Ossa2026

My workspace for information research and possible opportunities.

I use Ossa to organize research material and possible business opportunities. I read original sources around a question, use AI to help organize them, keep references, and decide what to investigate next.

Work and outputBuilt question-led GitHub research, AI analysis, action-eligibility gates, and daily reports.

Ossa 研究工作台重建:左侧问题,右侧证据、候选与下一步。
My role
Project builder across product structure and implementation
Time
2026
Scope
Information research / AI opportunity workspace
Status
Research prototype

Which leads deserve another look?

Seeing a signal and deciding to invest require different evidence.

Technology releases, project discussions, and community comments can all suggest opportunities. Popularity may reflect distribution rather than demand; a complaint may describe one configuration issue. A plausible business direction still needs an identifiable problem, inspectable sources, and a way to test the hypothesis.

Popularity, repeated discussion, and original pain-point material feed a research question.
A technology signal still needs a user problem, sources, and a testable question. Synthetic context.

Choosing sources for a research question

The decision determines which evidence to look for.

I brought research questions into GitHub queries to limit repository searches before reading issues and comments. Research mode excludes unrelated Trending items, keeping collection focused on the current question. Results preserve original text and source identity so opportunity analysis can return to the material it used.

A research question constrains GitHub queries before issues and comments become traceable evidence.
Questions constrain collection, and original text retains source identity. Mechanism illustration.

AI analysis and conditions for action

Separate a promising interpretation from permission to proceed.

AI interprets pain points, deployment paths, and possible business contexts. Deterministic gates then inspect evidence level, repository groups, risk, and action conditions. A SELL hypothesis with insufficient evidence becomes WATCH; a high-priority model endorsement cannot fill the evidence gap. Passing the rules remains a starting point for validation.

Synthetic SELL hypotheses pass through insufficient-evidence, stronger-evidence, and high-risk gate scenarios.
Insufficient evidence downgrades SELL to WATCH; permission does not establish demand. Synthetic inputs.

Uncertainty and disagreement in a report

Readers can distinguish analysis, candidates, and actions.

A daily report brings together opportunities, pain-point signals, and AI analysis from one run. It retains sources and whether each candidate became an action. An interesting candidate can remain a hypothesis, and a WATCH action can still have a next step. When no new opportunities appear, the report states the empty result explicitly.

A reconstructed daily report distinguishes a WATCH action from a candidate that has not become an action.
The report retains run, candidate, and action identity. Reconstructed interface with synthetic data.

What each source currently supports

Establish scope before expanding coverage.

I separated signal sources into a directory, source-specific workspaces, and platform adapters. GitHub has a complete compatibility path through the gate; Zhihu provides research material, and RSS supports subscription management. Additional platforms remain on the roadmap so an entry point does not imply an unimplemented capability.

GitHub, Zhihu, and RSS connect through a directory, workspaces, and adapters with distinct capability scopes.
GitHub supports the gate path; Zhihu provides material and RSS subscription management.

Researching one specific question

A narrower entry point changed the center of the product.

Early versions organized work around signals and action cards. By September 2026, I was narrowing the new entry point to a research question and the intended deliverable to an experiment with decision criteria. Existing collection, SQLite records, and compatibility paths remain while the new research contracts migrate incrementally.

A 2026 timeline moves from scanning to action-first and research-first organization.
Research-first is an incremental migration; the full experiment contract remains under development.

My part

I work across Ossa’s product structure and implementation, translating an information-subscription idea into a research-question entry point, collection and evidence paths, AI analysis, eligibility gates, and daily reports. The central decision is to organize research around a specific choice and retain a validation boundary around AI-generated business hypotheses.

Further work

Information value returns to a concrete decision.

The current prototype establishes a question-led entry point, GitHub evidence gates, source layers, and daily reporting. The next direction brings unresolved questions, acquisition cost, and stopping conditions into research, ordering information by its impact on judgment. The full value-of-information and experiment-feedback loop is still being built; this is a design direction rather than a completed algorithm.

A future information-value design considers uncertainty, decision impact, acquisition cost, and stopping conditions.
Decision impact, acquisition cost, and stopping conditions describe the next design phase.

Visuals are reconstructed interfaces, mechanism illustrations, or explicitly identified design directions using synthetic business contexts. Eligibility rules explain which next steps may proceed; candidates still require validation.

Next projectVulcan