Syrian e-Government Project

This is a preliminary study for the Syrian e-government project.

National Digital Identity & E-Government Infrastructure

Executive Summary

This initiative sets the cornerstone for a national e-government ecosystem, starting with a robust, secure digital identity system for all citizens and residents. By anchoring the platform on MOSIP, a globally recognized open-source identity framework, we ensure both quality and sustainability.

Our approach is based on real-world considerations and opportunities: leveraging open-source technologies, training in-house teams, and reducing dependence on expensive proprietary systems. This makes the project cost-effective, scalable, and a catalyst for national capacity building.

This project is a launchpad for advanced technologies like AI, blockchain, and smart cities, and comes at the perfect time — during a national wave of bureaucratic reform and digital transformation.

Unlike outdated systems, we embed cybersecurity and integration from day one, not as an afterthought. Our secondary objective: we aim to build national talents, growing the country's remote work potential and unlocking new income streams for economic growth.

Secure First by Design

From the initial line of code to final deployment, our strategy is built to defend against  threats like web attacks that often exploit public-facing endpoints, and availability threats such as DoS attacks that aim to overwhelm servers, and even infrastructure can be compromised through misconfigurations, broken access controls, or insider threats—including misuse of privileges or intentional backdoors. Additionally, zero-day vulnerabilities and weaknesses in the software supply chain further expand the attack surface, requiring constant vigilance and proactive defense mechanisms.

Out Approach

Secure Software Development Lifecycle (SSDLC) - a structured approach that embeds security practices at every stage of software creation, from planning to deployment and maintenance.

We also maintain software integrity through continuous testing and code audits, ensuring early detection of vulnerabilities.

Layered Network Architecture

• 🌐 Public Access – Citizen portals & service access.
• 🛡️ Internal Network – Access via VPN for project staff
• 🔗 API Gateway – Module-to-module & 3rd party integration

Technology Stack – Thoughtfully Chosen, Built to Scale

Core Identity Layer:
 🧬 MOSIP (Modular Open Source Identity Platform) - is used by governments globally and supports multi-biometric systems, open standards, and high interoperability.

Modular Stack for Future E-Gov Services:
Services like Health, Education, Finance, and Agriculture require diverse tech capabilities:

• AI & ML – for decision-making, automation
• Blockchain – integrity, transparency, smart contracts
• Containerized Backend Apps – scalable, portable
• Web & Mobile Frontends – accessible to all citizens

Therefore, the Typescript stack is the most pragmatic technology. It can save duplicating code by running services on the front & backend, and it is very well supported on the above mentioned technologies.

Development Process: Local Empowerment with Expats Expertise

Our senior technical consultants will play the role of directing, designing, and training. Whilst implementation will be carried out by developers teams in-country. The development teams can hybrid public-private sectors

The motivation for this is to build country capacity, creating job pipelines, and boosting national tech talent exports (Case study: Egypt’s successful remote work & tech services model)

Modular Integration by Design

Integration is not optional — it's a core pillar. Most other countries and systems faced huge challenges to add integrations. We will avoid as much technical debt as possible by: standardization.

• Enforcing shared tech stack across all modules
• Issuing development standards for third-party systems
• Ensuring early interoperability and shared protocols