Portfolio Details

Project Overview:

Unified Technologies partnered with a client facing significant challenges due to an outdated IT infrastructure. This infrastructure had led to inefficient processes, disparate systems, and security vulnerabilities that impeded productivity and exposed the organization to potential cyber threats. The project aimed to modernize the client’s technology stack, enhance data management, and strengthen cybersecurity measures, leveraging AWS services and industry best practices.

Challenges:

The client’s existing IT infrastructure presented multiple issues:

Objectives:

Solution Design and Implementation:

Unified Technologies implemented a multifaceted approach to address the client’s challenges:

• Static Application Security Testing (SAST): Automated tools were used to analyze the source code for security vulnerabilities. This early identification and remediation of potential security flaws were crucial in securing the development lifecycle.
• Software Composition Analysis (SCA): Tools were leveraged to identify and manage open-source components and dependencies. This helped mitigate risks associated with third-party software vulnerabilities.
• Threat Modeling: Potential threats and vulnerabilities were analyzed to identify security risks. Strategies were developed to mitigate these risks and enhance system resilience.
• Architected AWS Security Solutions: Security architectures were designed specifically for AWS environments. Best practices for securing cloud infrastructure and applications were implemented.
• Utilized AWS Well-Architected Framework: AWS workloads were evaluated against best practices in security, reliability, performance, and cost optimization. Recommendations from the framework were applied to improve the security posture of the AWS environments.
• Ensured Serverless Security: Security measures specific to serverless architectures were implemented. Authentication, authorization, and data protection in serverless environments were managed effectively.
• Managed Identity and Access Management (IAM): Access control policies for AWS resources were defined and enforced. User identities, roles, and permissions were managed to ensure least privilege access.

Outcomes: