/home/kueuepay/public_html/vendor/laravel/sail/bin/sail
#!/usr/bin/env bash

UNAMEOUT="$(uname -s)"

# Verify operating system is supported...
case "${UNAMEOUT}" in
    Linux*)             MACHINE=linux;;
    Darwin*)            MACHINE=mac;;
    *)                  MACHINE="UNKNOWN"
esac

if [ "$MACHINE" == "UNKNOWN" ]; then
    echo "Unsupported operating system [$(uname -s)]. Laravel Sail supports macOS, Linux, and Windows (WSL2)." >&2

    exit 1
fi

# Determine if stdout is a terminal...
if test -t 1; then
    # Determine if colors are supported...
    ncolors=$(tput colors)

    if test -n "$ncolors" && test "$ncolors" -ge 8; then
        BOLD="$(tput bold)"
        YELLOW="$(tput setaf 3)"
        GREEN="$(tput setaf 2)"
        NC="$(tput sgr0)"
    fi
fi

# Function that prints the available commands...
function display_help {
    echo "Laravel Sail"
    echo
    echo "${YELLOW}Usage:${NC}" >&2
    echo "  sail COMMAND [options] [arguments]"
    echo
    echo "Unknown commands are passed to the docker-compose binary."
    echo
    echo "${YELLOW}docker-compose Commands:${NC}"
    echo "  ${GREEN}sail up${NC}        Start the application"
    echo "  ${GREEN}sail up -d${NC}     Start the application in the background"
    echo "  ${GREEN}sail stop${NC}      Stop the application"
    echo "  ${GREEN}sail restart${NC}   Restart the application"
    echo "  ${GREEN}sail ps${NC}        Display the status of all containers"
    echo
    echo "${YELLOW}Artisan Commands:${NC}"
    echo "  ${GREEN}sail artisan ...${NC}          Run an Artisan command"
    echo "  ${GREEN}sail artisan queue:work${NC}"
    echo
    echo "${YELLOW}PHP Commands:${NC}"
    echo "  ${GREEN}sail php ...${NC}   Run a snippet of PHP code"
    echo "  ${GREEN}sail php -v${NC}"
    echo
    echo "${YELLOW}Composer Commands:${NC}"
    echo "  ${GREEN}sail composer ...${NC}                       Run a Composer command"
    echo "  ${GREEN}sail composer require laravel/sanctum${NC}"
    echo
    echo "${YELLOW}Node Commands:${NC}"
    echo "  ${GREEN}sail node ...${NC}         Run a Node command"
    echo "  ${GREEN}sail node --version${NC}"
    echo
    echo "${YELLOW}NPM Commands:${NC}"
    echo "  ${GREEN}sail npm ...${NC}        Run a npm command"
    echo "  ${GREEN}sail npx${NC}            Run a npx command"
    echo "  ${GREEN}sail npm run prod${NC}"
    echo
    echo "${YELLOW}PNPM Commands:${NC}"
    echo "  ${GREEN}sail pnpm ...${NC}        Run a pnpm command"
    echo "  ${GREEN}sail pnpx${NC}            Run a pnpx command"
    echo "  ${GREEN}sail pnpm run prod${NC}"
    echo
    echo "${YELLOW}Yarn Commands:${NC}"
    echo "  ${GREEN}sail yarn ...${NC}        Run a Yarn command"
    echo "  ${GREEN}sail yarn run prod${NC}"
    echo
    echo "${YELLOW}Bun Commands:${NC}"
    echo "  ${GREEN}sail bun ...${NC}        Run a bun command"
    echo "  ${GREEN}sail bunx${NC}           Run a bunx command"
    echo "  ${GREEN}sail bun run prod${NC}"
    echo
    echo "${YELLOW}Database Commands:${NC}"
    echo "  ${GREEN}sail mysql${NC}     Start a MySQL CLI session within the 'mysql' container"
    echo "  ${GREEN}sail mariadb${NC}   Start a MySQL CLI session within the 'mariadb' container"
    echo "  ${GREEN}sail psql${NC}      Start a PostgreSQL CLI session within the 'pgsql' container"
    echo "  ${GREEN}sail redis${NC}     Start a Redis CLI session within the 'redis' container"
    echo
    echo "${YELLOW}Debugging:${NC}"
    echo "  ${GREEN}sail debug ...${NC}          Run an Artisan command in debug mode"
    echo "  ${GREEN}sail debug queue:work${NC}"
    echo
    echo "${YELLOW}Running Tests:${NC}"
    echo "  ${GREEN}sail test${NC}          Run the PHPUnit tests via the Artisan test command"
    echo "  ${GREEN}sail phpunit ...${NC}   Run PHPUnit"
    echo "  ${GREEN}sail pest ...${NC}      Run Pest"
    echo "  ${GREEN}sail pint ...${NC}      Run Pint"
    echo "  ${GREEN}sail dusk${NC}          Run the Dusk tests (Requires the laravel/dusk package)"
    echo "  ${GREEN}sail dusk:fails${NC}    Re-run previously failed Dusk tests (Requires the laravel/dusk package)"
    echo
    echo "${YELLOW}Container CLI:${NC}"
    echo "  ${GREEN}sail shell${NC}        Start a shell session within the application container"
    echo "  ${GREEN}sail bash${NC}         Alias for 'sail shell'"
    echo "  ${GREEN}sail root-shell${NC}   Start a root shell session within the application container"
    echo "  ${GREEN}sail root-bash${NC}    Alias for 'sail root-shell'"
    echo "  ${GREEN}sail tinker${NC}       Start a new Laravel Tinker session"
    echo
    echo "${YELLOW}Sharing:${NC}"
    echo "  ${GREEN}sail share${NC}   Share the application publicly via a temporary URL"
    echo "  ${GREEN}sail open${NC}    Open the site in your browser"
    echo
    echo "${YELLOW}Binaries:${NC}"
    echo "  ${GREEN}sail bin ...${NC}   Run Composer binary scripts from the vendor/bin directory"
    echo
    echo "${YELLOW}Customization:${NC}"
    echo "  ${GREEN}sail artisan sail:publish${NC}   Publish the Sail configuration files"
    echo "  ${GREEN}sail build --no-cache${NC}       Rebuild all of the Sail containers"

