Official Game Name: Strike Guard
Package ID: com.kmvxplqzrt.hsgdwjyn
Google Play Registered Developer: Hui Peng
Developer Email: Sakamotosaki1230@gmail.com
This custom‑crafted privacy ordinance defines on‑device operational mechanisms, tap‑driven interactive logic and match‑outcome assessment benchmarks designed exclusively for Strike Guard, a casual sports‑focused mobile app built around soccer penalty striking and goal‑warding‑off gameplay. Participants complete offensive shots and defensive interceptions via screen‑tap inputs and progress through successive match‑rounds. All provisions laid out here comply with updated Google Play Developer Distribution Agreement, GDPR, CCPA and regional data‑safety standards applicable for global Android‑based software users.
This policy applies solely to genuine installation packages formally released through Google Play’s authorized global distribution channels. Any decompiled, tampered‑with, restructured or privately‑circulated copies fall outside this policy’s valid scope, and developer Hui Peng will not bear legal liabilities stemming from hardware breakdowns, system glitches and abnormal runtime conditions brought by unauthorized program variants. All core computational workflows covering strike‑angle judgement, defensive‑position simulation and score validation run wholly on users’ local mobile hardware without establishing persistent links to remote cloud servers. Real‑time tapping‑based inputs only trigger in‑game visual changes inside a confined program sandbox and will never be saved permanently or transmitted off‑device in any file formats. Users’ continued gameplay after installation means they fully understand and voluntarily accept all clauses within this document, and players may stop using this application if they decline these terms.
Transient tap‑position readings, action‑selection marks and screen‑press duration values only form while participants carry out attacking and defensive actions during foreground‑active match cycles. These fleeting runtime items occupy volatile memory space only after the app obtains Android‑authorized foreground‑running permissions and get entirely erased right upon the finish of each single match‑round.
This mobile program has no built‑in functions to copy, archive, export or back‑up such temporary runtime parameters into persistent storage partitions of users’ mobile devices. If users minimize game screens, switch to alternative applications or terminate Strike‑Guard’s running threads, system‑level mechanisms will wipe all temporary runtime content completely. No cached documents, operation logs or hidden behavioural records will be generated with any file extensions.
Android‑sandbox‑powered isolation safeguards internal runtime values used for strike‑force calculation and score‑rate judgement. Other apps installed on the same mobile device cannot read, duplicate or fetch these internal runtime‑data via shared‑memory directories or system‑authorized access routes provided by Android frameworks. Once this game loses foreground permissions, touch‑computation threads suspend instantly, and background subprocesses never track tap‑records or launch hidden monitoring scripts when the mobile device stays idle. All short‑lived runtime content serves only instant scene‑rendering and match‑calculation locally without getting stored in permanent folders or analysed after each match finishes.
Strike‑Guard relies merely on basic native drawing permissions from the Android operating system to deliver normal penalty‑focused gameplay. It never pops‑up authorization‑request prompts for sensitive or conventional system‑privilege groups throughout installation, repeated startups and ongoing match‑playing sessions. Participants can view stadium scenes and finish shot‑blocking tasks without approving extra permission‑related pop‑ups on their device screens.
The internal program logic never sends access requests for local storage folders, image‑capture hardware, audio‑recording components, location sensors, contact lists or native Android user‑account frameworks. After installation finishes, no extra privilege‑access entries appear within the device’s permission‑management menus. This application abides strictly by system‑level running rules and never seeks deep‑level device‑controlling authority under any scenarios.
Every permission‑relevant design follows core safety criteria released by Android official developers and will not bypass built‑in permission‑verification mechanisms to gain unauthorized device access. All system‑level function‑calls are restricted to scene‑rendering and tap‑input processing for penalty‑striking and defending gameplay and never access users’ sensitive hardware components. This program only invokes drawing‑related system‑calls for screen visuals and will not apply for permissions while running in the background without users’ visible prompts.
All internal program‑codes intended for internet‑connection activation and remote‑server data transmission inside Strike‑Guard stay disabled across every runtime phase. Background‑triggered network‑related codes never activate during program startup, asset loading or tap‑driven shot‑selecting operations. Pre‑set remote‑server domain links, dedicated data‑transfer tunnels and timed background‑synchronization scripts are not compiled into this game’s official release package published on Google Play.
This software never generates outbound data‑packets and sends files to public‑network server endpoints during its whole runtime cycle. Two‑way online data‑exchange processes never run in hidden background threads once the game exits foreground‑display mode. Secret network‑calling routines without users’ awareness do not exist, and internal codes refrain from sending internet‑access requests while the app runs under background‑idle conditions.
Whether participants join penalty‑striking contests actively or leave this program idle for long‑duration periods, no runtime‑related content gets uploaded to external servers through cellular‑data or Wi‑Fi networks. The whole program operates based purely on local‑computing logic and excludes codes for uploading contents, fetching external resources and cross‑server information‑exchange. Network‑connection status will not affect the normal operation of in‑game score‑judging modules under any practical‑use scenarios, and this app will not attempt network‑access when users lock screens or switch to other mobile applications.
