Official Game Name: Hard Punch
Package ID: com.november.fishingparadise
Google Play Registered Developer: 柳一凡
Developer Email: elnorasturzca27@gmail.com
This independently‑crafted privacy charter is built around local‑device operating logics, touch‑triggered interactive workflows and stage‑access evaluation benchmarks exclusively tailored for Hard‑Punch, a casual Android‑based game focused on unattended striking movements, physical‑core advancement and breaking wall‑form obstacles. Participants activate hands‑off hitting modes for their in‑game character to strike suspended training sacks and build up core bodily power, then break rigid wall‑type barriers so as to gain entry toward subsequent practice‑focused territories. All provisions laid down within this document comply with updated Google Play Developer Distribution Agreement, GDPR, CCPA alongside region‑specific data‑safety guidelines formulated for worldwide Android‑based application users.
This privacy document applies only to authentic installation builds formally issued from Google Play’s global authorized release channels. Any decompiled, restructured, altered or privately‑distributed variants of this mobile software sit outside this policy’s valid coverage scope, and developer 柳一凡 shall not take legal accountability for hardware breakdowns, system‑level flaws and abnormal runtime outcomes brought about by unauthorized modified versions. All core computational workflows such as striking‑force assessment, barrier‑hardness judgement and new‑territory authorization run entirely on users’ local mobile‑device hardware without building persistent connections to remote cloud servers or invoking outside online‑computing resources under every runtime state. Real‑time tap‑driven operation inputs merely produce in‑game visual adjustments inside a confined program sandbox and will never depart from users’ handheld hardware for long‑term categorization or permanent off‑device saving under any file formats.
Users hold independent control over program‑launch timing, daily practice‑session length and application‑closing choices through Hard‑Punch’s full usage lifecycle. When users finish installation and keep engaging with this strength‑focused gameplay afterwards, such continuous operating actions confirm participants have read, understood and voluntarily accept all clauses defined inside this privacy‑policy document, and users may stop running this mobile‑based program if they decline to abide by these listed terms.
Fleeting tap‑coordinate readings, function‑enable markers and screen‑press duration values generate exclusively while participants activate punching modes or adjust in‑game settings during foreground‑active practice cycles. These short‑lived runtime items occupy volatile‑memory space only after this program gains foreground‑running permissions authorized by the Android operating framework, and such temporary data gets fully erased right after users minimize this program or complete a single stage‑unlocking procedure.
This mobile‑based application does not contain built‑in modules for copying, archiving, exporting or backing‑up these temporary runtime parameters into persistent storage partitions of users’ mobile‑phone hardware. If participants shrink game screens, switch over to alternative mobile‑software applications or fully terminate program threads connected with Hard‑Punch, system‑level mechanisms wipe all temporary runtime‑content thoroughly without producing cached documents, operation logs, behaviour‑tracking records or hidden archive‑files of any extension formats.
Android‑sandbox‑powered isolation safeguards internal runtime values applied for striking‑force calculation and barrier‑breaking assessment. Other applications installed on identical mobile‑hardware cannot read, replicate or fetch these internal runtime‑data through shared‑memory directories or system‑authorized access‑pathways issued by Android system frameworks. Once Hard‑Punch loses foreground‑running permissions, touch‑computation threads suspend instantly and fresh runtime‑parameters will not generate until users manually open the main game‑interface page on mobile screens. Background subprocesses completely abandon touch‑record‑tracking after users exit front‑end pages and refrain from launching hidden‑monitoring scripts while mobile‑devices stay under idle‑conditions.
All short‑term runtime‑content serves merely instant computation and scene‑rendering tasks within local‑side program‑space; these temporary parameters will never be written into persistent‑storage folders and there exists no underlying program‑code structure to sort through or analyse such runtime‑content after users unlock new practice‑focused territories.
All internal program‑codes designed for internet‑connection activation and remote‑server data‑transmission inside Hard‑Punch stay disabled throughout every runtime‑phase of this game. Background‑triggered network‑related codes will never activate during program‑startup, scene‑asset‑loading, companion‑preview processes and users’ tap‑based mode‑activating‑operations. Pre‑set remote‑server‑domain links, dedicated data‑transfer‑tunnels and timed background‑synchronization‑scripts are not compiled into this strength‑focused game’s official installation package released on Google Play.
This software will never generate outbound data‑packets and deliver such files toward public‑network server‑endpoints for the full runtime‑cycle of Hard‑Punch. Two‑way online data‑exchange‑workflows never run inside hidden‑background‑threads once this game exits foreground‑display‑status. Secret network‑calling‑routines running without users’ awareness do not exist and internal program‑codes refrain from sending internet‑access‑requests while this application runs under background‑idle‑conditions.
Whether participants activate automated‑punching‑challenges earnestly or leave this program idle for extended time‑periods, no runtime‑related‑content gets uploaded to external‑servers via cellular‑data or Wi‑Fi‑networks. The whole program runs fully relying on local‑computing‑logic and completely rules out network‑request‑codes for content‑uploading, fetching external‑resources and cross‑server‑information‑exchange with remote‑side‑servers. Device network‑connection‑status will never interfere with normal running of in‑game force‑judging‑functional‑modules under any practical‑use‑scenarios. This program does not contain network‑initialization‑codes and never triggers network‑access‑attempts when users lock mobile‑screens or switch over to alternative mobile‑software‑applications.