    exit 1
}

# Proxy the "help" command...
if [ $# -gt 0 ]; then
    if [ "$1" == "help" ] || [ "$1" == "-h" ] || [ "$1" == "-help" ] || [ "$1" == "--help" ]; then
        display_help
    fi
else
    display_help
fi

# Source the ".env" file so Laravel's environment variables are available...
# shellcheck source=/dev/null
if [ -n "$APP_ENV" ] && [ -f ./.env."$APP_ENV" ]; then
  source ./.env."$APP_ENV";
elif [ -f ./.env ]; then
  source ./.env;
fi

# Define environment variables...
export APP_PORT=${APP_PORT:-80}
export APP_SERVICE=${APP_SERVICE:-"laravel.test"}
export DB_PORT=${DB_PORT:-3306}
export WWWUSER=${WWWUSER:-$UID}
export WWWGROUP=${WWWGROUP:-$(id -g)}

export SAIL_FILES=${SAIL_FILES:-""}
export SAIL_SHARE_DASHBOARD=${SAIL_SHARE_DASHBOARD:-4040}
export SAIL_SHARE_SERVER_HOST=${SAIL_SHARE_SERVER_HOST:-"laravel-sail.site"}
export SAIL_SHARE_SERVER_PORT=${SAIL_SHARE_SERVER_PORT:-8080}
export SAIL_SHARE_SUBDOMAIN=${SAIL_SHARE_SUBDOMAIN:-""}
export SAIL_SHARE_DOMAIN=${SAIL_SHARE_DOMAIN:-"$SAIL_SHARE_SERVER_HOST"}
export SAIL_SHARE_SERVER=${SAIL_SHARE_SERVER:-""}

