Interactive demo library
Change conditions and inspect the calculation result.
Do not judge mathematical systems only from copy. Change conditions for shifts, visits, routing, production, and assignment, then see how candidate plans and exception reasons change.
- Mathematical demos
- 5
- Change conditions and compare results.
- Business screens
- 21
- Read-only operational UI examples.
- Sign-up
- 0
- No account or personal data required.
The public page uses sample data. It shows the decision structure before any production model is designed.
Two demo types
Choose the demo by what you need to confirm.
Use mathematical demos when you want to understand how candidate plans are calculated. Use business screen demos when you want to see how the resulting workflow can be operated by a team.
Mathematical demos
Change sample conditions and see how the candidate plan, unmet conditions, and explanation change.
- Inputs and constraints are visible
- Priorities can change the result
- Unassigned reasons remain visible
Business screen demos
Review read-only examples of dashboards, ledgers, approvals, records, histories, and master screens.
- Compare screen structures by industry
- See where plans are confirmed
- Keep existing system-demo URLs available
Quick demo lab
First experience condition changes and result comparison in 30 seconds.
Switch among five themes, then change volume, capacity, and priority. This quick lab helps you choose the right detailed demo.
Shift and staffing candidate plan
Explanation calculation 0.08s
The candidate keeps required skills in each time slot while reducing assignment imbalance.
Explanatory demo: Results use sample data and browser-side explanatory formulas. They do not guarantee performance, optimality, or improvement with real data.
Mathematical demos
Try the planning decisions people repeat every day.
Each card opens a focused page where you can inspect business conditions, result metrics, and reasons why a candidate plan may not be feasible.
Explanatory logic only These five demos use sample data and browser-side explanatory formulas. They are not production optimization engines and do not guarantee optimality, performance, or improvement values.
Shift and staffing
Create roster candidates from staffing needs, days off, skills, consecutive work, and fairness.
Staff, requests, staffing needs, skills
Roster, shortages, fairness
Visit and field scheduling
Create visit assignments and order from time windows, skills, continuity, travel, and breaks.
Visits, staff, time windows, travel
Owner, sequence, unassigned reason
Vehicle routing
Create vehicle routes from vehicles, load capacity, time requests, breaks, and road conditions.
Destinations, vehicles, load, time windows
Route by vehicle, violations, unassigned stops
Production scheduling
Create equipment schedules from due dates, machines, operation order, materials, and setup changes.
Orders, operations, machines, due dates
Gantt plan, delays, machine load
Assignment matching
Recommend owners and reasons from skills, experience, area, continuity, availability, and load.
Cases, capabilities, availability, load
Candidates, reasons, alternatives
Operations UI demos
See how calculated plans are used on the shop floor.
These read-only screens show how candidate plans, records, approvals, progress, histories, and master data can be handled after calculation.
21 shown
Construction schedule management
Review projects, process progress, weekly plans, meetings, deliveries, and process masters together.
Shipping management
Track shipping lists, picking, packing checks, and delivery completion in one flow.
Delivery tracking
Review shipment registration, tracking updates, receipt confirmation, delay handling, and exception response.
Production process management
Manage work order plans, process routes, progress, quality records, exceptions, and completion history.
Loading checklist
Check loading order, vehicle checks, cargo checks, and pre-departure readiness on one screen.
Dispatch planning
Manage dispatch plans, vehicle assignments, route boards, and change history together.
Production shift log
Review shift boards, handover notes, production results, and issue tracking together.
Work order tracking
Track work order numbers, progress, material issue, inspection, rework, completion, and variance issues.
Manufacturing lot traceability
Review material input, process history, quality inspection, shipment tracking, inventory quarantine, and recall variances.
Incoming material inspection
Manage receiving ledgers, inspection details, decisions, follow-up, supplier contact, and sampling.
Retail shift handover
Review handovers, daily sales, inventory display, open tasks, and safety checks together.
Retail promotion planning
Manage promotion overview, promotion schedules, floor changes, monthly plans, and result reviews.
Retail stock count adjustment
Review inventory count overview, store ledgers, monthly rhythms, adjustment history, and adoption boundaries.
Retail store operations
Review daily sales, replenishment, shifts, rounds, and expense budgets across related screens.
Retail inventory replenishment
Review replenishment dashboards, records, products, suppliers, warehouses, and stores together.
Shift management
Review shift plans, employee assignments, supplemental demand, handover notes, and change logs together.
Customer records and CRM
Manage customer records, contacts, follow-up, opportunities, contracts, services, and revisit plans.
Quotation follow-up management
Manage post-quotation follow-up, response status, and expected closing outcome in one flow.
Sales performance and target management
Review targets, sales details, contract progress, opportunity funnels, and monthly summaries together.
Sales pipeline
Manage opportunity funnels, stages, revenue forecasts, follow-up activities, and risk notifications.
Sales follow-up and customer progress
Manage customer follow-up history, next contact dates, and opportunity progress together.
No matching demo was found.
Try another keyword or return to all industries.
Read-only catalog: Each card links to its existing individual system-demo page. The new demo hub connects to those pages without replacing their search and reference value.
How to read
Read demos as a decision workflow.
Look at the demos in the same order as a real project: inputs, rules, objective, output, and final human confirmation.
Input
Check whether the current Excel or system has structured fields.
Rules
Separate conditions the plan must never violate from preferences.
Objective
Confirm what makes one candidate better than another.
Output
Compare candidate plans, exceptions, and reasons.
Confirm
People review and approve the final plan.
Find the closest planning task
Start from a mathematical card and compare required data, constraints, and result reasons.
Choose a mathematical demoCheck the operational UI
Review the read-only screen catalog and identify where approval, records, and master data would sit.
Browse business screensDecide whether to test with real data
Move from the demo to an anonymized spreadsheet review before deciding on a prototype.
Prepare a data checkWith your data
If a demo is close, test a small version with your own conditions.
A public demo can show the structure, but not whether your actual rules and data are ready. The next step is a focused review with anonymized data.
Prototype boundary
What we check before building
- Required fields and current spreadsheet shape
- Hard rules, preferences, and evaluation metrics
- Whether package software is enough
- Scope for a small mathematical prototype
Do not send confidential or personal data before the review boundary is agreed.
FAQ
Questions before using the demos.
The boundary between a public demo, a prototype, and a production system should be clear before you share data.
Are the mathematical demos production optimization engines?
How are mathematical demos different from business screen demos?
Can we try this with our own Excel files?
How do we know whether packaged software or custom development is better?
Next step
If a demo is close to your work, verify the next step with your own conditions.
Share the current spreadsheet, the rules that must be respected, and the points people compare by eye. We will organize whether a small mathematical prototype is worth building.