Hard‑Punch delivers stable strength‑training‑oriented‑gameplay‑functions only by relying on baseline native‑rendering‑permissions inherently provided by the Android operating‑system. This game will not pop‑up authorization‑request‑windows for sensitive or conventional system‑privilege‑groups during installation, repeated startup‑cycles and long‑duration practice‑playing‑sessions. Participants can view all in‑game practice‑territory‑layouts and finish barrier‑breaking‑tasks without agreeing to extra permission‑request‑pop‑ups shown on device‑screens.
Internal program‑logic of Hard‑Punch never submits access‑application‑requests targeting local‑storage‑folders, image‑capture‑hardware, audio‑recording‑assemblies, location‑sensors, contact‑directories and native Android user‑account‑frameworks. No extra privilege‑access‑records appear inside device permission‑management‑menus once installation finishes completely. This application strictly observes system‑level‑running‑rules and never pursues deep‑level‑device‑controlling‑permissions for mobile‑hardware‑equipment under any circumstances.
Every permission‑related‑design of this program complies with core‑safety‑standards formulated by Android official‑developers and never attempts to bypass system‑built‑in permission‑verification‑mechanisms to gain unauthorized device‑access‑rights. All system‑level‑function‑calls of this game are confined to scene‑rendering and touch‑input‑processing to deliver regular automated‑punch‑and‑barrier‑breaking‑gameplay without accessing users’ sensitive‑hardware‑components. This program only invokes core Android drawing‑related‑system‑calls required for displaying game‑screen‑visuals; it never puts forward permission‑application‑requests under background‑running‑state or applies for system‑permissions without users viewing corresponding prompt‑windows.
Hard‑Punch adopts restrained and non‑intrusive‑running‑modes for each storage‑partition of compatible Android‑powered‑devices starting from program‑installation‑steps up to full‑program‑uninstallation. During installation‑procedures, regular startup‑cycles, practice‑execution‑phases and long‑term idle‑periods, this program will not actively create persistent‑folders, generate runtime‑log‑documents, build automatic‑backup‑archives or alter original system‑directories on users’ mobile‑hardware‑devices without users’ manual‑confirmation‑operations.
This game never creates hidden‑cached‑folders, auto‑generated‑backup‑documents or secret‑configuration‑files inside internal‑storage‑space, external‑memory‑cards and system‑reserved‑partitions allocated by Android‑frameworks. Core‑gameplay‑modules covering punching‑mode‑selection, obstacle‑state‑identification and progress‑gain‑assessment run steadily without relying on permanently‑saved‑local‑files stored on user‑side‑mobile‑equipment. Hard‑Punch only loads preset built‑in‑assets packed within official‑installation‑packages and will not read external‑files, pictures or documents from device‑storage unless formal system‑permissions get voluntarily‑approved by users via system‑setting‑panels.
After users complete uninstall‑operations from system‑setting‑pages, all runtime‑traces generated by Hard‑Punch get wiped‑out‑entirely out of every storage‑area of mobile‑phone‑devices. This program will not leave empty‑folders, leftover‑configuration‑files or unused‑asset‑packages inside system‑directories after program‑shutdown and it never occupies redundant‑local‑storage‑space with useless‑content amid varied‑gameplay‑scenarios of this workout‑themed‑casual‑game. No self‑generated‑configuration‑documents get created during repeated program‑start‑processes; this application strictly follows Android’s file‑management‑protocols and never carries‑out‑adjustments to system‑level‑folders or directories belonging to other third‑party‑applications installed on users’ mobile‑phones.
The compiled‑program‑framework of Hard‑Punch will never run scanning‑or‑data‑collecting‑commands for built‑in‑hardware‑sensors on Android‑based‑devices including motion‑detectors, ambient‑light‑sensors, short‑range‑distance‑measuring‑equipment, audio‑recording‑assemblies and image‑capturing‑components. Judgement‑logic for striking‑impact‑intensity, barrier‑resisting‑ranges and territory‑unlocking‑outcomes solely depends on screen‑touch‑input‑data rather than signal‑information generated by device‑built‑in‑sensors.
Internal‑functional‑modules of this game will not adjust striking‑force‑values or scene‑rendering‑parameters according to continuously‑generated‑sensor‑produced‑signals which shuts‑down‑all‑potential‑approaches to obtain hardware‑sensor‑generated‑data throughout‑gameplay‑periods. Scene‑rendering‑resources of Hard‑Punch only adopt preset‑built‑in‑assets from installation‑packages instead of data‑collected‑out‑of‑users’‑mobile‑device‑hardware‑components.
