Carthage+Photon is an integrated DevSecOps and real-time collaboration platform that transforms how government teams deploy, manage, and interact with complex infrastructure. The system combines Carthage's powerful infrastructure automation capabilities with Photon's seamless multi-user collaboration framework. Organizations can rapidly deploy complete enterprise environments - including databases, PKI, and security tools - while enabling distributed teams t- collaboratively monitor and manage these systems through an intuitive interface. Team members can instantly share and interact with any application window or data visualization across workstations and vide- walls, regardless of their physical location or network. This unified approach t- infrastructure management and team collaboration helps government organizations accelerate their missions, improve situational awareness, and maintain operational continuity across distributed sites and classification domains.
To-Be
Carthage+Photon measurably accelerates government missions by dramatically reducing infrastructure deployment times from weeks t- hours while enabling a documented 20x increase in engineering staff productivity through its automated provisioning capabilities. Military utility assessments have shown that teams achieve a 20% improvement in operational efficiency within just the first hour of implementation. The platform scales seamlessly from small teams t- enterprise-wide deployments managing tens of thousands of CPUs and petabytes of data, while operating consistently across all classification domains from Unclassified through TS/SCI and SAP. Most importantly, organizations using Carthage+Photon have eliminated additional costs for infrastructure preparation and deployment through comprehensive automation of previously manual processes, allowing teams t- focus on mission execution rather than system maintenance.
Stakeholders
US Air Force, US Army
Business Process Model
Improving Acquisition Processes. Challenges related t- enhancing efficiency, transparency or effectiveness in procurement and acquisition workflows. Automating Manual Processes. Replacing repetitive manual workflows with automated systems t- improve efficiency and reduce errors. Enhancing communication and NLP Understanding. Improving human-computer interaction or inter-team communication using natural language processing and related technologies. Data Integration Across Systems. Resolving challenges in consolidating and harmonizing data from multiple platforms, systems, or sources for unified insights. Cybersecurity. Architectures, AI as a weapon, Responsible AI, Cryptographic modernization, DEVESECOPS, Risk Management, User Activity Monitoring, and Insider Threat, and Zer- Trust. Improving Decision-Making with Actionable Insights. Enabling more informed decisions by providing clear, actionable, and data-driven insights t- stakeholders.