# Function that outputs Sail is not running...
function sail_is_not_running {
    echo "${BOLD}Sail is not running.${NC}" >&2
    echo "" >&2
    echo "${BOLD}You may Sail using the following commands:${NC} './vendor/bin/sail up' or './vendor/bin/sail up -d'" >&2

    exit 1
}

# Define Docker Compose command prefix...
if docker compose &> /dev/null; then
    DOCKER_COMPOSE=(docker compose)
else
    DOCKER_COMPOSE=(docker-compose)
fi

if [ -n "$SAIL_FILES" ]; then
    # Convert SAIL_FILES to an array...
    IFS=':' read -ra SAIL_FILES <<< "$SAIL_FILES"

    for FILE in "${SAIL_FILES[@]}"; do
        if [ -f "$FILE" ]; then
            DOCKER_COMPOSE+=(-f "$FILE")
        else
            echo "${BOLD}Unable to find Docker Compose file: '${FILE}'${NC}" >&2

            exit 1
        fi
    done
fi

EXEC="yes"

if [ -z "$SAIL_SKIP_CHECKS" ]; then
    # Ensure that Docker is running...
    if ! docker info > /dev/null 2>&1; then
        echo "${BOLD}Docker is not running.${NC}" >&2

        exit 1
    fi

    # Determine if Sail is currently up...
    if "${DOCKER_COMPOSE[@]}" ps "$APP_SERVICE" 2>&1 | grep 'Exit\|exited'; then
        echo "${BOLD}Shutting down old Sail processes...${NC}" >&2

        "${DOCKER_COMPOSE[@]}" down > /dev/null 2>&1

        EXEC="no"
    elif [ -z "$("${DOCKER_COMPOSE[@]}" ps -q)" ]; then
        EXEC="no"
    fi
fi

ARGS=()

# Proxy PHP commands to the "php" binary on the application container...
if [ "$1" == "php" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" "php" "$@")
    else
        sail_is_not_running
    fi

# Proxy vendor binary commands on the application container...
elif [ "$1" == "bin" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" ./vendor/bin/"$@")
    else
        sail_is_not_running
    fi

# Proxy docker-compose commands to the docker-compose binary on the application container...
elif [ "$1" == "docker-compose" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" "${DOCKER_COMPOSE[@]}")
    else
        sail_is_not_running
    fi

# Proxy Composer commands to the "composer" binary on the application container...
elif [ "$1" == "composer" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" "composer" "$@")
    else
        sail_is_not_running
    fi

# Proxy Artisan commands to the "artisan" binary on the application container...
elif [ "$1" == "artisan" ] || [ "$1" == "art" ] || [ "$1" == "a" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" php artisan "$@")
    else
        sail_is_not_running
    fi

# Proxy the "debug" command to the "php artisan" binary on the application container with xdebug enabled...
elif [ "$1" == "debug" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail -e XDEBUG_TRIGGER=1)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" php artisan "$@")
    else
        sail_is_not_running
    fi

# Proxy the "test" command to the "php artisan test" Artisan command...
elif [ "$1" == "test" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" php artisan test "$@")
    else
        sail_is_not_running
    fi

# Proxy the "phpunit" command to "php vendor/bin/phpunit"...
elif [ "$1" == "phpunit" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" php vendor/bin/phpunit "$@")
    else
        sail_is_not_running
    fi

# Proxy the "pest" command to "php vendor/bin/pest"...
elif [ "$1" == "pest" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" php vendor/bin/pest "$@")
    else
        sail_is_not_running
    fi

# Proxy the "pint" command to "php vendor/bin/pint"...
elif [ "$1" == "pint" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" php vendor/bin/pint "$@")
    else
        sail_is_not_running
    fi

# Proxy the "dusk" command to the "php artisan dusk" Artisan command...
elif [ "$1" == "dusk" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=(-e "APP_URL=http://${APP_SERVICE}")
        ARGS+=(-e "DUSK_DRIVER_URL=http://selenium:4444/wd/hub")
        ARGS+=("$APP_SERVICE" php artisan dusk "$@")
    else
        sail_is_not_running
    fi

# Proxy the "dusk:fails" command to the "php artisan dusk:fails" Artisan command...
elif [ "$1" == "dusk:fails" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=(-e "APP_URL=http://${APP_SERVICE}")
        ARGS+=(-e "DUSK_DRIVER_URL=http://selenium:4444/wd/hub")
        ARGS+=("$APP_SERVICE" php artisan dusk:fails "$@")
    else
        sail_is_not_running
    fi

# Initiate a Laravel Tinker session within the application container...
elif [ "$1" == "tinker" ] ; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" php artisan tinker)
    else
        sail_is_not_running
    fi

