Onboarding stalls in manual document chasing.
01Identity verification, document collection, and KYC checks run through email threads and spreadsheets, and every stalled step pushes account funding out by days.
First point of frictionAI systems for onboarding, disclosure cycles, client reporting, investor operations, and surveillance in financial services firms - designed, deployed, and maintained by Harnessloop.
The specifics differ. The same operational friction keeps appearing wherever this work crosses people, records, and decisions.
Identity verification, document collection, and KYC checks run through email threads and spreadsheets, and every stalled step pushes account funding out by days.
First point of frictionDisclosure and attestation deadlines are fixed, but the process behind them - collecting confirmations, chasing sign-offs, assembling filings - is manual and runs on the same few people every time.
Recurring operating costPulling one accurate quarterly statement means reconciling numbers across five or six systems that were never built to talk to each other.
Recurring operating costManual reconciliation across fund administration platforms, spreadsheets, and legal documents is the kind of process where one missed update becomes a real problem, not a minor one.
Recurring operating costHow a specific account, fund, or regulatory obligation is actually supposed to be handled sits in a handful of senior staff's heads - and it doesn't transfer when they're out or when they leave.
Recurring operating costAnomaly monitoring throws volume, most of it noise, and the real signal gets reviewed late or not at all because the queue never gets shorter. None of these get fixed by hiring more people to do the same manual steps faster. They get fixed by changing what's manual in the first place.
Recurring operating costBefore we propose a system, we map the recurring surfaces of the operation and the work that moves through them.
Bring entity, investor, and supporting evidence into a traceable operational record.
Check requirements, compare sources, and highlight what needs qualified review.
Prepare onboarding, reporting, and attestation work from the verified record.
Keep an auditable path for approvals, exceptions, and the documents behind them.
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.
The problem: identity verification and KYC checks depend on documents arriving from clients in whatever format they show up in, then getting manually reviewed against compliance requirements before an account can be funded. Every missing document or ambiguous match adds a round trip. The fix: an agentic intake system that collects and classifies documents as they arrive, runs identity and KYC checks against your existing compliance rules, flags exceptions for human review, and tracks every case through to completion. Your team reviews and approves; the system handles the collection, matching, and status tracking that used to consume their day.
The problem: disclosure and attestation deadlines are fixed by regulation, but the internal process - identifying who needs to attest, sending requests, chasing confirmations, assembling the final filing - runs on manual tracking that gets harder to manage as the list of obligations grows. The fix: a system that tracks obligations against your compliance calendar, generates and routes attestation requests automatically, follows up on outstanding responses, and assembles the completed cycle into a filing-ready record. The deadline stays fixed; the chasing stops being manual.
The problem: an accurate client or investor report usually means pulling data from several systems that don't share a schema - portfolio accounting, custodial records, CRM notes, performance calculations - and reconciling it by hand before it can go out. The fix: an assembly layer that reads from your existing systems, reconciles the numbers against defined rules, flags discrepancies instead of silently averaging over them, and produces a report ready for a final human check. Analysts move from data-wrangling to reviewing output.
The problem: cap-table changes, capital calls, distributions, and investor communications get reconciled across fund administration platforms, spreadsheets, and legal documents by hand - a process where a missed update or a version mismatch is a real liability, not a minor inconvenience. The fix: a system that keeps investor and cap-table records synchronized against your source documents, surfaces discrepancies before they compound, and generates the standard investor communications and reports on schedule. Your team approves changes; the system keeps the underlying records consistent.
The problem: knowing how a specific account, fund structure, or regulatory obligation is actually supposed to be handled depends on asking the right senior person - and that knowledge doesn't scale, doesn't transfer cleanly, and disappears when that person is unavailable. The fix: a knowledge assistant built on your firm's actual policies, procedures, and historical decisions, so your team can ask a specific operational question and get an answer grounded in your own documentation - not a generic compliance summary. It's built to cite its sources so a human can verify before acting on it.
The problem: surveillance and anomaly monitoring tools generate more alerts than a compliance team can meaningfully review, and the volume of false positives makes it easy for the alert that actually matters to get buried. The fix: an aggregation layer that consolidates alerts across your existing monitoring tools, applies context from account history and prior dispositions to rank them, and routes the highest-signal cases to a human reviewer first. Nothing gets auto-closed - the system prioritizes; your team decides.
One representative example of an operating system shipped around a real workflow.
Financial services · 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.
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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.