Corvid Technologies Tech Stack

High-fidelity physics simulation and defense systems engineering

Defense and Space Manufacturing Mooresville, North Carolina 201–500 employees Founded 2004 Privately Held

Corvid is a specialized engineering firm built around high-performance computing and computational physics. The stack reveals a mature HPC operation: BeeGFS, Lustre, Spectrum Scale for distributed storage; MPI and OpenMP for parallel compute; plus Ansys, Abaqus, and LS-DYNA for finite-element and shock-physics modeling. Active adoption of Warewulf, Slurm, and InfiniBand signals infrastructure modernization toward tighter cluster orchestration. Engineering dominates hiring (29 of 40 roles), but security gaps are visible — three active security roles and five pain points tied to RMF compliance, IAVM, and secure network architecture suggest defensive posture lagging operational scale.

Tech Stack 70 technologies

Core StackLinux Python Lattice Windows PowerShell Bash BeeGFS Ansys Abaqus LS-DYNA Red Hat Enterprise Linux Nessus ACAS Word Excel PowerPoint Microsoft Access Visio VHDL Verilog Vivado Quartus Xilinx Intel Altera C/C++ Cisco IOS MPI OpenMP Spectrum Scale Lustre+36 more

AdoptingIPsec Warewulf Slurm InfiniBand

What Corvid Technologies Is Building

◆Challenges

Maintaining rmf compliance
Securing systems across diverse network
Analyzing large data sets
Reducing ticket resolution time
Ensuring mission capability
Compliance with rmf iavm
Slow hpc jobs
Design-to-prototype-to-test challenges
Reducing production costs
Incorporating security gates into workflows

▲Active Projects

Analyzing performance of design iterations using commercial and in-house fea applications
Prototype munitions testing
Fire control software development
Classified incident handling process
Modifying existing models for different applications of proven technologies
Designing mechanical components and assemblies for strike systems
Hypervelocity penetration analysis
Optimizing configuration to meet nominal trajectory requirements
Hypersonic weapons and guided munitions programs
Xtr-1 radar system maintenance

Hiring Activity

Accelerating40 roles · 25 in 30d

Department

Engineering

Security

Ops

Support

Finance

Research

Seniority

Mid

Senior

Junior

Intern

Lead

Manager

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About Corvid Technologies

Corvid Technologies designs and tests complex engineering systems for defense, aerospace, and motorsports applications. Founded in 2004 and headquartered in Mooresville, North Carolina, with satellite offices in Alexandria, Virginia and Huntsville, Alabama, the company employs over 140 engineers and scientists, most holding advanced degrees. The business model is end-to-end: concept through design optimization, prototype build, and ballistics/mechanics testing. Core competencies span high-fidelity computational physics (fluid dynamics, shock physics, blast and ballistics), structural mechanics, biomechanics, and system instrumentation. The company operates proprietary massively parallel supercomputer systems and in-house test facilities, enabling rapid design iteration and validation for applications ranging from aircraft to guided munitions and armor.

HeadquartersMooresville, North Carolina

Company Size201–500 employees

Founded2004

Hiring MarketsUnited States

Frequently Asked Questions

What tech stack does Corvid Technologies use?

Corvid runs Windows and Linux with Python, C/C++, Bash, and PowerShell for development. Simulation tools include Ansys, Abaqus, and LS-DYNA. HPC infrastructure uses BeeGFS, Lustre, and Spectrum Scale for distributed storage, plus MPI and OpenMP for parallel computing. FPGA tools include Xilinx and Vivado.

Is Corvid Technologies hiring engineers?

Yes. 29 of 40 active roles are engineering positions, with hiring accelerating. Mix includes 18 mid-level, 12 senior, 4 junior, and 1 lead engineer. Hiring is US-based with roles likely in Mooresville, Alexandria, and Huntsville locations.

What is Corvid Technologies working on?

Current projects include hypersonic weapons and guided munitions programs, fire control software, hypervelocity penetration analysis, mechanical design for strike systems, and radar system maintenance. Work spans prototype munitions testing, trajectory optimization, and performance analysis using commercial and proprietary FEA tools.