C5ISR · Autonomy · Energy · Subsurface
Vernier Dynamics: See first.Reach further.Hold longer.
Connected systems for ground, air and grid. Built to sense earlier, reach further and outlast the threat.
- Defense
- Aerospace
- Energy
- Geotech
02Doctrine
Capability is not bought. It is built: material, power, sensing, intelligence, mission. Every layer we field makes the next system faster to build and harder to match.
- 01 / Depth
- One stack, from material to mission.
- 02 / Fleet
- Nearly a dozen lines across four domains.
- 03 / Tempo
- Moving into deployment and production.
03The fleet
Quietly assembled.
Eight lines across four domains. Details released as they clear.
- 01VD-D-01
[DEFENSE SYSTEMS]
Ground autonomy
- TCR: Transition to Current Readiness
- R&D: Research and Development
- NF: Near Future
- 02VD-D-02
[DEFENSE SYSTEMS]
Counter-UAS and EM effects
- PN: Produced / Operational
- TCR: Transition to Current Readiness
- R&D: Research and Development
- 03VD-D-03
[DEFENSE SYSTEMS]
Survivability and signature
- PN: Produced / Operational
- TCR: Transition to Current Readiness
- NF: Near Future
- 04VD-A-01
[AIRBORNE SYSTEMS]
Hybrid ISR platforms
- R&D: Research and Development
- NF: Near Future
- 05VD-A-02
[AIRBORNE SYSTEMS]
Standoff systems
- TCR: Transition to Current Readiness
- R&D: Research and Development
- NF: Near Future
- CONTR.: Contractual Collaboration
- 06VD-E-01
[ADVANCED ENERGY SYSTEMS]
Hydrogen fuel cells and PEM
- TCR: Transition to Current Readiness
- R&D: Research and Development
- NF: Near Future
- 07VD-E-02
[ADVANCED ENERGY SYSTEMS]
CPCD: charging and power conversion
- PN: Produced / Operational
- TCR: Transition to Current Readiness
- 08VD-G-01
[SUBSURFACE INTELLIGENCE SYSTEMS]
Non-invasive subsurface intelligence
- R&D: Research and Development
- NF: Near Future
04Four strategic verticals
[DEFENSE SYSTEMS]
Resilient Defense Architectures
Ground autonomy, survivability and counter-air effects, engineered to work as one network.
Explore Defense
05Integrated capability model
One stack. Four domains.
01 / 08Mission Outcome
The operational effect a system exists to deliver.
- 01Mission OutcomeThe operational effect a system exists to deliver.
- 02Mission SystemsPlatforms, payloads and operators integrated into one mission capability.
- 03IntelligenceEstimation, inference and autonomy over incomplete observations.
- 04SensingEO/IR, RF, mmWave and field instrumentation that make an environment measurable.
- 05Control / Compute / CommunicationEmbedded control, mission computing and data-link architecture.
- 06Power / EnergyFuel cells, battery systems, power electronics and conversion.
- 07Materials / StructureMaterials and structures that set mass, stiffness and survivability.
- 08Physical PlatformGround, aerial and field-deployable vehicles and instruments.
- A strategic model, not a bill of materials.
06Engineering base
No hand-offs.
Design, simulation, build and test share one bench.
- 01
Systems engineering
Requirements, architecture and interface control across subsystems.
- 02
Mechanical engineering
Structures, mechanisms, enclosures and thermal paths.
- 03
Electronics
Board-level design for sensing, control and power.
- 04
Embedded systems
Firmware, real-time control and on-board computation.
- 05
Power electronics
Conversion, charging, drive control and power distribution.
- 06
Advanced materials
Materials selection and research for demanding environments.
- 07
CAE and simulation
Structural, thermal, electromagnetic and multiphysics analysis.
- 08
Digital engineering
Model-based design, CAD and digital design continuity.
- 09
Prototyping
Rapid build of functional prototypes and test articles.
- 10
Test and validation
Bench, environmental, RF and field testing.
- 11
Manufacturing engineering
Process, tooling and fixtures for repeatable production.
- 12
Design validation and analysis
Independent design review and analytical engineering for partner programs.
07Industrial base
The factory is part of the system.
Machining, fabrication, assembly and test. Prototype to production without leaving the building.
08Bench to field
Nine gates. No shortcuts.
Between an idea and a fielded system sit nine gates. Every line passes each one, in order.
- 01Research
- 02Concept Development
- 03Engineering Development
- 04Prototype
- 05Validation
- 06Pilot
- 07Pre-Production
- 08Production
- 09Deployed
Engage