Strike‑Guard adopts restrained and non‑intrusive running patterns for each storage partition of compatible Android‑powered devices starting from installation up to full uninstallation. During setup, regular startups, match‑execution phases and long‑term idle periods, this program will not create persistent folders, generate runtime‑log documents or build auto‑backup archives and alter system directories without users’ manual confirmation.
This game never creates hidden cached folders, auto‑generated backup documents or secret configuration files inside internal storage, external memory cards and system‑reserved partitions allocated by Android frameworks. Core gameplay modules covering shot‑selection, rival‑state identification and score‑gain assessment run steadily without permanently‑saved local files on users’ mobile‑equipment. Strike‑Guard only uses built‑in assets packed inside installation packages and will not read external files or images unless users manually grant storage approvals via system‑setting panels.
After users uninstall this program from system‑setting pages, all runtime‑traces generated by Strike‑Guard get fully wiped from every storage area of mobile‑phone devices. The program will not leave empty folders, leftover configuration files or unused asset packages after shutdown and never occupy redundant storage space with useless content in this sports‑themed casual‑game. No self‑created configuration documents will be generated during repeated startups, and this app never modifies directories belonging to other third‑party applications installed on users’ mobile‑phones.
The compiled framework of Strike‑Guard will never run scanning or data‑collecting commands for built‑in sensors of Android‑based devices such as motion detectors, ambient‑light sensors, distance‑measuring equipment, audio‑recording assemblies and image‑capturing components. Judgement logic for strike‑impact strength, defensive‑coverage scope and task‑completion results depends entirely on screen‑tap input data rather than signals from device‑built‑in sensors.
Internal functional modules will not adjust strike‑intensity values or scene‑rendering parameters based on continuously‑produced sensor‑signals, which closes all possible channels of fetching sensor‑generated data throughout gameplay cycles. Scene‑rendering resources only adopt preset built‑in assets from installation packages rather than data collected from users’ mobile‑hardware parts.
Even when device sensors run under regular working states, this program never retrieves sensor‑produced data in its whole runtime cycle. Background subprocesses do not start sensor‑scanning after users minimize game‑windows and put the app into suspended‑idle status. Scene‑rendering and match‑calculation tasks remain fully separated from sensor‑related data within core‑code structures. This application never subscribes to sensor‑data‑listening services and ignores sensor‑triggered runtime‑signals sent out by the mobile‑system during the whole usage process.
Strike‑Guard builds an exclusive volatile‑memory resource pool for internal running threads relying on Android built‑in sandbox systems. This dedicated memory area stays completely isolated from memory space occupied by other applications on identical mobile‑equipment, and sandbox rules consistently block unauthorized reading requests coming from outside programs.
Other concurrently‑running software cannot copy temporary scene‑rendering content and tap‑control‑related‑data of Strike‑Guard via system‑provided shared‑memory directories. Cross‑program codes for sharing runtime‑data with background threads of other mobile‑apps are not embedded inside this penalty‑themed game’s core‑framework. This program firmly rejects memory‑access requests from external applications whether it runs in foreground‑active or background‑suspended states.
After each penalty‑match‑round ends, the program releases memory resources occupied by current‑scene assets before loading subsequent‑phase content to avoid excessive memory‑consumption and mobile‑device lagging issues. Once users shift Strike‑Guard into background mode, scene‑calculation and tap‑tracking subprocesses stop right‑away and idle memory resources get released actively to cut down system‑resource waste. This app does not contain long‑term background resident threads and all startup‑shutdown actions depend fully on users’ manual operations. When users fully close this game, the Android system reclaims all occupied runtime‑memory, and this program will not hold idle RAM persistently under background‑idle conditions.
Registered developer Hui Peng holds independent revision rights for every clause within this privacy‑policy document to match upgraded gameplay content and updated compliance standards published by Google Play official teams. Every newly‑updated version of this privacy‑policy text will be uploaded and permanently shown on Strike‑Guard’s store‑listing page within Google Play’s global‑distribution ecosystem.
Users’ continuous downloading, program‑launching and match‑participating actions after revised‑policy takes effect count as voluntary acceptance of updated clauses. The developer will not deliver one‑on‑one personalized notifications for policy‑update events and users can view full‑text content on the Google‑Play store‑listing page without mandatory account‑login steps.
Policy‑adjustments are limited strictly to platform‑rule adaptation and will never change core privacy‑protection principles defined inside this document. Hui Peng will not rewrite core provisions arbitrarily without valid reasons from platform‑policy upgrades or formal regulatory requirements from competent authorities. Historical versions of this privacy‑policy stay available on the game’s store page so worldwide players can review previous terms whenever they want. The developer only revises this document if Google Play updates its developer‑distribution‑agreement and corresponding data‑safety policies and avoids meaningless minor edits to keep consistent rules 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.
Sakamotosaki1230@gmail.com
Effective Date
July 14, 2026