C
Computational Physics, Inc. operates deep within the U.S. government R&D ecosystem, building and maintaining precision timing networks, RF/optical systems, and satellite ground data processing infrastructure. The tech stack is production-hardened government-grade (Red Hat, VMware, Ansible, Docker, Prometheus) rather than cloud-native, and active projects cluster tightly around timing-system design, validation, and integration—suggesting CPI is executing on a multi-year infrastructure modernization contract rather than exploring new markets.
Tech Stack 48 technologies
Core StackActive Directory Ansible Puppet Podman Docker Prometheus Grafana Elasticsearch MATLAB Python ArcGIS Java C++ Red Hat Enterprise Linux VMware vSphere SolarWinds Centrify Trellix Microsoft Defender for Endpoint rsyslog LVM XFS NFS Red Hat Satellite SELinux firewalld nftables ACAS LinkedIn Recruiter DNS+18 more
What Computational Physics, Inc. Is Building
◆Challenges
- Maintaining secure, reliable network
- Maintaining critical time dissemination equipment
- Maintaining time transfer systems
- Improving time transfer techniques
- Improving astrometric and geodetic data products
- Compliance demands of government contracting
- Recruiting compliance with ofccp, eeo, far/dfars
▲Active Projects
- Deployment and maintenance of precise timing and astrometry networks
- Installation and testing of rf electronics and optical fiber systems for time dissemination
- Maintenance of timing systems and hvac for environmental control
- Rf electronics and timing system design
- Rf over fiber integration
- Atomic frequency standard validation
- Design and implementation of twstt and ftt systems
- Performance validation of twstt and ftt systems
- Integration into existing timing infrastructure
- Development and evaluation of future vlbi capabilities
Hiring Activity
6 roles · 6 in 30d
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