Highlights of Our SSDLC

Conducting a black-box assessment, we rigorously evaluate the reliability, scalability, and functionality of OSS libraries for our data security product. Through diverse input testing, we aim to identify foundational libraries aligning with our product roadmap, ultimately yielding a curated list of essential tools.

Initiating the code development journey, our focus lies in comprehending the existing codebase. Through activities such as crafting specifications, creating skeletons, establishing hooks for future enhancements, and embedding hardening hints (e.g., SSL implementation, secure password retrieval), we pave the way for the evolution of microservices with distinct boundaries. The ultimate outcome is a strategically modified and extensible codebase, accompanied by comprehensive specifications.

In the phase of first hop integration, our emphasis is on aligning neighboring modules according to specifications, ensuring a seamless connected flow. The result is the establishment of a semi-connected platform, where these integrated components work cohesively to lay the initial foundation for a robust and interoperable system.

In the pivotal stage of multi-hop integration, our primary activity involves the comprehensive integration of all components. This includes centralizing authentication and authorization, implementing a foundational gateway, incorporating client-IDs, and unifying datastores. The ultimate outcome is the establishment of end-to-end value-added flows. Initially, this phase serves as the bedrock, providing a foundation that not only streamlines existing services but also facilitates the seamless addition of more services in the future.

In the strategic focus on cloud enablement, our primary activity involves setting up cloud services and transitioning from dockerized services to managed solutions. This transformation culminates in the successful outcome of our platform running seamlessly on the cloud, leveraging the scalability, efficiency, and managed features provided by cloud infrastructure.

In our dedicated pursuit of quality, encompassing both functionality and code security, our activities revolve around extensive feature testing, meticulous code reviews, consideration of edge cases, and the implementation of shift-left security practices, including Static Application Security Testing (SAST) and Vulnerability Assessment and Penetration Testing (VAPT). The intended outcome is the delivery of a functionally stable version devoid of any security issues, ensuring a robust and secure software product.

In the pursuit of scalability, our strategic focus involves rigorous performance testing, load and stress testing, pod-scaling for dynamic resource allocation, resilience testing, optimization of web loading times, and fine-tuning query performance. Additionally, we implement technologies like Application Load Balancers (ALB), Network Load Balancers (NLB), and Envoy to enhance scalability. The desired outcome is the creation of an infinitely scalable platform, capable of seamlessly handling increased workloads and ensuring optimal performance under varying conditions.

In the pivotal focus on deployment and operations automation, our key activities include the creation of Ansible, Helm Chart, and Terraform scripts. Concurrently, we establish a robust monitoring framew`ork, define essential metrics and alerts, and craft notification templates. The ultimate outcome is the realization of automated deployment processes and a comprehensive monitoring and control system, streamlining operations for increased efficiency and reliability.

In the dedicated focus on securing cloud operations, our activities revolve around cloud hardening practices, implementation of Kubernetes security policies, and regular Elastic Container Registry (ECR) scans. The intended outcome is a fortified cloud infrastructure and Kubernetes environment, ensuring a robust defense against potential vulnerabilities and threats. This comprehensive approach contributes to the creation of a secure cloud operations environment, enhancing the overall resilience of the system.

In our emphasis on GxP (Good Practice) compliance, key activities include infrastructure qualification, operational qualification, generation of comprehensive summary reports, and a thorough security report. The ultimate goal is to establish a GxP-compliant platform, ensuring that the infrastructure and operations adhere to the stringent quality standards outlined in regulatory frameworks. The outcome is a platform that meets the necessary criteria for reliability, security, and traceability, aligning with GxP compliance requirements.