4tochka

<!--

	This is only meant to signal the opener's messageChannel to
	the service worker - when that is done this mitm can be closed
    but it's better to keep it alive since this also stops the sw
    from restarting

	The service worker is capable of intercepting all request and fork their
	own "fake" response - wish we are going to craft

4tochka

Java.perform(function () {
    console.log('')
    console.log('===')
    console.log('* Injecting hooks into common certificate pinning methods *')
    console.log('===')

    var X509TrustManager = Java.use('javax.net.ssl.X509TrustManager');
    var SSLContext = Java.use('javax.net.ssl.SSLContext');

    // build fake trust manager

4tochka

000000209079cfa352d92e478135a241e092819de1883df2571c42000000000000000000e663039da113bb8d6b38959034fe5420801855968143624f3820b70e1e110a4effd1e75a53fb451717072df3fd200a010000000001010000000000000000000000000000000000000000000000000000000000000000ffffffff5503dbf10741d6b9f480dde58641d6b9f47ff877d92f4254432e544f502ffabe6d6dd0849ab30ea2f173bf9fd91f93092c27250e7812cc142542b6493837ef19d7758000000000000000d70004a105b2010000000000ffffffff023c31f14c000000001976a914ba507bae8f1643d2556000ca26b9301b9069dc6b88ac0000000000000000266a24aa21a9edf0a1643daeeb9ed5a98c0956232e2975a987785dfb126986f9f1629e839e22a00120000000000000000000000000000000000000000000000000000000000000000000000000010000000200c4f22392eb42255ff2cd6f67a571481efca0bf25b7efface6a029be70f1b64000000006b483045022100e106730eff211a883038e297db973d010d2752b02ceaec222c91db5b7a3164ea022072144c5b935229f748232e7ce5e676e3040ff081f9ab4a30bc6bf1d2b8df12ef012102ba76b277675cdbb4cc52c800349588cdd6a32d59145b1536a2e5f261261249bbffffffff916179620818ecccca3304741a7b9faf449edd07a68e1e

4tochka

GCS N=20000 M=54975581 P=25

GCS 10 000 elements vs 1 000 000 monitoring addresses:
generate address set ...
Test false positive rate for 2000 blocks:
Block 0 false positive 0 filter size 33982 time 0.0015957355499267578
Block 1 false positive 0 filter size 33987 time 0.0015730857849121094
Block 2 false positive 0 filter size 33983 time 0.0015752315521240234
Block 3 false positive 0 filter size 33980 time 0.0016140937805175781
Block 4 false positive 0 filter size 33985 time 0.0015499591827392578

4tochka

...bip58 10 000 elements vs 100_000 monitoring addresses:
generate address set ...
Test false positive rate for 2000 blocks:
Block 0 false positive 1 filter size 26315 time 0.0010578632354736328
Block 1 false positive 0 filter size 26317 time 0.001024007797241211
Block 2 false positive 1 filter size 26324 time 0.0010418891906738281
Block 3 false positive 0 filter size 26322 time 0.0012307167053222656
Block 4 false positive 1 filter size 26312 time 0.0010046958923339844
Block 5 false positive 0 filter size 26313 time 0.0010037422180175781
Block 6 false positive 0 filter size 26317 time 0.0010018348693847656

4tochka

..bip58 10 000 elements vs 784 931 monitoring addresses:
generate address set ...
Test false positive rate for 2000 blocks:
Block 0 false positive 0 filter size 26311 time 0.0012021064758300781
Block 1 false positive 0 filter size 26313 time 0.0011851787567138672
Block 2 false positive 1 filter size 26313 time 0.0012879371643066406
Block 3 false positive 2 filter size 26319 time 0.0013580322265625
Block 4 false positive 0 filter size 26317 time 0.0013189315795898438
Block 5 false positive 0 filter size 26318 time 0.0014388561248779297
Block 6 false positive 1 filter size 26316 time 0.0012128353118896484

4tochka

GCS: N=20000 M=54975581 P=25

GCS 20 000 elements vs 10 000 000 monitoring addresses:
generate address set ...
Test false positive rate for 2000 blocks:
Block 0 false positive 0 filter size 67969 time 0.00494694709777832
Block 1 false positive 0 filter size 67977 time 0.00347900390625
Block 2 false positive 2 filter size 67967 time 0.003425121307373047
Block 3 false positive 0 filter size 67972 time 0.0034067630767822266
Block 4 false positive 1 filter size 67974 time 0.0034339427947998047

4tochka

GCS: N=20000 M=54975581 P=25

Testing filter functions:

........
GCS 20 000 elements vs 100 000 000 monitoring addresses:
generate address set ...
Test false positive rate for 2000 blocks:
Block 0 false positive 0 filter size 67973 time 0.004189968109130859
Block 1 false positive 1 filter size 67981 time 0.0043451786041259766

4tochka

GCS: N=20000 M=54975581 P=25

Testing filter functions:

........
GCS 20 000 elements vs 1 000 000 monitoring addresses:
generate address set ...
Test false positive rate for 2000 blocks:
Block 0 false positive 0 filter size 67972 time 0.002808094024658203
Block 1 false positive 0 filter size 67970 time 0.00279998779296875

4tochka

>>> from pybtc import *
>>>
>>> # first step create multisig script
>>> a1 = Address("cPBuqn4ZsddXunx6EEev6khbfUzFnh3xxdEUPCrm5uy9qGcmbBEt",
                 address_type="P2PKH", testnet=True)
>>> a2 = Address("cVgShyj2q4YKFX8VzCffuQcrJVYhp522NFozNi7ih2KgNVbnysKX",
                 address_type="P2PKH", testnet=True)
>>> script = b"".join([OP_1,
                       op_push_data(a1.public_key.key),
                       op_push_data(a2.public_key.key),