Common Techniques Utilized by Enterprises to Secure Data

In the current digital age details are power and all sorts of information is presently stored on protected servers run by companies themselves or by third party operators. If your company cannot safeguard its data from access by unauthorized individuals, the effect can result in devastating for the organization itself in addition to all vendors and stakeholders associated with the organization. Such critical data that are usually protected using leading information security services may be used by unauthorized visitors to commit crimes for example insider buying and selling, tender fixing etc. Countries around the globe have laws and regulations to avoid such unauthorized data access and non-compliance using the guidelines is cognizable offence using the companies having to pay hefty fines towards the government, when the data safety measures are breached. However, people are asking that arises is how you can companies make sure that their data stays protected against access by unauthorized individuals. A few of the security solutions made to ensure proper data protection are:

Open Authentication Mechanisms

Open authentication mechanisms are generally put on limit the ease of access of web-based enterprise solutions, particularly in cases, in which the generally used User ID and Password-based authentication procedures are considered to become insufficient. Generally used open authentication procedures include OpenID, Security Assertion Markup Language (SAML) and X.509 Certificate.


OpenID is really a leading open standard, which mentions procedures through which, enterprise users might be authenticated utilizing a decentralized system. The primary advantages of OpenID are removal of the requirement of services to supply their very own systems along with the power presented to users for consolidating their very own digital identities. Users are permitted to produce their very own OpenID account and employ exactly the same username and passwords to go browsing to the website or web-based solution, which accepts OpenID authentication.

SAML (Security Assertion Markup Language)

SAML, an ip the OASIS Security Services Technical Committee, is definitely an open standard in line with the XML platform. SAML props up exchange of information needed for authorization and authentication between two separate security domains for example from a company as well as an identity provider. The present SAML specifications either recommend or mandate using TLS 1. or SSL 3. for supplying transport level security, while, XML File encryption and XML Signature are needed to supply message-level security.

X.509 Certificate

X.509 Certificate is definitely an ITU-T (Worldwide Telecom Union-Telecommunication) standard for Privilege Management Infrastructure (PMI) and public key infrastructure (PKI). Key specifications incorporated within the X.509 Certificate include standard formats regarding certification path validation formula, attribute certificates, certificate revocation lists and public key certificates. Version 3. from the X.509 is extremely versatile and able to support meshes and bridges in addition to the strict hierarchy-based system of certificate government bodies based on the X.500 standard, that was mostly utilized by countries to satisfy agreement needs associated with condition identity information discussing. Within the X.509 system, an accreditation authority is permitted to issue certificates binding key to a different name (like a DNS entry/current email address) in order to a particular distinguished name (like the X.500 system). Using the X.509 certification a business can distribute its reliable root certificate to the employees to allow enterprise-wide accessibility company’s PKI system using any web-browser.

Digital Signature

This is among the most typical techniques to guarantee the authenticity of digital documents. An electronic signature is composed of a mathematical plan, along with a valid digital signature essentially signifies that the transmitted message was received in the original form and it was not altered throughout the transit period. Using digital signature is most typical in situation of monetary transactions and software distribution, as both cases require superior security to identify tampering or forgery. Digital signature is frequently used interchangeably with electronic signature, but, electronic signature is a much wider term, which is often used in mention of the data, with a choice of transporting a signature. Generally, the maths schemes of Digital Signatures are cryptography based, which on correct implementation, tend to be more hard to forge when compared with handwritten signatures. Aside from financial transactions and software distribution, Digital Signatures will also be present in messages, contracts and emails transmitted utilizing a cryptographic protocol. Superior security may also be supplied by saving the non-public key generated to be used on the key card.

File encryption

Security of information whether stored on the server or transmitted to other people is definitely a significant concern for enterprises around the globe. Among the generally used strategies to ensure superior security is using SSL (Secure Socket Layer), which prevents the unauthorized access of information to some degree. However, SSL is not capable of securing the information if multiple intermediaries are involves during transfer. File encryption is carefully associated with cryptography also it helps to ensure that the information is made unreadable unless of course the consumer has got the correct answer to decrypt the content. File encryption is among the leading strategies to ensure ongoing protection of sensitive information for data stored on mobility devices and servers.

Identity Provisioning

Identity provisioning describes creating, maintaining and de-activating identification attributes and objects, available in multiple applications, directories or systems in situation of numerous interactive or automated business functions. The entire process of identity provision frequently includes the next processes- federated change control, delegated user administration, consolidated user administration, self service workflow in addition to change propagation. User objects are generally accustomed to identify various recipients for example partners, vendors, customers, employees etc. Key services incorporated in identity provisioning include use of enterprise computing sources, approved use of protected database products, inclusion inside a restricted user directory, use of encrypted enterprise email etc.

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