🔒 Closed QueenCee VPN V5 Lite ( All Networks )

[_TURBO_]

One of the best mod app ni sistah ang v5
Subok ko na po yan teknik mo po ay isa sa henyo kung masasabi mo sa amin na kung sa script ninyo every server/region ma baypass ang 10mb capp ang galing po pa tut


Kada server nag input ka ng 1M bit amazing

One input lang basta open yung tweaker at v5 ni madam queencee...[/QUOTE]
Ano pong IP ang iiput

 

[Yelllh Hllley]

Pwede mo sya iadjust to max 1,000,000 MB download/upload... dapat rooted or 5.0 sa hindi rooted. Terminal xa but more and better script rrendering.

One of the best mod app ni sistah ang v5
Subok ko na po yan teknik mo po ay isa sa henyo kung masasabi mo sa amin na kung sa script ninyo every server/region ma baypass ang 10mb capp ang galing po pa tut


Kada server nag input ka ng 1M bit amazing [/QUOTE]
One input lang basta open yung tweaker at v5 ni madam queencee...

 

[Yelllh Hllley]

Pwede mo sya iadjust to max 1,000,000 MB download/upload... dapat rooted or 5.0 sa hindi rooted. Terminal xa but more and better script rrendering.

One of the best mod app ni sistah ang v5
Subok ko na po yan teknik mo po ay isa sa henyo kung masasabi mo sa amin na kung sa script ninyo every server/region ma baypass ang 10mb capp ang galing po pa tut


Kada server nag input ka ng 1M bit amazing [/QUOTE]
One input lang basta open yung tweaker at v5 ni madam queencee...

 

[Yelllh Hllley]

Pwede mo sya iadjust to max 1,000,000 MB download/upload... dapat rooted or 5.0 sa hindi rooted. Terminal xa but more and better script rrendering.

One of the best mod app ni sistah ang v5
Subok ko na po yan teknik mo po ay isa sa henyo kung masasabi mo sa amin na kung sa script ninyo every server/region ma baypass ang 10mb capp ang galing po pa tut


Kada server nag input ka ng 1M bit amazing [/QUOTE]
One input lang basta open yung tweaker at v5 ni madam queencee...

 

[Yelllh Hllley]

One of the best mod app ni sistah ang v5
Subok ko na po yan teknik mo po ay isa sa henyo kung masasabi mo sa amin na kung sa script ninyo every server/region ma baypass ang 10mb capp ang galing po pa tut


Kada server nag input ka ng 1M bit amazing

One input lang basta open yung tweaker at v5 ni madam queencee...[/QUOTE]

One input lang basta open yung tweaker at v5 ni madam queencee...

Ano pong IP ang iiput[/QUOTE]
Your IP , check on your phone settings

 

[Yelllh Hllley]

Turbo as requested -basta yung IP mo lang ang ilagay mo - use Termux:

#!/bin/bash
#
# tc uses the following units when passed as a parameter.
# kbps: Kilobytes per second
# mbps: Megabytes per second
# kbit: Kilobits per second
# mbit: Megabits per second
# bps: Bytes per second
# Amounts of data can be specified in:
# kb or k: Kilobytes
# mb or m: Megabytes
# mbit: Megabits
# kbit: Kilobits
# To get the byte figure from bits, divide the number by 8 bit
#

#
# Name of the traffic control command.
TC=/sbin/tc

# The network interface we're planning on limiting bandwidth.
IF=eth0 # Interface

# Download limit (in mega bits)
DNLD=1000000mbit # DOWNLOAD Limit

# Upload limit (in mega bits)
UPLD=1000000mbit # UPLOAD Limit

# IP address of the machine we are controlling
IP= # Host IP

# Filter options for limiting the intended interface.
U32="$TC filter add dev $IF protocol ip parent 1:0 prio 1 u32"

start() {

# We'll use Hierarchical Token Bucket (HTB) to shape bandwidth.
# For detailed configuration options, please consult Linux man
# page.

