Build a reusable long-term video game ownershipGames
Replay
Every recorded step of a run, as the agent saw the screen: the frame, the action it took, what it said, and which rubrics the judge's evidence had reached by then. 4 runs recorded with screenshots.
Claude Opus 5Budget reached
- 100%
- Rubric score
- 1h 1m
- Recorded time
- 120
- Steps · budget reached
- 15/15
- Rubrics passed
Task promptBuild a reusable long-term video game ownership and preservation decision system for evaluating whether a game, edition, platform version, or hardware ecosystem is likely to remain practical and usable over several years. The goal is not to recommend games based on popularity, reviews, current discounts, or personal taste. Instead, evaluate the long-term practical value and resilience of owning or accessing a game, considering platform compatibility, physical versus digital ownership, account requirements, downloadable content, servers, online dependencies, save-data portability, backwards compatibility, hardware requirements, accessibility, preservation risks, repairability of relevant hardware, and dependence on third-party services. Research authoritative sources first, including official platform documentation, publisher/developer documentation, console manufacturer support pages, preservation organizations, recognized standards bodies, and official accessibility resources. Use community discussions and reviews only as supplementary evidence and clearly label them. Compare different ownership models and editions, including physical, digital, complete editions, cloud-dependent versions, remastered releases, and platform-specific versions where relevant. Identify which features are documented facts and which are uncertain or dependent on future platform decisions. Include difficult fictional examples where a physical copy still requires online activation, a complete edition has missing downloadable content, a game has excellent backwards compatibility but inaccessible save data, and another version has fewer features but substantially lower long-term dependency. Create a ranking framework that explains why one option is more resilient than another, what evidence supports the ranking, what risks remain, and what future change could alter the decision. Avoid current prices, temporary discounts, popularity rankings, or current availability as core dependencies. The final system should remain useful months later and allow a stranger to evaluate a new game or platform option without follow-up questions.
Build a reusable long-term video game ownership and preservation decision system for evaluating whether a game, edition, platform version, or hardware ecosystem is likely to remain practical and usable over several years. The goal is not to recommend games based on popularity, reviews, current discounts, or personal taste. Instead, evaluate the long-term practical value and resilience of owning or accessing a game, considering platform compatibility, physical versus digital ownership, account requirements, downloadable content, servers, online dependencies, save-data portability, backwards compatibility, hardware requirements, accessibility, preservation risks, repairability of relevant hardware, and dependence on third-party services. Research authoritative sources first, including official platform documentation, publisher/developer documentation, console manufacturer support pages, preservation organizations, recognized standards bodies, and official accessibility resources. Use community discussions and reviews only as supplementary evidence and clearly label them. Compare different ownership models and editions, including physical, digital, complete editions, cloud-dependent versions, remastered releases, and platform-specific versions where relevant. Identify which features are documented facts and which are uncertain or dependent on future platform decisions. Include difficult fictional examples where a physical copy still requires online activation, a complete edition has missing downloadable content, a game has excellent backwards compatibility but inaccessible save data, and another version has fewer features but substantially lower long-term dependency. Create a ranking framework that explains why one option is more resilient than another, what evidence supports the ranking, what risks remain, and what future change could alter the decision. Avoid current prices, temporary discounts, popularity rankings, or current availability as core dependencies. The final system should remain useful months later and allow a stranger to evaluate a new game or platform option without follow-up questions.
Step budget reached. This run used every step of the shared interaction budget and was stopped there. Read a low score with that limit in mind.