Even if built‑in‑sensors of mobile‑phones function under regular‑working‑conditions, this game never retrieves sensor‑produced‑data in its whole‑runtime‑cycle. No background‑subprocesses start scanning‑sensor‑signals after users minimize game‑windows and push the program into suspended‑idle‑status. All scene‑rendering‑and‑progress‑calculation‑tasks stay fully‑separated‑from‑hardware‑sensor‑related‑data within the program’s core‑code‑structure. This application never subscribes to sensor‑data‑listening‑services, and it will not respond to sensor‑triggered‑runtime‑signals even when the mobile‑system sends‑out‑such‑signals throughout‑the‑whole‑usage‑process.
Hard‑Punch builds an exclusive volatile‑memory‑resource‑pool for its internal‑running‑threads with support from Android built‑in‑sandbox‑system. This dedicated‑memory‑area gets fully‑isolated‑from‑memory‑space‑occupied‑by‑other‑applications installed‑on‑identical‑mobile‑equipment, and sandbox‑rules persistently‑block‑unauthorized‑reading‑requests‑coming‑from‑outside‑programs.
Other concurrently‑running‑applications cannot copy temporary‑scene‑rendering‑content‑and‑touch‑control‑related‑data‑belonging‑to‑Hard‑Punch‑by‑way‑of‑system‑provided‑shared‑memory‑directories. Cross‑program‑codes‑used‑for‑runtime‑data‑sharing‑with‑background‑threads‑of‑other‑mobile‑applications‑are‑not‑embedded‑inside‑this‑strength‑training‑themed‑game’s‑core‑framework. This program firmly‑rejects‑memory‑access‑requests‑coming‑from‑external‑applications‑whether‑it‑runs‑under‑foreground‑active‑state‑or‑background‑suspended‑mode.
After users break‑down‑a‑wall‑shaped‑obstacle, the program‑releases‑memory‑resources‑occupied‑by‑current‑scene‑assets‑before‑loading‑resources‑for‑subsequent‑phase‑practice‑territories‑to‑avoid‑excessive‑memory‑consumption‑and‑mobile‑device‑stalling‑related‑troubles. Once‑users‑switch‑Hard‑Punch‑to‑background‑mode, all‑scene‑calculation‑and‑touch‑tracking‑subprocesses‑stop‑working‑without‑delays‑and‑idle‑memory‑resources‑get‑actively‑released‑to‑reduce‑system‑resource‑waste‑on‑mobile‑hardware‑devices. This‑application‑does‑not‑contain‑long‑term‑background‑resident‑service‑threads‑and‑all‑startup‑shutdown‑operations‑rely‑totally‑on‑users’‑manual‑triggered‑actions. When‑users‑close‑this‑game‑completely, the‑mobile‑system‑reclaims‑all‑occupied‑runtime‑memory‑space; the‑program‑never‑holds‑idle‑memory‑resources‑or‑takes‑up‑system‑RAM‑persistently‑under‑background‑idle‑conditions.
Registered‑developer‑柳一凡 holds‑independent‑revision‑authority‑for‑each‑clause‑inside‑this‑privacy‑policy‑document‑to‑match‑upgraded‑gameplay‑content‑and‑updated‑compliance‑standards‑released‑by‑Google‑Play‑official‑teams. Every‑newly‑revised‑version‑of‑this‑privacy‑policy‑text‑will‑get‑uploaded‑and‑permanently‑displayed‑on‑Hard‑Punch’s‑store‑listing‑page‑within‑Google‑Play’s‑global‑distribution‑ecosystem.
Users’‑continuous‑downloading, program‑startup‑and‑practice‑performing‑behaviours‑after‑revised‑policy‑content‑formally‑takes‑effect‑shall‑be‑deemed‑as‑voluntary‑acceptance‑of‑updated‑policy‑clauses. The‑developer‑will‑not‑deliver‑personalized‑notification‑messages‑for‑policy‑update‑events‑and‑users‑can‑view‑full‑text‑latest‑content‑on‑Google‑Play‑store‑listing‑pages‑without‑mandatory‑account‑login‑operations.
Policy‑adjustments‑are‑strictly‑confined‑to‑platform‑rule‑adaptation‑and‑will‑never‑alter‑core‑privacy‑protection‑principles‑defined‑inside‑this‑document. The‑developer‑will‑not‑rewrite‑core‑provisions‑casually‑without‑valid‑grounds‑brought‑by‑platform‑policy‑upgrades‑or‑official‑regulatory‑updates‑issued‑by‑competent‑authorities. Historical‑versions‑of‑this‑privacy‑policy‑file‑stay‑visible‑on‑the‑game’s‑store‑page‑so‑users‑can‑review‑previous‑terms‑whenever‑they‑wish. The‑developer‑revises‑this‑policy‑only‑when‑Google‑Play‑updates‑its‑developer‑distribution‑agreement‑and‑corresponding‑data‑safety‑policies; trivial‑adjustments‑get‑avoided‑to‑maintain‑steady‑policy‑content‑for‑global‑range‑users.
If you hold inquiries or reasonable feedback regarding this privacy‑policy content you can reach out through the developer‑provided email listed below.
elnorasturzca27@gmail.com
Effective Date
July 15, 2026