$TC qdisc add dev $IF root handle 1: htb default 30
$TC class add dev $IF parent 1: classid 1:1 htb rate $DNLD
$TC class add dev $IF parent 1: classid 1:2 htb rate $UPLD
$U32 match ip dst $IP/32 flowid 1:1
$U32 match ip src $IP/32 flowid 1:2

# The first line creates the root qdisc, and the next two lines
# create two child qdisc that are to be used to shape download
# and upload bandwidth.
#
# The 4th and 5th line creates the filter to match the interface.
# The 'dst' IP address is used to limit download speed, and the
# 'src' IP address is used to limit upload speed.

}

stop() {

# Stop the bandwidth shaping.
$TC qdisc del dev $IF root

}

restart() {

# Self-explanatory.
stop
sleep 1
start

}

show() {

# Display status of traffic control status.
$TC -s qdisc ls dev $IF

}

case "$1" in

start)

echo -n "Starting bandwidth shaping: "
start
echo "done"
;;

stop)

echo -n "Stopping bandwidth shaping: "
stop
echo "done"
;;

restart)

echo -n "Restarting bandwidth shaping: "
restart
echo "done"
;;

show)

echo "Bandwidth shaping status for $IF:"
show
echo ""
;;

*)

pwd=$(pwd)
echo "Usage: tc.bash {start|stop|restart|show}"
;;

esac

exit 0

 

[Yelllh Hllley]

Turbo as requested -basta yung IP mo lang ang ilagay mo - use Termux:

#!/bin/bash
#
# tc uses the following units when passed as a parameter.
# kbps: Kilobytes per second
# mbps: Megabytes per second
# kbit: Kilobits per second
# mbit: Megabits per second
# bps: Bytes per second
# Amounts of data can be specified in:
# kb or k: Kilobytes
# mb or m: Megabytes
# mbit: Megabits
# kbit: Kilobits
# To get the byte figure from bits, divide the number by 8 bit
#

#
# Name of the traffic control command.
TC=/sbin/tc

# The network interface we're planning on limiting bandwidth.
IF=eth0 # Interface

# Download limit (in mega bits)
DNLD=1000000mbit # DOWNLOAD Limit

# Upload limit (in mega bits)
UPLD=1000000mbit # UPLOAD Limit

# IP address of the machine we are controlling
IP= # Host IP

# Filter options for limiting the intended interface.
U32="$TC filter add dev $IF protocol ip parent 1:0 prio 1 u32"

start() {

# We'll use Hierarchical Token Bucket (HTB) to shape bandwidth.
# For detailed configuration options, please consult Linux man
# page.

$TC qdisc add dev $IF root handle 1: htb default 30
$TC class add dev $IF parent 1: classid 1:1 htb rate $DNLD
$TC class add dev $IF parent 1: classid 1:2 htb rate $UPLD
$U32 match ip dst $IP/32 flowid 1:1
$U32 match ip src $IP/32 flowid 1:2

# The first line creates the root qdisc, and the next two lines
# create two child qdisc that are to be used to shape download
# and upload bandwidth.
#
# The 4th and 5th line creates the filter to match the interface.
# The 'dst' IP address is used to limit download speed, and the
# 'src' IP address is used to limit upload speed.

}

stop() {

# Stop the bandwidth shaping.
$TC qdisc del dev $IF root

}

restart() {

# Self-explanatory.
stop
sleep 1
start

}

show() {

# Display status of traffic control status.
$TC -s qdisc ls dev $IF

}

case "$1" in

start)

echo -n "Starting bandwidth shaping: "
start
echo "done"
;;

stop)

echo -n "Stopping bandwidth shaping: "
stop
echo "done"
;;

restart)

echo -n "Restarting bandwidth shaping: "
restart
echo "done"
;;

show)

echo "Bandwidth shaping status for $IF:"
show
echo ""
;;

*)

pwd=$(pwd)
echo "Usage: tc.bash {start|stop|restart|show}"
;;

esac

exit 0

 

[Yelllh Hllley]

Turbo as requested -basta yung IP mo lang ang ilagay mo - use Termux:

