- Teks
- Sejarah
The insecure interface of Applicati
The insecure interface of Application Programming Interface (API) (I15) issue covers the
vulnerabilities in the set of APIs in the cloud portal (customers use these APIs to connect to a cloud)
which can expose an organization to several threats such as unauthorized access, content transmission,
reusable token and logging capabilities [1]. Quality of service (QoS) (I16) is an unattended issue [32]
because many cloud service providers focus only on fast performance and low cost [31]. In this work,
we consider QoS in the domain of any function or activity that directly or indirectly affect security. A
simple error in the configuration of one or more of the cloud components may cause severe consequences
because cloud configurations could be shared by many services [4]. Technical flaws (I17), also known
as reputation fate sharing [38], in which errors transfer from a corrupted server to each virtual machine
created on that server becomes worse when the corruption transfers through the infected mobile VM to
other servers. Therefore, it is extremely important to identify and fix fate sharing incidents and
implement the best practices to prevent them from reoccurring. Reliability of suppliers (I18) is an
important factor that requires a background check on the staff to control data and hardware access [4].
It is highly recommended that companies should evaluate its staff in order to protect its assets and data
and provide this information to public to gain customer’s trust. Servers in the cloud are the backbone to
its infrastructure that provides numerous services such as directory service, data storage and mail.
Intruders can access the system if the security attributes of the servers are not configured properly
(security misconfiguration—I19) [39]. This misconfiguration could happen in the application stack, the
framework, the web server, the custom code as well as the platform. Note that this is different from
inadequate network security configuration (I7), which includes network level security
misconfigurations. Cloud serves serve multiple simultaneous users through virtualization, which allows
the sharing of the same software and hardware resources by different users. This multi-tenancy (I20)
capability could lead to information leakage from one tenant to other server mates [40]. Attacks such as
VM-to-VM and compromised VM are becoming hub for future attacks. In terms of server location (I21)
precautions, it is important to keep in mind that the floor should be anti-static, should have no window
vulnerabilities in the set of APIs in the cloud portal (customers use these APIs to connect to a cloud)
which can expose an organization to several threats such as unauthorized access, content transmission,
reusable token and logging capabilities [1]. Quality of service (QoS) (I16) is an unattended issue [32]
because many cloud service providers focus only on fast performance and low cost [31]. In this work,
we consider QoS in the domain of any function or activity that directly or indirectly affect security. A
simple error in the configuration of one or more of the cloud components may cause severe consequences
because cloud configurations could be shared by many services [4]. Technical flaws (I17), also known
as reputation fate sharing [38], in which errors transfer from a corrupted server to each virtual machine
created on that server becomes worse when the corruption transfers through the infected mobile VM to
other servers. Therefore, it is extremely important to identify and fix fate sharing incidents and
implement the best practices to prevent them from reoccurring. Reliability of suppliers (I18) is an
important factor that requires a background check on the staff to control data and hardware access [4].
It is highly recommended that companies should evaluate its staff in order to protect its assets and data
and provide this information to public to gain customer’s trust. Servers in the cloud are the backbone to
its infrastructure that provides numerous services such as directory service, data storage and mail.
Intruders can access the system if the security attributes of the servers are not configured properly
(security misconfiguration—I19) [39]. This misconfiguration could happen in the application stack, the
framework, the web server, the custom code as well as the platform. Note that this is different from
inadequate network security configuration (I7), which includes network level security
misconfigurations. Cloud serves serve multiple simultaneous users through virtualization, which allows
the sharing of the same software and hardware resources by different users. This multi-tenancy (I20)
capability could lead to information leakage from one tenant to other server mates [40]. Attacks such as
VM-to-VM and compromised VM are becoming hub for future attacks. In terms of server location (I21)
precautions, it is important to keep in mind that the floor should be anti-static, should have no window
0/5000
The insecure interface of Application Programming Interface (API) (I15) issue covers the
vulnerabilities in the set of APIs in the cloud portal (customers use these APIs to connect to a cloud)
which can expose an organization to several threats such as unauthorized access, content transmission,
reusable token and logging capabilities [1]. Quality of service (QoS) (I16) is an unattended issue [32]
because many cloud service providers focus only on fast performance and low cost [31]. In this work,
we consider QoS in the domain of any function or activity that directly or indirectly affect security. A
simple error in the configuration of one or more of the cloud components may cause severe consequences
because cloud configurations could be shared by many services [4]. Technical flaws (I17), also known
as reputation fate sharing [38], in which errors transfer from a corrupted server to each virtual machine
created on that server becomes worse when the corruption transfers through the infected mobile VM to
other servers. Therefore, it is extremely important to identify and fix fate sharing incidents and
implement the best practices to prevent them from reoccurring. Reliability of suppliers (I18) is an
important factor that requires a background check on the staff to control data and hardware access [4].
