
• The exit criteria were never written. If "good enough to continue" is defined after the data arrives, it will be defined to match the data.
• The environment was special. A pilot run in the cleanest, emptiest corner of a site proves the robot works in that corner.

Choosing a first task worth solving

The single biggest determinant of whether robotics works for you is which task you pick. The characteristics of a good first task are unglamorous:

• Bounded. Clear start, clear finish, few exceptions, and an obvious answer to "did it work".
• Repetitive. Enough volume that reliability can actually be measured, and enough value that improvement matters.
• Measurable. An existing number, however rough, for time, throughput, error rate or cost.
• Tolerant of failure. When the task fails, the consequence is a delay and a person stepping in, not an injury, a damaged asset or a missed obligation.
• Not safety-critical. Nothing where a wrong action harms someone, and nothing requiring unsupervised judgement about people.
• Physically consistent. The objects, the surfaces and the space are similar enough day to day that the problem is tractable.
• Owned by someone who wants it. A task whose current owner is frustrated by it is worth ten tasks nobody minds.

Tasks that sound impressive and make poor first pilots: anything in a crowded, unstructured space; anything involving unpredictable people; anything where the exception rate is higher than the routine rate; and anything whose failure mode is expensive.

What a realistic pilot requires from you

This is the part usually left out of proposals, and it is the part that decides the outcome.

• Site access, including time on the floor during normal operation rather than a staged visit.
• A baseline measurement taken before anything changes.
• A named owner with authority to make decisions, and time allocated to it.
• Involvement from the people who do the task now. They know the exceptions, and the exceptions are where the project lives or dies.
• A safety and risk assessment appropriate to your jurisdiction and insurer, completed before deployment, not alongside it.
• Agreement on what happens to data: what is recorded, where it goes, who may see it, and how long it is kept.
• Written exit criteria, including what result would mean stopping.

An honest view of time and cost

Integration work on a real site takes longer than a demonstration suggests, and most of the time goes to exceptions rather than to the main case. Expect the first attempt to reveal that the task you described and the task that actually happens are different, and expect to re-scope once. A pilot that ends with an accurate understanding of why the task is harder than it looked is a useful outcome, not a failure.

What success actually looks like

Not a video. A measured comparison against the baseline on the task as specified, with the failure cases documented and counted, a clear statement of the conditions under which it worked, and an honest assessment of what would have to be true to extend it. That is the deliverable worth asking any robotics supplier for, including this one.

Where this venture stands

No pilot programme is open, no deployment has taken place, and no customer exists. There is nothing to install and no system to trial. Software cannot give a machine a physical capability its hardware lacks, and no claim is made here that any particular robot can perform any particular task.

What is useful now is the conversation about which task would be worth solving in your operation and what evidence would convince you. That conversation is valuable whether or not it ever involves us.

Before a pilot starts, the six things worth agreeing: pilot acceptance criteria and scorecard.