#!/bin/bash
#
# tc uses the following units when passed as a parameter.
# kbps: Kilobytes per second
# mbps: Megabytes per second
# kbit: Kilobits per second
# mbit: Megabits per second
# bps: Bytes per second
# Amounts of data can be specified in:
# kb or k: Kilobytes
# mb or m: Megabytes
# mbit: Megabits
# kbit: Kilobits
# To get the byte figure from bits, divide the number by 8 bit
#

#
# Name of the traffic control command.
TC=/sbin/tc

# The network interface we're planning on limiting bandwidth.
IF=eth0 # Interface

# Download limit (in mega bits)
DNLD=1000000mbit # DOWNLOAD Limit

# Upload limit (in mega bits)
UPLD=1000000mbit # UPLOAD Limit

# IP address of the machine we are controlling
IP= # Host IP

# Filter options for limiting the intended interface.
U32="$TC filter add dev $IF protocol ip parent 1:0 prio 1 u32"

start() {

# We'll use Hierarchical Token Bucket (HTB) to shape bandwidth.
# For detailed configuration options, please consult Linux man
# page.

$TC qdisc add dev $IF root handle 1: htb default 30
$TC class add dev $IF parent 1: classid 1:1 htb rate $DNLD
$TC class add dev $IF parent 1: classid 1:2 htb rate $UPLD
$U32 match ip dst $IP/32 flowid 1:1
$U32 match ip src $IP/32 flowid 1:2

# The first line creates the root qdisc, and the next two lines
# create two child qdisc that are to be used to shape download
# and upload bandwidth.
#
# The 4th and 5th line creates the filter to match the interface.
# The 'dst' IP address is used to limit download speed, and the
# 'src' IP address is used to limit upload speed.

}

stop() {

# Stop the bandwidth shaping.
$TC qdisc del dev $IF root

}

restart() {

# Self-explanatory.
stop
sleep 1
start

}

show() {

# Display status of traffic control status.
$TC -s qdisc ls dev $IF

}

case "$1" in

start)

echo -n "Starting bandwidth shaping: "
start
echo "done"
;;

stop)

echo -n "Stopping bandwidth shaping: "
stop
echo "done"
;;

restart)

echo -n "Restarting bandwidth shaping: "
restart
echo "done"
;;

show)

echo "Bandwidth shaping status for $IF:"
show
echo ""
;;

*)

pwd=$(pwd)
echo "Usage: tc.bash {start|stop|restart|show}"
;;

esac

exit 0

 

[_TURBO_]

Turbo as requested -basta yung IP mo lang ang ilagay mo - use Termux:

#!/bin/bash
#
# tc uses the following units when passed as a parameter.
# kbps: Kilobytes per second
# mbps: Megabytes per second
# kbit: Kilobits per second
# mbit: Megabits per second
# bps: Bytes per second
# Amounts of data can be specified in:
# kb or k: Kilobytes
# mb or m: Megabytes
# mbit: Megabits
# kbit: Kilobits
# To get the byte figure from bits, divide the number by 8 bit
#

#
# Name of the traffic control command.
TC=/sbin/tc

# The network interface we're planning on limiting bandwidth.
IF=eth0 # Interface

# Download limit (in mega bits)
DNLD=1000000mbit # DOWNLOAD Limit

# Upload limit (in mega bits)
UPLD=1000000mbit # UPLOAD Limit

# IP address of the machine we are controlling
IP= # Host IP

# Filter options for limiting the intended interface.
U32="$TC filter add dev $IF protocol ip parent 1:0 prio 1 u32"

start() {

# We'll use Hierarchical Token Bucket (HTB) to shape bandwidth.
# For detailed configuration options, please consult Linux man
# page.

$TC qdisc add dev $IF root handle 1: htb default 30
$TC class add dev $IF parent 1: classid 1:1 htb rate $DNLD
$TC class add dev $IF parent 1: classid 1:2 htb rate $UPLD
$U32 match ip dst $IP/32 flowid 1:1
$U32 match ip src $IP/32 flowid 1:2

# The first line creates the root qdisc, and the next two lines
# create two child qdisc that are to be used to shape download
# and upload bandwidth.
#
# The 4th and 5th line creates the filter to match the interface.
# The 'dst' IP address is used to limit download speed, and the
# 'src' IP address is used to limit upload speed.

