Engineering & Integration
BreakForth provides Engineering & Integration services that help federal, state, and local agencies modernize their IT infrastructure, enhance system interoperability, and drive digital transformation. We specialize in delivering secure, scalable, and mission-driven solutions that integrate emerging technologies, optimize performance, and ensure seamless operations across government systems.
Our Engineering & Integration services encompass system architecture design, software and hardware integration, cloud solutions, enterprise IT modernization, and cybersecurity. We assist agencies in designing, developing, and deploying resilient systems that support mission-critical functions, enhance operational agility, and ensure compliance with federal IT mandates.
BreakForth provides end-to-end cloud engineering and integration, enabling agencies to transition from legacy infrastructure to secure, cloud-based environments. Our expertise includes cloud migration, multi-cloud management, cloud security, and infrastructure optimization, ensuring seamless interoperability between on-premises and cloud platforms. We leverage leading cloud technologies such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud to support high-performance computing, data analytics, and secure remote access.
With a focus on efficiency, security, and innovation, we align our engineering and integration services with agency requirements to deliver automated workflows, AI-driven analytics, and Zero Trust security architectures. Our solutions help agencies improve system reliability, streamline operations, and reduce costs while maintaining strict compliance with FISMA, FedRAMP, and NIST standards.
BreakForth is committed to delivering future-ready engineering and integration solutions that enhance system performance, accelerate cloud adoption, and strengthen mission success. Our approach ensures that government agencies have the right technologies, strategies, and secure architectures to meet evolving operational demands with agility, precision, and resilience.
