NeuraX
TourCheck is for tourists and locals who want to plan a day out or a trip in Azerbaijan, in Baku and across the regions. The interface supports Azerbaijani, English and Russian. The problem is that travel information is scattered and hard to trust. Prices, opening hours and addresses live on different sites, and it is rarely clear whether a place will be open at the time someone plans to visit. People also struggle to estimate a budget before they go, and to turn a list of places into a sensible route. TourCheck puts this in one place. It finds real venues nearby, looks up prices and opening hours on the web, and checks whether each place is open at the planned time. When no price can be found, it shows an estimate and clearly marks it as an estimate, instead of presenting a guess as fact. It then orders the stops into a route, shows the distance and travel time, and links to a map. Visitors can also reserve a spot on a tour, and the owner sees these reservations in the admin panel. This is my reading of the code, not an official product description. If TourCheck is built for a specific audience, such as a travel agency, the first paragraph should be adjusted.
Preliminary score
- Value for the user15.0 / 25
A specific problem and a clear outcome from solving it.
- Prototype and use of AI13.0 / 30
A working core scenario, and what AI actually contributes to the result.
- Quality testing5.0 / 20
Tests, examples of failures, and comparison with the current approach.
- Feasibility6.0 / 15
Data requirements, running costs and a clear next step.
- Originality5.0 / 10
A meaningful difference from common solutions.
What the judges wrote
- Claude Opus 5.5Preliminary40/100
- Strengths
- Your core idea, checking a whole itinerary against opening days and hours and flagging risks such as 'the Carpet Museum is closed on Mondays', targets a real and recurring travel-planning pain. Your setup notes describe a concrete stack: a FastAPI backend with /api/places, /api/enrich and /api/route, web search plus Gemini enrichment, Firebase reservations and an admin panel. Marking prices as estimates when no source is found, instead of presenting guesses as facts, is a thoughtful trust-building choice. Supporting Azerbaijani, English and Russian fits the local audience well.
- To improve
- Your deck is almost entirely concept boxes with illustrative examples, so add screenshots or a walkthrough of a real itinerary being verified, with sources and timestamps shown. Your only testing note is a list of missing HTML element IDs, which is a code observation rather than a test. Run 20–30 real venues or itineraries, record how often the hours and prices are correct, show the failures, and compare the result with manual Google Maps research. For the Enterprise track, name a business user such as a travel agency or tour operator, a metric like itineraries checked per hour or errors avoided, and the API and search cost per verification. Also make your submission consistent: it lists Claude as the model while the setup requires a Gemini key, and your README contains only a title.
- GPT-6 AstraPreliminary48/100
- Strengths
- Your focus on checking planned visit times against venue hours addresses a concrete travel-planning problem in Azerbaijan. Clearly labelled price estimates and source timestamps are sensible trust features. Your detailed setup instructions describe a plausible implementation, while the report of 16 potentially missing DOM elements provides an actionable engineering finding.
- To improve
- Your materials would be stronger with a captured end-to-end run showing venue lookup, AI enrichment, a closure warning and a usable route; clarify the Claude listing versus the Gemini runtime. Reproduce the DOM issues in a browser and record expected versus actual results for closed days, conflicting hours, unknown prices and API failures. Define a pilot audience, such as travel-agency staff, and compare planning time and missed closures against manual research. Name your live data providers, estimate per-itinerary cost and latency, and specify a bounded next step such as verified coverage of one district.
The team
Ayxan Qənbərov
developer
Amir Abbasov
developer
Jalə QədirliLead
product