# Proxy Node commands to the "node" binary on the application container...
elif [ "$1" == "node" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" node "$@")
    else
        sail_is_not_running
    fi

# Proxy NPM commands to the "npm" binary on the application container...
elif [ "$1" == "npm" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" npm "$@")
    else
        sail_is_not_running
    fi

# Proxy NPX commands to the "npx" binary on the application container...
elif [ "$1" == "npx" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" npx "$@")
    else
        sail_is_not_running
    fi

# Proxy PNPM commands to the "pnpm" binary on the application container...
elif [ "$1" == "pnpm" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" pnpm "$@")
    else
        sail_is_not_running
    fi

# Proxy PNPX commands to the "pnpx" binary on the application container...
elif [ "$1" == "pnpx" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" pnpx "$@")
    else
        sail_is_not_running
    fi

# Proxy Yarn commands to the "yarn" binary on the application container...
elif [ "$1" == "yarn" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" yarn "$@")
    else
        sail_is_not_running
    fi

# Proxy Bun commands to the "bun" binary on the application container...
elif [ "$1" == "bun" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" bun "$@")
    else
        sail_is_not_running
    fi

# Proxy Bun X commands to the "bunx" binary on the application container...
elif [ "$1" == "bunx" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" bunx "$@")
    else
        sail_is_not_running
    fi

# Initiate a MySQL CLI terminal session within the "mysql" container...
elif [ "$1" == "mysql" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=(mysql bash -c)
        ARGS+=("MYSQL_PWD=\${MYSQL_PASSWORD} mysql -u \${MYSQL_USER} \${MYSQL_DATABASE}")
    else
        sail_is_not_running
    fi

# Initiate a MySQL CLI terminal session within the "mariadb" container...
elif [ "$1" == "mariadb" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=(mariadb bash -c)
        ARGS+=("MYSQL_PWD=\${MYSQL_PASSWORD} mariadb -u \${MYSQL_USER} \${MYSQL_DATABASE}")
    else
        sail_is_not_running
    fi

# Initiate a PostgreSQL CLI terminal session within the "pgsql" container...
elif [ "$1" == "psql" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=(pgsql bash -c)
        ARGS+=("PGPASSWORD=\${PGPASSWORD} psql -U \${POSTGRES_USER} \${POSTGRES_DB}")
    else
        sail_is_not_running
    fi

# Initiate a Bash shell within the application container...
elif [ "$1" == "shell" ] || [ "$1" == "bash" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u sail)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" bash "$@")
    else
        sail_is_not_running
    fi

# Initiate a root user Bash shell within the application container...
elif [ "$1" == "root-shell" ] || [ "$1" == "root-bash" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec -u root)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=("$APP_SERVICE" bash "$@")
    else
        sail_is_not_running
    fi

# Initiate a Redis CLI terminal session within the "redis" container...
elif [ "$1" == "redis" ] ; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        ARGS+=(exec)
        [ ! -t 0 ] && ARGS+=(-T)
        ARGS+=(redis redis-cli)
    else
        sail_is_not_running
    fi

# Share the site...
elif [ "$1" == "share" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then
        docker run --init --rm -p "$SAIL_SHARE_DASHBOARD":4040 -t beyondcodegmbh/expose-server:latest share http://host.docker.internal:"$APP_PORT" \
            --server-host="$SAIL_SHARE_SERVER_HOST" \
            --server-port="$SAIL_SHARE_SERVER_PORT" \
            --auth="$SAIL_SHARE_TOKEN" \
            --server="$SAIL_SHARE_SERVER" \
            --subdomain="$SAIL_SHARE_SUBDOMAIN" \
            --domain="$SAIL_SHARE_DOMAIN" \
            "$@"

        exit
    else
        sail_is_not_running
    fi

# Open the site...
elif [ "$1" == "open" ]; then
    shift 1

    if [ "$EXEC" == "yes" ]; then

        if [[ -n "$APP_PORT" && "$APP_PORT" != "80" ]]; then
            FULL_URL="${APP_URL}:${APP_PORT}"
        else
            FULL_URL="$APP_URL"
        fi

        open "$FULL_URL"

        exit
    else
        sail_is_not_running
    fi

# Pass unknown commands to the "docker-compose" binary...
else
    ARGS+=("$@")
fi

# Run Docker Compose with the defined arguments...
"${DOCKER_COMPOSE[@]}" "${ARGS[@]}"
Path: home/kueuepay/public_html/vendor/laravel/sail/bin
Kueue Pay | Contactless Payment System
top