}

stop() {

# Stop the bandwidth shaping.
$TC qdisc del dev $IF root

}

restart() {

# Self-explanatory.
stop
sleep 1
start

}

show() {

# Display status of traffic control status.
$TC -s qdisc ls dev $IF

}

case "$1" in

start)

echo -n "Starting bandwidth shaping: "
start
echo "done"
;;

stop)

echo -n "Stopping bandwidth shaping: "
stop
echo "done"
;;

restart)

echo -n "Restarting bandwidth shaping: "
restart
echo "done"
;;

show)

echo "Bandwidth shaping status for $IF:"
show
echo ""
;;

*)

pwd=$(pwd)
echo "Usage: tc.bash {start|stop|restart|show}"
;;

esac

exit 0

Umulan ng magic terminal
I need code po every type?
Or auto nayan po

 

[Yelllh Hllley]

Umulan ng magic terminal
I need code po every type?
Or auto nayan po

Auto nyan sure bypass for any region

 

[queencee]

Yelllh Hllley That is so brilliant!

 

[_TURBO_]

Auto nyan sure bypass for any region

Yan ang magic
Terminal
Input my
IP there you go!
Ilan server sa queencee v5 at new v6 mga 9 server/region
Isang server 10mb cap?
Bypass them all

 

[Yelllh Hllley]

Yan ang magic
Terminal
Input my
IP there you go!
Ilan server sa queencee v5 at new v6 mga 9 server/region
Isang server 10mb cap?
Bypass them all

Nagwork po sa inyo?

 

[_TURBO_]

Nagwork po sa inyo?

On process pa po ako sa tricks ninyo
Downloading 20mb
At playing youtube morethan 1hr tignan ko po kung titirik

 

[Yelllh Hllley]

Nagwork po sa inyo?

Max 1000000 per région n'a yan - try lo macode uli then share ko

Nagwork po sa inyo?

Max 1000000 per région n'a yan - try lo macode uli then share ko

Nagwork po sa inyo?

Max 1000000 per région n'a yan - try lo macode uli then share ko

 

[_TURBO_]

Max 1000000 per région n'a yan - try lo macode uli then share ko


Max 1000000 per région n'a yan - try lo macode uli then share ko


Max 1000000 per région n'a yan - try lo macode uli then share ko

Eka po baka mali ako sa apps na gamit ko?
Tama po terminal? Emulator? Non root

 

[Yelllh Hllley]

Eka po baka mali ako sa apps na gamit ninyo?
Tama po terminal? Emulator? Non root

use TERMUX po para mgrender yung script

 

[Yelllh Hllley]

This is the correct script - pansin ko nadoble - sorry

#!/bin/bash
#
# tc uses the following units when passed as a parameter.
# kbps: Kilobytes per second
# mbps: Megabytes per second
# kbit: Kilobits per second
# mbit: Megabits per second
# bps: Bytes per second
# Amounts of data can be specified in:
# kb or k: Kilobytes
# mb or m: Megabytes
# mbit: Megabits
# kbit: Kilobits
# To get the byte figure from bits, divide the number by 8 bit
#

#
# Name of the traffic control command.
TC=/sbin/tc

# The network interface we're planning on limiting bandwidth.
IF=eth0 # Interface

# Download limit (in mega bits)
DNLD=1000000mbit # DOWNLOAD Limit

# Upload limit (in mega bits)
UPLD=1000000mbit # UPLOAD Limit

# IP address of the machine we are controlling
IP=(YOUR IP) # Host IP

# Filter options for limiting the intended interface.
U32="$TC filter add dev $IF protocol ip parent 1:0 prio 1 u32"

start() {

# We'll use Hierarchical Token Bucket (HTB) to shape bandwidth.
# For detailed configuration options, please consult Linux man
# page.

