


Transforming Large Enterprises and Government with Scalable and Secure Enterprise Systems Engineering
From advanced cloud engineering, software development and hybrid cloud architecture, to cybersecurity accreditation and geographic information systems (GIS), we design and implement enterprise systems that support modernization, compliance and authority to operate (ATO), and mission-critical performance for large organizations and government agencies.
From building secure, scalable infrastructures to developing cutting-edge applications, we ensure your organization is equipped to thrive in today’s dynamic technology landscape.
Is Your Organization Struggling to Develop Advanced Systems that Meet Today’s Demands?
As large businesses and government agencies pursue digital transformation, they often face significant challenges developing and integrating advanced enterprise systems that align with evolving operational goals. Common issues include:
Inability to integrate new technology with outdated legacy systems
Complexity in managing large-scale, hybrid cloud or multi-cloud environments
Lack of scalability and flexibility in current IT infrastructure
Difficulty in adopting modern software architectures, like microservices or cloud-native applications
Slow development cycles, hindering time-to-market for critical business solutions
Rising demands around compliance and cybersecurity accreditation
Underutilization of data and geographic information systems (GIS)
At Scorpion Five Technologies, we specialize in designing secure, scalable, and future-proof enterprise systems for large organizations and government agencies.
Our expertise in cloud engineering, hybrid cloud integration, microservices architecture and advanced software development ensures that you stay at the forefront of innovation, capable of building and deploying the advanced solutions your business or agency needs to thrive.


How Scorpion Five Technologies Helps You Build and Scale Advanced Systems for the Future

Cloud and Hybrid Cloud Engineering
Streamlined Infrastructure Management: Automate cloud infrastructure with Infrastructure as Code (IaC), ensuring consistency and accuracy in deployments.
Efficient Testing and Deployment: Implement DevOps practices to build automated pipelines for rapid and dynamic deployment cycles.
Consistent System Configuration: Use Configuration as Code (CaC) to ensure your IT infrastructure is configured in exactly the way it was intended and without human error.
Seamless Integration: Connect existing systems with modern cloud technologies using hybrid cloud solutions, enabling better performance and efficiency.
Robust Security: Protect your cloud infrastructure with embedded security practices throughout the development lifecycle via DevSecOps.

Distributed Systems Engineering
Scalable, High-Performance Solutions: Design and implement distributed systems that can scale to handle large, complex workloads and data.
Efficient Resource Management: Leverage containers and Kubernetes (K8S) to manage distributed applications, ensuring high availability and seamless orchestration.
Reliable Data Storage: Use distributed filesystems to store data across multiple nodes, ensuring reliability and redundancy.
Consensus and Coordination: Implement distributed consensus algorithms to ensure data consistency and coordination across systems.
Complex Workload Processing: Handle complex calculation workloads with distributed computing, optimizing performance and scalability.
Optimized Data Distribution: Implement distributed data systems that enable real-time data access and processing across geographically distributed environments.

Cybersecurity Accreditation Support
Government Accreditation Expertise: Leverage our deep experience with U.S. government Authority to Operate (ATO) frameworks like RMF and FedRAMP to ensure your systems meet federal compliance standards.
Zero Trust Architecture: Design and implement Zero Trust systems, ensuring strict access controls and protecting your organization from internal and external threats.
Secure Service Communication: Deploy service mesh technologies like Istio to manage secure, resilient communication between microservices and cloud-based applications.
Ironclad Access Control: Implement Identity, Credential, and Access Management (ICAM) systems to ensure secure, efficient management of user identities and access permissions.
Scalable Security Solutions: Build scalable, flexible security infrastructures that can adapt to the growing needs of your organization while maintaining the highest standards of protection.

Advanced Software Engineering
Open Standards-Based Development: Build robust APIs and web services using open standards like REST, gRPC, and WebSockets, ensuring seamless communication and integration across platforms.
Unified UI Development: Create workflows that allow for building user interfaces with a unified codebase, reusable in browsers, mobile browsers, and Progressive Web Apps (PWAs) that can be installed as mobile apps, ensuring efficiency, consistency, and a seamless user experience across all platforms.
Complex Backend Logic: Develop advanced backend business logic capable of handling complex calculations for use cases such as physics or engineering computations.
Native Mobile App Development: For more advanced use cases, develop native mobile apps that handle unique requirements beyond the capabilities of a PWA.

Geographic Information Systems (GIS) Engineering
Open-Source GIS Solutions: Build GIS systems entirely from OGC-compliant open-source tools, ensuring cost-effective, flexible, and customizable solutions.
Closed-Source Tools for Specialized Needs: Leverage Esri/ArcGIS and Cesium Ion in rare cases where open-source tools cannot meet specific project requirements.
Server-Side GIS Expertise: Implement server-side GIS solutions, including caching with tools like GeoWebCache and distributed deployments for scalability and high availability.
Advanced Client-Side Technologies: Utilize CesiumJS, ArcGIS APIs for JavaScript, OpenLayers, Leaflet, and QGIS to create rich, interactive maps and GIS applications for complex use cases.
Secure GIS Systems: Develop and deploy GIS solutions in highly secure domains, ensuring data protection, compliance, and resilience in sensitive environments.

Complex Enterprise Systems Architecting and Modernization
Modular Open Systems Approach (MOSA): Utilize the MOSA methodology to create flexible, scalable, and future-proof architectures that can evolve over time with changing business needs.
Business Analysis (BA) for Effective Systems Design: Apply BA techniques defined by the International Institute of Business Analysis (IIBA) and leverage the Five Component Framework for Information Systems to assess and optimize business processes and technology integration.
Agile Development Methodologies: Use Agile frameworks like Scrum for efficient development cycles, scaling up to SAFe (Scaled Agile Framework) when larger, more complex projects require it.
Legacy System Modernization: Modernize legacy systems by integrating newer technologies and architectures, ensuring seamless integration, and optimizing performance and scalability for the future.
How it Works
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