Exigences en matière de sécurité des données pour les sites web des administrations publiques et des organismes d'État

How does an institution planning a new gouvernement website or evaluating proposals from website development vendors, prioritise data security as one of its highest priorities? EnspireFX works on a number of Ghanaian state agencies, and it’s clear that government websites handle sensitive personal, financial, and operational information, making them critical digital infrastructure.

A government website should be designed as a secure system first and a public website second. Security should not be treated as an afterthought or added after deployment. Instead, it should be incorporated into procurement, design, development, deployment, and ongoing maintenance.

Security Begins During Procurement

Security requirements should form part of every website procurement process. They should be included in tender documents, technical specifications, and contracts so that vendors understand the expected security standards from the outset.

Government institutions should also maintain active maintenance agreements with their website vendors to ensure content management systems, web servers, databases, and supporting software receive timely security updates and patches.

Information Security Governance

Efficace sécurité du site web requires clear responsibilities within every institution.

Government organisations should appoint a senior officer responsible for information security and establish an Information Security Incident Response Team (ISIRT) to detect, manage, and respond to security incidents.

Security controls should be assessed regularly, while systems should be categorised according to the impact that a loss of confidentiality, integrity, or availability would have on government operations.

Secure Connections and Data Encryption

Every government website should enforce HTTPS across all pages, including login portals and administration areas, to protect information during transmission.

HTTP Strict Transport Security (HSTS) should be implemented to ensure browsers always establish secure connections.

Websites should use valid SSL certificates with at least 2048-bit SHA 256 encryption. Certificates should be monitored continuously and renewed before expiry.

Sensitive information stored in databases and servers should also be encrypted to protect data at rest.

Identity and Access Management

Administrative access should be protected using Multi-Factor Authentication (MFA) for all content management system, administration, and backend users.

Access permissions should follow the principle of least privilege, ensuring users receive only the level of access necessary to perform their duties.

Strong password policies should also be enforced. Passwords should contain at least 12 to 14 characters, including uppercase letters, lowercase letters, numbers, and symbols. Each system should have unique passwords, passwords should be changed regularly, and all default vendor passwords should be replaced before deployment.

Secure Development and Infrastructure

Security should be integrated throughout the website development lifecycle.

Applications deployed in containers should contain only the components required to operate, reducing the attack surface by removing unnecessary software. Only trusted and signed container images should be used.

Development, testing, and production environments should remain completely isolated from one another to prevent unintended access to live systems.

Infrastructure should also be hardened by disabling unnecessary services, ports, and drivers while preventing web servers from exposing operating system and software version information.

Modern deployment practices should create new deployment instances for every update rather than modifying live production systems.

Protecting Government Data

Government information should be classified according to its sensitivity so that appropriate security controls can be applied.

All user input should be validated on both the client and server sides to reduce the risk of malicious attacks and data corruption.

Files uploaded through government websites should be scanned for logiciel malveillant, while high-risk file types should be blocked unless specifically authorised.

Configuration files used by web servers should be protected from unauthorised access, and regular backups, including offline copies, should be maintained to support disaster recovery and business continuity.

Before any physical or digital storage media is reused or disposed of, it should be sanitised or destroyed to prevent data recovery.

Continuous Monitoring

Website security is an ongoing process rather than a one-time implementation.

Government institutions should regularly review system logs for suspicious activity, including failed login attempts and unauthorised privilege changes.

Continuous vulnerability scanning should be used to identify known security weaknesses in software and infrastructure.

Vulnerability disclosure programmes and bug bounty initiatives can also help identify security flaws before they are exploited.

Incident Response and Transparency

Every government website should provide a clear process for reporting suspected security issues or broken security features.

Privacy policies should clearly explain why information is collected, how it is used, and how it is protected.

Whenever significant system changes or security incidents occur, organisations should perform comprehensive security assessments to confirm that existing controls remain effective.

Minimum Security Areas Every Government Website Should Address

A secure government website should include controls covering:

• Access control.
• Security awareness and training.
• Audit and accountability.
• Security assessments.
• Configuration management.
• Contingency planning and backups.
• Identification and authentication.
• Incident response.
• System maintenance.
• Media protection.
• Physical security.
• Security planning.
• Personnel security.
• Risk assessment.
• Secure system acquisition.
• Communications security.
• System integrity.

How EnspireFX Builds Secure Government Websites

Government websites are entrusted with protecting sensitive public information and delivering essential digital services. Security should therefore be embedded into every stage of a website project, from procurement and development to deployment, maintenance, and ongoing monitoring.

At EnspireFX, security is built into every government website we develop. By implementing recognised security controls, secure development practices, strong identity management, encryption, continuous monitoring, and robust data protection measures, we help public institutions deliver secure, reliable, and trustworthy digital services.