It is highly recommended that companies should evaluate its staff in order to protect its assets and data
and provide this information to public to gain customer’s trust. Servers in the cloud are the backbone to
its infrastructure that provides numerous services such as directory service, data storage and mail.
Intruders can access the system if the security attributes of the servers are not configured properly
(security misconfiguration—I19) [39]. This misconfiguration could happen in the application stack, the
framework, the web server, the custom code as well as the platform. Note that this is different from
inadequate network security configuration (I7), which includes network level security
misconfigurations. Cloud serves serve multiple simultaneous users through virtualization, which allows
the sharing of the same software and hardware resources by different users. This multi-tenancy (I20)
capability could lead to information leakage from one tenant to other server mates [40]. Attacks such as
VM-to-VM and compromised VM are becoming hub for future attacks. In terms of server location (I21)
precautions, it is important to keep in mind that the floor should be anti-static, should have no window
vulnerabilities in the set of APIs in the cloud portal (customers use these APIs to connect to a cloud)
which can expose an organization to several threats such as unauthorized access, content transmission,
reusable token and logging capabilities [1]. Quality of service (QoS) (I16) is an unattended issue [32]
because many cloud service providers focus only on fast performance and low cost [31]. In this work,
we consider QoS in the domain of any function or activity that directly or indirectly affect security. A
simple error in the configuration of one or more of the cloud components may cause severe consequences
because cloud configurations could be shared by many services [4]. Technical flaws (I17), also known
as reputation fate sharing [38], in which errors transfer from a corrupted server to each virtual machine
created on that server becomes worse when the corruption transfers through the infected mobile VM to
other servers. Therefore, it is extremely important to identify and fix fate sharing incidents and
implement the best practices to prevent them from reoccurring. Reliability of suppliers (I18) is an
important factor that requires a background check on the staff to control data and hardware access [4].
It is highly recommended that companies should evaluate its staff in order to protect its assets and data
and provide this information to public to gain customer’s trust. Servers in the cloud are the backbone to
its infrastructure that provides numerous services such as directory service, data storage and mail.
Intruders can access the system if the security attributes of the servers are not configured properly
(security misconfiguration—I19) [39]. This misconfiguration could happen in the application stack, the
framework, the web server, the custom code as well as the platform. Note that this is different from
inadequate network security configuration (I7), which includes network level security
misconfigurations. Cloud serves serve multiple simultaneous users through virtualization, which allows
the sharing of the same software and hardware resources by different users. This multi-tenancy (I20)
capability could lead to information leakage from one tenant to other server mates [40]. Attacks such as
VM-to-VM and compromised VM are becoming hub for future attacks. In terms of server location (I21)
precautions, it is important to keep in mind that the floor should be anti-static, should have no window
Sedang diterjemahkan, harap tunggu..
Antarmuka aman dari Application Programming Interface (API) (I15) masalah meliputi
kerentanan di set API di portal awan (pelanggan menggunakan API ini untuk terhubung ke awan)
yang dapat mengekspos organisasi untuk beberapa ancaman seperti akses yang tidak sah, transmisi konten,
tanda dapat digunakan kembali dan penebangan kemampuan [1]. Kualitas layanan (QoS) (I16) adalah masalah tanpa pengawasan [32]
karena banyak penyedia layanan cloud hanya fokus pada kinerja yang cepat dan biaya rendah [31]. Dalam karya ini,
kita mempertimbangkan QoS dalam domain fungsi atau kegiatan yang secara langsung atau tidak langsung mempengaruhi keamanan. Sebuah
kesalahan sederhana dalam konfigurasi satu atau lebih komponen awan dapat menyebabkan konsekuensi berat
karena konfigurasi awan dapat digunakan bersama oleh banyak layanan [4]. Kekurangan teknis (I17), juga dikenal
sebagai berbagi reputasi nasib [38], di mana mentransfer kesalahan dari server rusak untuk setiap mesin virtual
yang dibuat pada server yang menjadi lebih buruk ketika transfer korupsi melalui ponsel VM yang terinfeksi ke
server lain. Oleh karena itu, sangat penting untuk mengidentifikasi dan memperbaiki insiden berbagi nasib dan
menerapkan praktek-praktek terbaik untuk mencegah mereka dari reoccurring. Keandalan dari pemasok (I18) merupakan
faktor penting yang memerlukan pemeriksaan latar belakang pada staf untuk mengontrol data dan akses hardware [4].
Hal ini sangat dianjurkan bahwa perusahaan harus mengevaluasi stafnya untuk melindungi aset dan data
dan memberikan informasi ini kepada publik untuk mendapatkan kepercayaan pelanggan. Server di awan adalah tulang punggung untuk
infrastruktur yang menyediakan berbagai layanan seperti layanan direktori, penyimpanan data dan surat.
