Comment obtenir un score reCAPTCHA V3 élevé en 2025 - Guide étape par étape#
Voici un guide pratique pour améliorer les scores des jetons reCAPTCHA V3 en 2025.
1. Obtenez des paramètres de tâche précis : utilisez l'extension de navigateur NextCaptcha reCAPTCHA Website Info Detect #
Installez l'extension Chrome [NextCaptcha reCAPTCHA Website Info Detect] .
Accédez au site Web cible à l'aide de votre navigateur et l'extension détectera et extraira automatiquement les configurations reCAPTCHA telles que « websiteKey » et « pageURL ».
Assurez-vous d'enregistrer avec précision les valeurs « action » et « websiteInfo ».
2. Soumettre le reCAPTCHA Configuration des informations sur le site Web du site Web cible #
Envoyez les informations extraites par l'extension à l'API NextCaptcha.
Les champs obligatoires incluent :
websiteKey
: La clé publique du site Web cible.
pageURL
: L'URL de la page concernée.
action
: Le nom de l'action spécifique défini par le site cible.
3. Utilisez des proxys de haute qualité #
Pour améliorer les taux de réussite, assurez-vous d’utiliser :
IP résidentielles ou proxys à haut niveau d'anonymat (par exemple, Swiftproxy, ProxyLine)
Proxies situés dans le même pays que le site Web cible.
L'utilisation de proxys rotatifs (IP dynamiques) peut empêcher efficacement le blocage des IP.
**4. Utilisez la méthode getToken du solveur reCaptcha https://nextcaptcha.com/apidocs/get-token pour récupérer et soumettre des jetons **#
Appelez la méthode « get-token » de NextCaptcha en envoyant des paramètres comme indiqué ci-dessous pour obtenir un jeton à score élevé :
{
"clientKey" : "api key" ,
"task" : {
"type" : "RecaptchaV3TaskProxyless" ,
"websiteURL" : "https://nextcaptcha.com" ,
"websiteKey" : "6LcAbwIqAAAAAJvVAhSSJ8qzYsujc7kn1knmSgQX" ,
"websiteInfo" : "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" ,
"pageAction" : "submit"
}
}
IP résidentielles ou proxys à haut niveau d'anonymat (par exemple, Swiftproxy, ProxyLine)
5. Exemple de code #
Vous trouverez ci-dessous un exemple d'utilisation de Node.js pour appeler l'API NextCaptcha :
const axios = require ( 'axios' );