$TC qdisc add dev $IF root handle 1: htb default 30
$TC class add dev $IF parent 1: classid 1:1 htb rate $DNLD
$TC class add dev $IF parent 1: classid 1:2 htb rate $UPLD
$U32 match ip dst $IP/32 flowid 1:1
$U32 match ip src $IP/32 flowid 1:2

# The first line creates the root qdisc, and the next two lines
# create two child qdisc that are to be used to shape download
# and upload bandwidth.
#
# The 4th and 5th line creates the filter to match the interface.
# The 'dst' IP address is used to limit download speed, and the
# 'src' IP address is used to limit upload speed.

}

stop() {

# Stop the bandwidth shaping.
$TC qdisc del dev $IF root

}

restart() {

# Self-explanatory.
stop
sleep 1
start

}

show() {

# Display status of traffic control status.
$TC -s qdisc ls dev $IF

}

case "$1" in

start)

echo -n "Starting bandwidth shaping: "
start
echo "done"
;;

stop)

echo -n "Stopping bandwidth shaping: "
stop
echo "done"
;;

restart)

echo -n "Restarting bandwidth shaping: "
restart
echo "done"
;;

show)

echo "Bandwidth shaping status for $IF:"
show
echo ""
;;

*)

pwd=$(pwd)
echo "Usage: tc.bash {start|stop|restart|show}"
;;

esac

exit 0

Yan po

 

[_TURBO_]

This is the correct script - pansin ko nadoble - sorry

#!/bin/bash
#
# tc uses the following units when passed as a parameter.
# kbps: Kilobytes per second
# mbps: Megabytes per second
# kbit: Kilobits per second
# mbit: Megabits per second
# bps: Bytes per second
# Amounts of data can be specified in:
# kb or k: Kilobytes
# mb or m: Megabytes
# mbit: Megabits
# kbit: Kilobits
# To get the byte figure from bits, divide the number by 8 bit
#

#
# Name of the traffic control command.
TC=/sbin/tc

# The network interface we're planning on limiting bandwidth.
IF=eth0 # Interface

# Download limit (in mega bits)
DNLD=1000000mbit # DOWNLOAD Limit

# Upload limit (in mega bits)
UPLD=1000000mbit # UPLOAD Limit

# IP address of the machine we are controlling
IP=(YOUR IP) # Host IP

# Filter options for limiting the intended interface.
U32="$TC filter add dev $IF protocol ip parent 1:0 prio 1 u32"

start() {

# We'll use Hierarchical Token Bucket (HTB) to shape bandwidth.
# For detailed configuration options, please consult Linux man
# page.

$TC qdisc add dev $IF root handle 1: htb default 30
$TC class add dev $IF parent 1: classid 1:1 htb rate $DNLD
$TC class add dev $IF parent 1: classid 1:2 htb rate $UPLD
$U32 match ip dst $IP/32 flowid 1:1
$U32 match ip src $IP/32 flowid 1:2

# The first line creates the root qdisc, and the next two lines
# create two child qdisc that are to be used to shape download
# and upload bandwidth.
#
# The 4th and 5th line creates the filter to match the interface.
# The 'dst' IP address is used to limit download speed, and the
# 'src' IP address is used to limit upload speed.

}

stop() {

# Stop the bandwidth shaping.
$TC qdisc del dev $IF root

}

restart() {

# Self-explanatory.
stop
sleep 1
start

}

show() {

# Display status of traffic control status.
$TC -s qdisc ls dev $IF

}

case "$1" in

start)

echo -n "Starting bandwidth shaping: "
start
echo "done"
;;

stop)

echo -n "Stopping bandwidth shaping: "
stop
echo "done"
;;

restart)

echo -n "Restarting bandwidth shaping: "
restart
echo "done"
;;

show)

echo "Bandwidth shaping status for $IF:"
show
echo ""
;;

*)

pwd=$(pwd)
echo "Usage: tc.bash {start|stop|restart|show}"
;;

esac

exit 0

Yan po

Parsing error po
Paki upload po uli bitin

 

[Yelllh Hllley]

Parsing error po
Paki upload po uli bitin

Let me know