Inquiries wait for the person who knows how to interpret them.
01A technically complex request can sit idle while someone works out the configuration, history, and right owner.
First point of frictionAI systems for inquiry handling, supplier operations, field service, and engineering knowledge in manufacturing.
The specifics differ. The same operational friction keeps appearing wherever this work crosses people, records, and decisions.
A technically complex request can sit idle while someone works out the configuration, history, and right owner.
First point of frictionPricing, lead times, technical constraints, and supplier availability are rarely available in one place when a customer needs an answer.
Recurring operating costQuality, delivery, and responsiveness data exists, but not in a view that helps teams act before a shortage or defect escalates.
Recurring operating costTeams hear about customer moves, competitor activity, and supply changes through manual research that cannot keep pace with the market.
Recurring operating costTechnicians record valuable context, yet the next technician often cannot find it when the same issue appears.
Recurring operating costDrawings, specifications, parts data, and decisions sit across systems and folders while operators need an answer now.
Recurring operating costBefore we propose a system, we map the recurring surfaces of the operation and the work that moves through them.
Read an inquiry, issue, or supplier signal with the relevant technical and commercial context.
Bring product, service, quality, and availability information into one reviewable work item.
Route tasks and exceptions to engineering, sourcing, service, or commercial teams with clear ownership.
Capture the decision and outcome so the next team can act from the evidence already earned.
The operation keeps its judgment. AI takes on the repeatable, system-to-system work that makes good people spend their time on administration.
AI handles
Your team handles
The system can draft, organize, and surface the work. An authorized person decides and acts.
Operational systems that connect the tools you already use. Not chatbots sitting next to the work.
Read a technical inquiry, assemble the relevant product, pricing, and availability context, and prepare a reviewable response for the commercial and engineering teams.
Connect delivery, quality, cost, and responsiveness data so sourcing teams can see trends before they become an operational failure.
Monitor agreed sources for customer, competitor, and supply-chain signals, then route the evidence to the person who can decide what to do with it.
Turn service notes, photos, and work orders into structured history that the next technician can search and verify before a visit.
Give authorized teams a source-linked way to find specifications, compatibility information, and past engineering decisions without digging through disconnected repositories.
Bring together customer feedback from service, sales, and support so product and operations teams can see recurring issues while they are still actionable.
One representative example of an operating system shipped around a real workflow.
Manufacturing · Case study
We design around the systems of record. Integration scope comes from the real workflow, access rules, and decision boundaries - not a platform replacement plan.
The principles we use when we design, ship, and improve a system alongside the people who run it.
The work still belongs to your operation. We make the repetitive path reliable and visible.
Each system needs a measurable baseline, source traceability, and a clear way to improve when it is wrong.
The best system sits inside the tools and habits your team already depends on.
The system can prepare, route, and remember. Your team keeps the decisions that carry consequence.
How we apply the same operating discipline in other contexts.
AI systems for customer support, retention, order exceptions, and revenue recovery as volume grows.
Explore →AI for Financial servicesAI systems for KYC, onboarding, fund administration, reporting, and controlled compliance operations.
Explore →AI for HealthcareAI systems for revenue cycle, claims, documentation, and patient operations with controls that fit care delivery.
Explore →The things teams ask before the work begins.
Start where the work is frequent, visible, and costly when it goes wrong. The first mapping session identifies the people, systems, data, and controls around that workflow.
We define the workflow, decision boundary, and system access before building. The first production system is designed to fit the operation and give the team a measurable result.
We define the workflow, decision boundary, and system access before building. The first production system is designed to fit the operation and give the team a measurable result.
We define the workflow, decision boundary, and system access before building. The first production system is designed to fit the operation and give the team a measurable result.
We define the workflow, decision boundary, and system access before building. The first production system is designed to fit the operation and give the team a measurable result.
We define the workflow, decision boundary, and system access before building. The first production system is designed to fit the operation and give the team a measurable result.
We define the workflow, decision boundary, and system access before building. The first production system is designed to fit the operation and give the team a measurable result.
We define the workflow, decision boundary, and system access before building. The first production system is designed to fit the operation and give the team a measurable result.
We define the workflow, decision boundary, and system access before building. The first production system is designed to fit the operation and give the team a measurable result.
Start with the work
Pick a time for a working session or send a short brief. Either way, we will come prepared to understand where the work gets stuck.
Talk through the work
Bring the workflow that feels slow or fragile. We will determine whether it is a sensible candidate for an AI system.
Bartosz LuderaFounder, HarnessloopSend a workflow brief
Tell us where work waits, repeats, or falls through the cracks.