async function solveCaptcha ( siteKey , pageUrl , apiKey ) {
try {
const response = await axios. post ( 'https://api-v2.nextcaptcha.com/getToken' , {
"clientKey" : "api key" ,
"task" : {
"type" : "RecaptchaV3TaskProxyless" ,
"websiteURL" : "https://nextcaptcha.com" ,
"websiteKey" : "6LcAbwIqAAAAAJvVAhSSJ8qzYsujc7kn1knmSgQX" ,
"websiteInfo" : "U2FsdGVkX18myetQGXWu6dndZfX9L/eO5gYl56E6SSZwdkQYyxXEYClk4Dz3+2H9CXDCOaqdU7AJCn0zYyCpfNv/41YbD/OhO1n1mbRei8aXElrCxH+xawtctmDkaXEcQNw6T5kwk1K4feY/SL0DjvBJElYdodhpiNl/0Op2X+l4F2r2fr2Hxq9FI9FY7y5/VxcFvrMUlI5llrV/klNZy4bFNvT5g9noRrgRLksyszihplc7bwXzGzI/5pux6ao/LeuBHL9mxjJFXPdFuIz8sAugSZZc1zDXdP/YrmgKLG6TMXnHGLxrpMtIkm5R6Au8aZ8wAkCkJ/qkL22IfMQYH54LeoJ8XjP+wXT88vXQ6ah82FQ9exEbdMafcsYcMwMuGRJeWJfNQSSHVqL2HKuZwbnIvKgFE8BOR2LKbfU3kPcp4QLTLn8KgkTGQ9wPlcDL+hPeygRBWvKgG2+vRAy9/7A3HULnoN9RTz2zkwJSSax3gWsgaVkdXHs5rynSZdbXTGrbjpp5Xq+mPRMNEuD4qcgcvr0dd1zQmRmyElJBc0mbnqVLh7T+PBVwgWdNtQz0ex1Qo1BPiokl6CL8HtkjyE0DzwIObKo3JpRH7dIhsRFOlPuUv2SafcXnD0mrRRL74AdHyt/EoNFIL7UDunn5Y2eeLuB2TGQWW2N4ismkJLr933jQlQqdDJnCULT/GUSBUrhvFp1SFp8O1a1w3iGJUdRAyhngDTe0uaE6B3MSHCAjh0TNwzJhPxkrScDP9LQK0502CzGDxz2Adg+EZ4nc8N1BFuf11QmG+lf4O98bC1JqhN60vt/gbhJ+HfVVOP+ro/xweNcul90TYF/so7m5IfxNkUOYHZO08Sr6QJlVwOJ77FJFJJWxIU7hxKa9wLw1YJK6i1nabAg6f8+3SbIbinKyJqtaMV7FkSH66tneJ4ANBHIaI3TgbATFs1m6uzeh+vlmVeaz9rVar2GCVclvZ+BZgqS0xeyMlUC0ffN99yI7v2G7zHKtmzt4vQD6GxtN+2ElNlWxmypSObIohvdTNB3/NLCMI/JeOqoX+WQHFdiIiWUpFJ8eeT8FE7Ffm1wOpaviDxxPv3hZMKHZx3YfvcOJnmnVyIiRiM/kmkOcU55mJgWOSMy7JnlSKaJ5sXquPQw1uVwi9+tGMzVaBt5Xw4ST2SvgOgL0VPGV0z5CqkrUig+neEOK2YlMWdTv1Jt9cD93Y23cBYjmVQF/5koc+46r2AdcmeeEbfg7DXZ2JuKgBAYWPdf7Lwoe3cdNz5vdjRbkzlU0IbHp5qVm6gf2Q4RZ4ycf8BzO32CXVqlervjVNfaAz+R+UH/xYaBWOHuh3f095LYwLVThevCGr9BdkXLfJDmzP6r9lE5ajm29sSknQa1RK2928bDxy3ZjZbq7e1vZMc5hnIgB2jm/3M2rjDjIFu5+CoqOwbr2iRrGs33O25OXbiW7yrq5Iv7BbRWJnMzYsJudQ7j2MkqszkZv2/Dbvk0ZaIVQ9cOLurkpSSCv344swKV/qa+VxH5ExakiBggQ8uwxoPRqqt2V16xFinQpiA007frtSyzntr+M4k1JlU/clOvVPWVHaV4kz9VCIz0aQG1FxzhALWpYxS7K/08Se1Bb1vgzishVvHJYmy+z11PQa0xzkbYZKjSbmG+uvyJWZyi8e9/tVmo70X75sazC493atJqV98X54zR+yhWqC6njHL8onbfY+HhBhJkzqdmRgGkirL6cS9jk6eAvmuVhXGNGHta5Qx1uKgk/WblDmWgR8fqMBJ4oMTUBzikTOKCH62Pk0VMcM2SHuejXRYnO0hHxuSvhG9+eDU/lknCsQr6acFCG9PSLDW+iaZDPXJoFsFb+MqtCXUf4u4X5rOjxPFE+/wPd9esWUGnh2ysBl1CWRWJYGMxteNQZdznhN7wrjaE7bOzhDomPgerR/eWg3Omb0MpEO8s/+y4cnYhZib1NZIAR1thYaDSupRO2z+oXWLvCq1uQdEMagy/RjFMw7/WMYgbAbAEiIvjZ0hmiKxqlWwDvWVaMthibddZmjskdb3tYebLLlpn8opQsyYNE5GB/OABpGn8V0ZOG4mm0m5ePvlj3G7lj16TJU/6w3VCG/Lg8DvmNvvPxfv+hkppET7HYVJuSctqEcPe6Ugu7W3t/aE7V6V4ii3qGoDUWgMQbHDPdqS1Dh7lP0jD8eenEwZZOTznM8RCn+7v89haet/OzNLQVapjY5o8YpDd5nryxjPNY9H87K437aJaKMMXHIVAZY9FTsA4cJ23o8/POE6igBqWpmj9/TCXhJmcM45Knjx1cGPBDz6EvQxsZJqkSUogH6YVMoEniMAPUwIl8v0J18UZo0d5SidjMqybZCO1d7pwQYaXuERzMPpTC02f4eh750c7bUOBEZR4LDf4zO3zZMCdu3RXDDY9VNuXAn2afDXY9ikmPS4NVxAD8K+1hxBAJn9ZrVqyRjMmKMnLVpA59iracQDQ1ZXbb4EKF7Z4KqLWd4zzb+1aKQdQ2ACpbVrHP4hLUe7M0vFaNjI5gLTUSZbLeW+Wanx9sFDLRjkQSPmCEL0myXSAB5QH6H985FlQYGdDnoGz/dIGzPnZPPBBlSdchb9vWi538hSUNowWzFUdrA8nCNfc1x5SITP6r8+Gb6WW9JmbcTecR12QYg3oPsT9zyRByQME0ndo+AyNqyTqGWNKVdiK2rrbCO6Gtc7YOL62LDcOD2SCFet3OBjP6dYmxKa1npbW3nUV2pKhNG0Xi25QB6Vh3wLoYmcXgUP2RkjIaHOuXeUKQ0BahmF15VF618Moq3bFsJlv+jETl6ssQWZfxod5evrEgoSv3z6IB2LIW2ltfMpDpk6g09R7KexZSSLOehmbX10yX/f1nsC2QKAqq4dgIlEPjeDQJsReXyi71q6OuUw+1zYNqlnCrk0XUQJFO5gtAenTbhfpuQw9v2X3eVs1UA+J45144yWEzQEPJ8gBUa/He37yYK9q1HcT0f+BrTOlwJpHhurEk7x9oLyl1PSZRKEdNkH5+MhWA6G+Byh4NVIEQsikZVEmZFgRte9FtBY8349ikjZQhkDjwWS74vqA7y7CvViiKCR9vbkvD0M5HOEUFQ8aDzWpE5GLLDBC4CTebiTqywg7WE/8a7rbewmj7yZ4wxASm+3fgmrMm9f+lZ/A1yhalZkXJQkMU5FlZNpqhUbMURuhPR28K5z6Wyd3Q00JbsFzwQ2NA7suHZcjbPnkHZOyoLHy/6MGdrp0EH4qFHhLtsKKcP+uZpOiy8zBQNcXUU0ILtBmyxAP0RjvldV7+VtgRRHcQgsNmsNoUyvXgIBsmrY2m703qVzw8jeyqi8TkEsIVtOooJUo/krW+lO/rrjXxinsiYiY4GFe3KTPaeWkqvJqYjTEIbQGgz5sekIG3v/R0qHKmf8SjdvhmG2HRSafMkpSU6x3Sx9Fx/OqNEc2mY/TtI9Z98iPkSdPuSlndL9kDrT3EPsEuPUNJbRF36I3DsTi+HFlE1uUvMSNwkU6/jFlhjzK/cXqlADOhpkPR7zFXL7nPeQKqpUg188QFNMfnWBmz8ChtgQJ+O2xufIsT3/B5wW/TSSsZgF8vZgde8pzDsLdWtN5EI502T7RAM2Lv+/Ui8+Qv2JIbBGf2Hb5wqeTstk71MGn+BHwugKbiUJsnAVTNqSrQIfP/oIUhvyLQoU/eVnGBkCgU+sUp2QdNTCTKSpqIEj0nClLZHymvzGuEQMS1MoS7dAZdh7PrFJCmhnHz39/G+n8/IHwzUYUViXeI00D8cTJivTz9hY9FjLsjG6HoEWtiafVp1zq4XCGHHmvPzTbtTP4apjKxV0DkCfwwJWaqmci4gL/PQFuJ7ewiQjBJpVIPcOtajE94QQXUvqew2U4WW4NJxoiThCl+sRTawUatK/Wu5us