Penyusup dapat mengakses sistem jika atribut keamanan server tidak dikonfigurasi dengan benar
(keamanan misconfiguration-I19) [39]. Misconfiguration ini bisa terjadi dalam aplikasi stack, yang
kerangka, server web, kode kustom serta platform. Perhatikan bahwa ini berbeda dari
konfigurasi jaringan yang tidak memadai keamanan (I7), yang meliputi tingkat keamanan jaringan
kesalahan konfigurasi. Cloud berfungsi melayani beberapa user secara simultan melalui virtualisasi, yang memungkinkan
berbagi sumber daya perangkat lunak dan perangkat keras yang sama oleh pengguna yang berbeda. Multi-tenancy (I20) ini
kemampuan dapat menyebabkan kebocoran informasi dari satu penyewa untuk pasangan server lain [40]. Serangan seperti
VM-to-VM dan dikompromikan VM menjadi hub untuk serangan di masa depan. Dalam hal lokasi server (I21)
tindakan pencegahan, penting untuk diingat bahwa lantai harus anti-statis, seharusnya tidak ada jendela
kerentanan di set API di portal awan (pelanggan menggunakan API ini untuk terhubung ke awan)
yang dapat mengekspos organisasi untuk beberapa ancaman seperti akses yang tidak sah, transmisi konten,
tanda dapat digunakan kembali dan penebangan kemampuan [1]. Kualitas layanan (QoS) (I16) adalah masalah tanpa pengawasan [32]
karena banyak penyedia layanan cloud hanya fokus pada kinerja yang cepat dan biaya rendah [31]. Dalam karya ini,
kita mempertimbangkan QoS dalam domain fungsi atau kegiatan yang secara langsung atau tidak langsung mempengaruhi keamanan. Sebuah
kesalahan sederhana dalam konfigurasi satu atau lebih komponen awan dapat menyebabkan konsekuensi berat
karena konfigurasi awan dapat digunakan bersama oleh banyak layanan [4]. Kekurangan teknis (I17), juga dikenal
sebagai berbagi reputasi nasib [38], di mana mentransfer kesalahan dari server rusak untuk setiap mesin virtual
yang dibuat pada server yang menjadi lebih buruk ketika transfer korupsi melalui ponsel VM yang terinfeksi ke
server lain. Oleh karena itu, sangat penting untuk mengidentifikasi dan memperbaiki insiden berbagi nasib dan
menerapkan praktek-praktek terbaik untuk mencegah mereka dari reoccurring. Keandalan dari pemasok (I18) merupakan
faktor penting yang memerlukan pemeriksaan latar belakang pada staf untuk mengontrol data dan akses hardware [4].
Hal ini sangat dianjurkan bahwa perusahaan harus mengevaluasi stafnya untuk melindungi aset dan data
dan memberikan informasi ini kepada publik untuk mendapatkan kepercayaan pelanggan. Server di awan adalah tulang punggung untuk
infrastruktur yang menyediakan berbagai layanan seperti layanan direktori, penyimpanan data dan surat.
Penyusup dapat mengakses sistem jika atribut keamanan server tidak dikonfigurasi dengan benar
(keamanan misconfiguration-I19) [39]. Misconfiguration ini bisa terjadi dalam aplikasi stack, yang
kerangka, server web, kode kustom serta platform. Perhatikan bahwa ini berbeda dari
konfigurasi jaringan yang tidak memadai keamanan (I7), yang meliputi tingkat keamanan jaringan
kesalahan konfigurasi. Cloud berfungsi melayani beberapa user secara simultan melalui virtualisasi, yang memungkinkan
berbagi sumber daya perangkat lunak dan perangkat keras yang sama oleh pengguna yang berbeda. Multi-tenancy (I20) ini
kemampuan dapat menyebabkan kebocoran informasi dari satu penyewa untuk pasangan server lain [40]. Serangan seperti
VM-to-VM dan dikompromikan VM menjadi hub untuk serangan di masa depan. Dalam hal lokasi server (I21)
tindakan pencegahan, penting untuk diingat bahwa lantai harus anti-statis, seharusnya tidak ada jendela
Sedang diterjemahkan, harap tunggu..
Bahasa lainnya
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- que. linda. se .la .be. parada. alado. d
- all i wanted was you
- Amour arc en
- Live this day eagerly
- Happy Weekend dear friends
- hanya ingin kau tau
- AKu sayang semua orang yang ada dihidupk
- Story in my heart
- Don't look back,look ahead becouse the f
- Get well soon dear
- Accommodation and Audience Design Accomo
- cuma kamu
- Jangan melihat ke belakang, lihatlah ke
- on the we
- Passion
- on the wey
- Happy Weekend all
- Just move on
- Passionate
- Walking dead
- Politeness and Interaction A great deal
- The walking dead
- I'am leader of eko haters
- U need money or not miss yenni
