The following rules concern this original demo alone. Its calculations do not establish the mathematics, security, legality or catalogue of another product. There are no monetary deposits or customer accounts in the demo.
Independent guide and Knight Network
QX999 is a search name here without a confirmed commercial identity. This guide hosts its own Knight Network game. It confirms no outside operator, affiliation, official domain, licence, payment service or app. Similar naming does not establish a shared publisher.
The following rules concern this original demo alone. Its calculations do not establish the mathematics, security, legality or catalogue of another product. There are no monetary deposits or customer accounts in the demo.
One connected knight-move hazard network
Choose 3, 4 or 5 hazards on a 4×4 board. The hazard cells must form one connected graph through chess-knight moves: two rows and one column, or one row and two columns. Shared sides and diagonal touches do not define these connections. Hazards may be reached through intermediate hazard cells rather than a single jump.
Every legal layout is equally likely. There are exactly 52 layouts for three hazards, 116 for four and 284 for five. The entire hidden layout is sampled at the start and never moved after a choice. One captured stake covers the whole round.
Each choice uses its own conditional probability
After the opened safe cells are known, let N be the number of legal layouts consistent with that history. For an unopened cell let K be the number of those layouts where it is safe. Its safe probability is K/N. Each eligible cell shows that probability; it is not a generic remaining-safe-cells ratio.
The quote starts at 0.97. A safe reveal changes quote q to q×N/K, using the probability of that very chosen cell before revealing it. A hazard ends the round with zero return. Collect returns captured stake times quote, with fractional carry. The identity (K/N)×(q×N/K)=q explains 97% expected gross return for choices using revealed information. This is not a win probability or a guaranteed session return.
Local storage and page requests
The game does not require a customer account, identity document or bank information. Local storage explains the balance and fractional carry, but does not imply that every request made while loading the page stays on the device.
Font, analytics, hosting and CDN requests may transmit technical information such as IP address and request details. This guide promises no complete anonymity, precise retention period, absence of profiling or third-party data-sale policy. Those questions require the providers’ own information.
External assertions require their own evidence
A name, logo or licence number on a page does not by itself establish who operates it or what it is authorized to do. Evidence for an outside assertion must match the exact legal entity, domain, scope and claim. This guide publishes no invented testimonials or certification seal.
The mathematical checks for this demo establish only its stated reward law. They do not establish financial protection, local legality, app security or payment reliability for an outside offer. No small deposit is recommended as a verification method.
Frequently asked questions
Which hazard layouts are allowed?
Choose 3, 4 or 5 hazards on a 4×4 board. The hazard cells must form one connected graph through chess-knight moves: two rows and one column, or one row and two columns. Shared sides and diagonal touches do not define these connections. Hazards may be reached through intermediate hazard cells rather than a single jump. Every legal layout is equally likely. There are exactly 52 layouts for three hazards, 116 for four and 284 for five. The entire hidden layout is sampled at the start and never moved after a choice. One captured stake covers the whole round.
How is a chosen cell’s probability priced?
After the opened safe cells are known, let N be the number of legal layouts consistent with that history. For an unopened cell let K be the number of those layouts where it is safe. Its safe probability is K/N. Each eligible cell shows that probability; it is not a generic remaining-safe-cells ratio. The quote starts at 0.97. A safe reveal changes quote q to q×N/K, using the probability of that very chosen cell before revealing it. A hazard ends the round with zero return. Collect returns captured stake times quote, with fractional carry. The identity (K/N)×(q×N/K)=q explains 97% expected gross return for choices using revealed information. This is not a win probability or a guaranteed session return.
What happens to known hazards or safe cells?
If K=0 the cell is a known hazard and cannot be chosen. If K=N it is proven safe, so choosing it does not change the quote. A next quote above 1,000× is disabled. If no eligible uncertain choice remains, the round settles automatically; otherwise collection is available after one safe reveal. The layout constraint can make different cells have different probabilities. After a safe reveal, a particular cell’s chance may rise or fall; risk does not necessarily increase uniformly across the board. Choices change which results are reached, without changing the stated expected gross return.
When can the balance be restored?
The initial balance is 1,000 free virtual coins without monetary value or prize entitlement. The settled balance and fractional payout carry are kept in local browser storage when available. A fraction is carried into later settlements rather than discarded on each payout. Restore balance is available only while idle and below the minimum stake of 10. It sets the balance to 1,000, rather than adding 1,000, and preserves the fraction. It is a manual button, not an automatic reset or a refund for an interrupted round.
Read the knight-network rules and try the independent browser demo with free virtual coins. Play the free demo
