A Security Perspective for e-Government Platforms

A Security Perspective for e-Government Platforms

By Gov CIO Outlook | Tuesday, October 20, 2020

Governments have begun exploring emerging technologies to enhance their data security for e-government systems to protect accounts and prevent data integrity loss.

FREMONT, CA: Day by day, more stories surface about data loss from e-government systems worldwide. Accounts have been used to gain governmental systems access, resulting in destructive attacks that put citizens’ sensitive information into the hackers’ hands. The US government recently announced one of the largest e-government attacks, resulting in the loss of over 4 million employees’ private information, including background checks, security clearance information, social security numbers, and many more. The lead hackers to have the means to apply to work passes, generate new businesses, among several other things. Citizens expect that the government has appropriately secured e-government processing to prevent data loss. Given the number of threats, government entities have no choice but to make security a top priority. Read on to know more. Top 10 Election and Campaign Management Solution Companies - 2020

Advanced technologies are being implemented to protect all e-government processes – from account login to data movement. Security mechanisms that can be used to improve data integrity include multi-factor authentication (MFA) and signing technologies, which provide authorization to perform data transactions and activities within electronic government platforms. MFA is becoming an essential addition to e-government technology, which has been outdated and vulnerable to hacks. Based on the rise of breaches in government systems, authorities published guidance on electronic authentication within government IT systems, listing needs for identity proofing, tokens, registration, and management processes within authentication.

Signature technologies are the premise of data integrity and non-repudiation by verifying that the transaction truly originated from the sender. Signatures are developed on PKIs and have extensive needs to protect data integrity, like the requirement of a data set verifying who issued the qualified certificate and verification of the sender’s name and origination. Many strategies have been implemented to approach signatures – like the traditional asymmetric keys used in digital signatures.

E-government is becoming the core of how a government operates, and thus it is no surprise that it is one of the significant targets of nation-state cyber groups. In the future, new challenges will be on the horizon for the e-government system as they are increasingly shifting to digital environments.

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