4gdBQBfmf8DsEtsIKmVUmVgXX9w+fmdNV8AgcVK81TdOYI5hK6skU8wVals/tQEuKHvgINPfUdQ3kAOUae1MMLRZSl9NdBLxoUGP/4QQ0nc6q5UUNBJ/k8L6YKyckgzEvniJBim3FOx5dN/IPUi4ewdmvHTy06eTWYunqdmUZTIPI73dQcCXoDzR25+8QcsIWyjZMAqnxnWmj9aJtgiwL9ekOn+k/qKbzsLvpYqmXczaHtN1QttMb3DIEcyNX1e1flW9qBOLnDW0K/kjStyRo66poBHCFvqAerRwDjD91LNuTdH6bb8XxnVXl87/GdzuyUWfWTJRM3ag5JLQRRCDZVMrOnDMox53Kx5m43iUb4BeTEjv3+Mizm/FSdB+QK2oyjIdacoboM1lDw7g0QiV0gLAsww46iyX6s4/45wDXVsqqoA578816kSpJ41Wdl8J60FI1Hdyak5arNT/RaESmzLxmgZfmx/NUXtlktOEowATaJy5AMstqLzuNdb9OYNXS7NWYYUIZzklzrAdz0aq9ciydE4YhKCyBbQorvLeaqudjkEAExP5XEI+3nj3peegciKYboq5dPqKUrQgXj/dX/PGQODeyMGeK5NdRnz+0OMFM6zTLcj6aZhRPI16s4DrsAf2pHyqV+UZStM/DCYWEB9CDkXlUbGoRzwjffOU20gIkHO2BnjzxU2aLKU3wAbRtbQWfzqbt73dud51D9viLWq8pFxEVd73Qd7NaLI6dE8Cme+nXr0fWgodeHwQdDuv+evjrT5vMH6A7sIaGFMtABMK81rp5mUdbz04a2VspQqeD4yKvo4jH8LruOwtkNVrTGRLNiB35dO7OBZ4GPrWVyZwFlgKMsJtje2hod3hNmPwtrgVXUViMV7R8PSws9IGQpddk8UDFC3c7GidD8wy53sRYlt6BFitn93/UAQv8JaTNiygO/qlLNqdq5PRA0nuzHXwNzC5JAK1c/OmqIUciV0UxWi5rrv1ZzSNS05vgCFKMsIrWwHm+rsC0cKcipayC0DmAY09urHHESWw2Eq1mE13TG45/fuBfTl/fvw9vdgbeqJD46cch5T/VJ7clAGzU9nhGHSdz7MukCSsyD82F8rErVsoGFjSwFz+K8AOd9syLkQWWxGJxVvlM01IP0b9QsfuwuvBjGeoW3Eqkgmsz3P7/oiVsqA+7fiS4vjSm40bZO7xp+ftVweeI7o1L/TQoD7EPBWIwGeJfjZGu2HaFjmvhqLbjua35oH03ZnLGAOxWSMFQJ1c4K71OtbPXBF0csNOTnK/JpIJFBGqmnm3SI9wA8xedUq4Y3eg8HXgJqNz7L4n/puOXREPImgkIR8FN40z6Jh0edmZtG/rJiTgmnXeAnAyg76p4mq2FcVegK56Nt4uKSXJaYIEBM9fBad7xCaCj6KqQUQriAyEJxG2VGjuR6GpyNkgXsxA4evaHtYKP708k7+A4ALrWwuG2tZIWO8XkAPhY3pvT5CEKRVe0CAexkNb98XLagCJLrpt2oSFC+owDoQiEtItgjv9nxx1DBPJshzv2tE6G5Aj68y/jgIg8uCZKClAkxluC9g1zHjh/fRHVyuIX97uBpgjxxKDN3FuO2ZzhFiUjwEM2TKWPsyvL6M2dUNFIUyLgdD1YE8KlX7QcJDIIHQCDdaynhNYh8KwODBdx6VT9P0uv94lFqgeGtlMrbA14ByHy0PBsfk1g2/YU8ku4wdydYcq9D1+awji1t7wNuEo54nC4DFQisrwBG26/kHEzzCg0icqBVlmxkJauEY4DUYA4oloIi0vO7DzPZ+Q7Gc/pIWNNwEEfZ9gB33JwjpMoqyWTpG0zeTFV5va2WgCOHgYBPL0sU9i9WFBvl0plParuvkx5FEZwsn4peA4dhdSm4h1NQc+VPRG9Q80hjifxP26G6pDezwyyk1Cf9yZKlpheHX1PAdsNdMge6fYcdDfc08uMcseelGyUT3ay4EnvBQ3h3IBmdSXrmW1gXmiN9ldukZiydWTpUdn5kv5Ky1PWcl9wt1UoK04681X7yVV3s3kYd0XHXUnxxm+UEZVnnEw9FzBK/uTlOpOaCdVi1tpySQslICGxn9dTJ80oK5AUCE4LlvPQKbF8mYfj7HAIVoAHeCRKIjT/bbjQVZLfrSuR6UZVoqYqWn8KlDxWHDoyG5Elkh377os7udJU2BE2pHRenBmYf0ZS3wq5fcN1Ho3khmEIR0VCd4iQg7WujPkv3MAJ2HA2E+5SRBU3LG4BopzUlIdpe9lb5XL9KIYcWuvlqXtOK55Gwg7er5jJV0ikMelLwJEpUR+mzrYX7sFLnP2/ezNQk65lFdq51F5gm7UYo3P55dyplgR3hzpLO9MCOhp59JHoZHgn7MGpySjHoxr3Jdkqv6EEwUjwfd+Q2C2pPAIbRQv2vNben4MZMh5y819La3Z8O2RLREzLpQX8JJhkv+HatRTuFe37Df+Q7/hthjlUSjipYJtdM97GSgfudFsKWARsxL/5PEbSlrA0Y9GGS83s4N5E2WQeUvm2YizD2/P9NO85iA2UY4qWGMmFJQ6XOnl69pPqfF9T+w/WtqZ2aGJnS0bZ39GiF9Sdc0R3fnGb/OuCS5VtserlMqCZz3M5ofDdVetSivpGH/FEN7pzkwh9Nj/U+YKH2oRqRm1QudT2SeQh9vE/zFa3JSFdl+bAVIcElRwhbRtWq/AMC16rApgLM5S53ZDrKXoMgblQ4NXI/kfg8iNON/6aXDfRDy1VBfrgzkp9hb/gWWIApa3W39gXuThM7u042b45lNS0i0FKp+4G1oK6d9HAY84shWyyWlB+bRLRNmdvuifusqGIjTcAaf6dXq20VWO+wO2Svdg+oi9TuZNi4BupQxTxQySg0UeGtpTiPR2m60IbX5DJEN/s2a9x3iZeCxYvdD3C9A2XpuOAp7Qm//NmMo9urvZOk7Gg1EBzY9PrWAOIMDbHsFbZzxXgfkNRZgPGN7FgyP1I8LgA4XKycFQVXUyNCOunl5oxSsXXmwc51t1ykGDIXbTKuVR5xVI5jG9h1PBrk5xco8hOerfambq/8A/p6NpmtyNg/LWtapj77Jd6qZne6l9ZA3XYjwImOVH+3P3UldYIkC93HnQTUxKc0C+w372bM8lPO3PADJWCxx5O0lUeIN6O7tm8G6WYo+Yl9ZzMPOUmrp0riPcYmmroSg2TaDtU8+1SlfK7Lz/s6aJtTRtMrXYbz8mvd7cBtY6F1bAySWv5VGnTTjbflXfS4NxH6ez582KSMngSkRiei6+lk7z9kgFkzNralCSmeXKnCPzOxYFe7GUA6ERH1l/QcIp0nMupR8bWVG6r975xnSt3wb6xA2XNDOFwEc0BrCa8thZzKdFGhpo6rBp1Gq1u" ,
"pageAction" : "submit"
}
});
if (response.status === 200 ) {
console. log ( `Token: ${ response . data }` );
// Use the token to bypass the CAPTCHA in your Google SERP request
} else {
console. log ( 'Captcha solving in progress, please retry' );
}
} catch (error) {
console. error ( 'Error solving CAPTCHA:' , error);
}
}
Conclusion #
En tirant parti de paramètres de tâches précis, de proxys de haute qualité et de l'API NextCaptcha, vous pouvez facilement obtenir des scores élevés dans reCAPTCHA V3 en 2025 :
Utilisez l'extension de navigateur pour extraire les configurations cibles et garantir des paramètres de tâche précis.
Soumettez les informations du site Web et utilisez des proxys fiables.
Appelez l'API pour récupérer les jetons à score élevé et les appliquer au site cible.
Pour plus d'informations, reportez-vous à la
[Documentation officielle NextCaptcha] .