Parser sessions start on purpose.
The parser is started manually before a practice block. kogni is not a hidden live-match agent.
kogni is built around a simple boundary: the desktop parser runs locally, Riot session material stays on the user's machine, and imported match data is sent to the team workspace for review.
Parser starts manually and reads the active Riot session locally.
Imported match data is received for workspace review and analytics.
Managers, coaches, analysts, and players see data according to role.
kogni needs enough information to make scrim review useful, but the sensitive local session boundary stays on the player's machine.
The parser is started manually before a practice block. kogni is not a hidden live-match agent.
The backend receives imported match payloads for review, not Riot account authentication tokens.
Accounts, team memberships, workspace roles, and plan gates shape what each user can access.
Custom plans can scope hosting, storage, routes, integrations, parser delivery, onboarding, and support.
kogni turns practice data into shared review context: match history, player stats, rounds, economy, minimap moments, VOD references, notes, tasks, schedules, and strategy work.
kogni uses encrypted transport for production services and stores integration tokens only when needed for connected workflows.
Managers, coaches, captains, players, and organization owners work inside scoped team and organization permissions.
Website accounts can use supported login methods such as email, Discord, and Google, depending on the active account flow.
Teams can contact kogni for access, privacy, deletion, export, or deployment-specific security questions.
Calendar or Sheets connections use scoped OAuth access only for the workspace features the team connects.
Custom deployments can define private hosting, data retention, support expectations, optional SSO/SAML, and feature gates.
Send the exact requirement. We can clarify parser behavior, stored data, integrations, privacy requests, or the right Custom deployment scope.