飞桨模型加密库 - EAP阶段
在分发加密模型时,请务必进行不限于以下的操作方可避免轻易破解
- 加密深度学习框架以及其相关的Python库,至少为pyd格式
- 加密AgentEncryption库,至少为pyd格式
- 限制用户只能使用你提供的Python环境
飞桨推理模型加密可参考从内存中加载加密飞桨推理模型
- 如下是几个简单的示例代码:
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数据加密:
# 导入 RSA 加密器 from agentenc import RSAEncryptor # 初始化 RSA 加密器 encryptor = RSAEncryptor(bits=1024) # 构建原始数据 pure_data = { 'int': 100, 'float': 0.01, 'str': 'hello', 'list': [100, 0.01, 'hello'] } # 数据加密 key = encryptor.encode( input=pure_data, output='out', format='pkl', keys_saving_path='key' ) # 打印随机生成的密钥 print(key) ''' { 'private_key': b'-----BEGIN RSA PRIVATE KEY-----\nMIICXAIBAAKBgQDQq3mzdfDYjg8ool1Jl5WrmFAkJWarokIQAzq/3wT+cbNUy/zv\nqxHCn7bYsifvx5nLnfCL7cm3BVygnB4clP8p6EAlO8KcocC/6WfCyTW5gw23z5Tc\ntzSzAERtNTGwDst3RAnEDeJ2crNi/xSs2Wa6k1bNkxNFUehEd4ExpYFwLQIDAQAB\nAoGAWmYG9aOBANfeIkzgnBqSyQFVqqsXRQConPZBM9EigTZxqakrfQq/yXBWjp7z\npTFz452bEYukqOimPaAUfW5g8ZYxndN2G1ctWMPg3KrJ++7FYFJJhJ223IOmSmB4\nKf2FyVjBNUTzKchBdxHcLqAQX1DNXnWrJ5cWc2pS0olz+BMCQQDTZ8hqIT1UPclk\noPTX6gC+874D+GNa5r4CsMMiUZNrN7hCXEwZJ+3kR14vcJkDd2QVg8cR6VSxP9Vg\nBg5XuD2jAkEA/K/3mtKMDhX5HjNUfoBzLBSJreAVMOcGGrLCLFob+8t64456SQ8I\nOKABsocpKaRp+s3loi6obGoRwIQ5PBTX7wJBAMp60pfj8kunSidZimjqtYAvEEXZ\nN8Au1Lra9mr+WwYMPi1BHZnShqVoPauOWt/ZEEETEC31n6qNCx+HbWFTE6UCQEfF\n16ezPDLYDO2GGO7hn1Ua9ExeBMbiJ/q3Ya3lXmNz1ZEDLDrKOUSUNkc2WvvIBo5F\no38gj5hTvH0ZUYR+SyMCQEnnTVZXhtU7jtyOfEXsTqUtZIVo01sJ5SoekGrnZ0Ht\n8PxyjyOc5IFWieKGUfZQ3ZdKDm95dvAyKpkDa8tqMCM=\n-----END RSA PRIVATE KEY-----', 'public_key': b'-----BEGIN PUBLIC KEY-----\nMIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQDQq3mzdfDYjg8ool1Jl5WrmFAk\nJWarokIQAzq/3wT+cbNUy/zvqxHCn7bYsifvx5nLnfCL7cm3BVygnB4clP8p6EAl\nO8KcocC/6WfCyTW5gw23z5TctzSzAERtNTGwDst3RAnEDeJ2crNi/xSs2Wa6k1bN\nkxNFUehEd4ExpYFwLQIDAQAB\n-----END PUBLIC KEY-----' } ''' # 使用解密函数对文件进行解密 data = RSAEncryptor.decode( inp='out.pkl', private_key=key['private_key'] ) # 输入与输出数据对比 print(data == pure_data) ''' True '''
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数据解密:
# 导入基础加密器 from agentenc import Encryptor # 读取私钥 private_key = open('key.PRIVATE', 'rb').read() # 使用解密函数对文件进行解密 data = Encryptor.decode( inp='out.pkl', private_key=private_key ) # 输入与输出数据对比 print(data) ''' { 'int': 100, 'float': 0.01, 'str': 'hello', 'list': [100, 0.01, 'hello'] } '''
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