How it Works

Quick Steps to NFC Pay

Getting started with NFC Pay is simple and quick. Register your account, add your cards, and you're ready to make payments in no time. Whether you're paying at a store, sending money to a friend, or managing your merchant transactions, NFC Pay makes it easy and secure.

1

Register Your Account

Download the NFC Pay app and sign up with your email or phone number. Complete the registration process by verifying your identity, and set up your secure PIN to protect your account.

2

Add Your Cards

Link your debit or credit cards to your NFC Pay wallet. Simply scan your card or enter the details manually, and you’re set to load funds, shop, and pay with ease.

3

Make Payment

To pay, simply tap your phone or scan the QR code at checkout. You can also transfer money to other users with a few taps. Enjoy fast, contactless payments with top-notch security.

Security System

Advanced Security Features Designed to Protect Your Information Effectively

NFC Pay prioritizes your security with advanced features that safeguard every transaction. From SMS or email verification to end-to-end encryption, we've implemented robust measures to ensure your data is always protected. Our security systems are designed to prevent unauthorized access and provide you with a safe and reliable payment experience.

img

SMS or Email Verification

Receive instant alerts for every transaction to keep track of your account activities.

img

KYC Solution

Verify your identity through our Know Your Customer process to prevent fraud and enhance security.

img

Two Factor Authentication

Dramatically supply transparent backward deliverables before caward comp internal or "organic" sources.

img

End-to-End Encryption

All your data and transactions are encrypted, ensuring that your sensitive information remains private.

img

Behavior Tracking

Monitor unusual activity patterns to detect and prevent suspicious behavior in real-time.

Why Choice Us

Top Reasons to Choose Us for Reliable and Expert Solutions

With NFC Pay, you get a trusted platform backed by proven expertise and a commitment to quality. We put our customers first, offering innovative solutions tailored to your needs, ensuring every transaction is secure, swift, and seamless.

1

Proven Expertise

Our team brings years of experience in the digital payments industry to provide reliable services.

2

Commitment to Quality

We prioritize excellence, ensuring that every aspect of our platform meets the highest standards.

3

Customer-Centric Approach

Your needs drive our solutions, and we are dedicated to delivering a superior user experience.

4

Innovative Solutions

We continuously evolve, integrating the latest technologies to enhance your payment experience.

Testimonial Section

Customer Feedback: Real Experiences from Satisfied Clients and Partners

Hear from our users who trust NFC Pay for their everyday transactions. Our commitment to security, ease of use, and exceptional service shines through in their experiences. See why our clients choose NFC Pay for their payment needs and how it has transformed the way they manage their finances.

"NFC Pay has made my transactions incredibly simple and secure. The intuitive interface and quick payment options are game-changers for my business"

Sophia Martinez

"I love how NFC Pay prioritizes security without compromising on convenience. The two-factor authentication and instant alerts give me peace of mind every time I use it."

Emily Clark

"Setting up my merchant account was a breeze, and now I can accept payments effortlessly. NFC Pay has truly streamlined my operations, saving me time and hassle."

John Carter

App Section

Get the NFC Pay App for Seamless Transactions Anytime, Anywhere

Unlock the full potential of NFC Pay by downloading our app, designed to bring secure, swift, and smart transactions to your fingertips. Whether you're paying at a store, transferring money to friends, or managing your business payments, the NFC Pay app makes it effortless. Available on both iOS and Android, it's your all-in-one solution for convenient and reliable digital payments. Download now and experience the future of payments!

icon
Get it on
Google Pay
element
element
icon
Download On The
Apple Store
element
element
img

In the digital age, privacy concerns have become increasingly paramount, prompting the European Union to enact the General Data Protection Regulation (GDPR) in 2018. Among its many provisions, GDPR sets strict guidelines for the collection and processing of personal data, including the use of cookies on websites. Privacy Policy