Mechanical & Electrical Engineering
Our mechanical and electrical engineering teams design and develop sophisticated hardware systems for defense and intelligence applications, creating rugged, reliable systems that operate in harsh environments.
PCB Design & Circuit Analysis
Advanced printed circuit board design with multi-layer routing and high-frequency considerations
Power Management Systems
Efficient power distribution and regulation for mission-critical applications
Precision Mechanical Assemblies
Custom mechanical designs meeting stringent military and aerospace specifications
Environmental Hardening
Ruggedized systems designed for extreme operational environments
Core Engineering Capabilities
Standards & Compliance
- • MIL-STD-810 Environmental Testing
- • MIL-STD-461 EMI/EMC Requirements
- • IPC Standards for PCB Manufacturing
- • DO-178C for Airborne Systems
- • ITAR/EAR Compliance
ISR, Radar Systems & RF Technologies
Advanced Intelligence, Surveillance, and Reconnaissance (ISR) systems combined with cutting-edge radar and RF technologies for comprehensive situational awareness and threat detection capabilities.
Surveillance Radars
- Long-range detection systems
- Multi-target tracking
- Clutter rejection algorithms
- Weather penetration capability
Fire Control Radars
- High-precision targeting
- Real-time tracking
- Missile guidance systems
- Electronic counter-countermeasures
ISR Platforms
- Airborne reconnaissance
- Ground-based intelligence
- Maritime surveillance
- Space-based monitoring
RF Systems
- Software-defined radios
- Signal intelligence
- Electronic warfare
- Communication intercept
Frequency Ranges
- • HF: 3-30 MHz
- • VHF: 30-300 MHz
- • UHF: 300 MHz - 3 GHz
- • Microwave: 3-30 GHz
- • Millimeter Wave: 30-300 GHz
Detection Capabilities
- • Range: Up to 500+ km
- • Altitude: Ground to space
- • Multi-target tracking: 1000+
- • Resolution: Sub-meter accuracy
- • Update rate: Real-time
Environmental Specs
- • Operating temp: -40°C to +70°C
- • Humidity: 95% non-condensing
- • Shock: 40G operational
- • Vibration: MIL-STD-810
- • EMI: MIL-STD-461 compliant
FPGA & Embedded Systems
Our FPGA and embedded systems expertise delivers high-performance, real-time processing solutions for mission-critical applications. We design custom hardware accelerators and embedded systems that meet stringent timing, power, and reliability requirements.
From algorithm implementation in hardware to complete system-on-chip (SoC) designs, our engineers optimize performance while ensuring compliance with military and aerospace standards.
1// FPGA Signal Processing Pipeline
2module signal_pipeline (
3 input wire clk,
4 input wire reset,
5 input wire [15:0] adc_data,
6 output wire [31:0] processed_data
7);
8
9 wire [15:0] filtered_data;
10 wire [31:0] fft_output;
11
12 // Digital filter stage
13 fir_filter filter_inst (
14 .clk(clk),
15 .data_in(adc_data),
16 .data_out(filtered_data)
17 );
18
19 // FFT processing
20 fft_processor fft_inst (
21 .clk(clk),
22 .data_in(filtered_data),
23 .data_out(fft_output)
24 );
25
26 assign processed_data = fft_output;
27endmoduleFPGA Platforms
- Xilinx Zynq UltraScale+
- Intel Stratix Series
- Microsemi PolarFire
- Lattice FPGAs
Embedded Processors
- ARM Cortex-A/R/M
- PowerPC Architecture
- RISC-V Implementations
- DSP Processors
Real-time Systems
- Hard real-time constraints
- Deterministic processing
- Low-latency pipelines
- Time-critical applications
High-Performance Computing
- Parallel processing
- Custom accelerators
- Memory optimization
- Power efficiency
Development Process
Design & Specification
Requirements analysis, architecture design, and performance modeling
Implementation & Testing
HDL coding, simulation, synthesis, and hardware verification
Integration & Deployment
System integration, validation, and production deployment
Laser & Electro-Optical Systems
Advanced laser and electro-optical systems providing precision targeting, surveillance, communications, and directed energy capabilities for modern defense and intelligence operations.
Targeting & Designation
High-precision laser targeting systems for military applications
- Range finding accuracy: ±1 meter
- Target designation and illumination
- Battlefield damage assessment
- Coordinate measurement systems
Surveillance & Reconnaissance
Advanced electro-optical systems for intelligence gathering
- Multi-spectral imaging systems
- Night vision and thermal imaging
- Long-range surveillance platforms
- Automated target recognition
Directed Energy Systems
High-power laser systems for defense applications
- Counter-drone systems
- Missile defense applications
- Non-lethal crowd control
- Vehicle disabling systems
Communications & Countermeasures
Optical communication and electronic warfare systems
- Free-space optical links
- Laser communication systems
- Electronic countermeasures
- Signal jamming capabilities
Technical Specifications
Laser Systems
- ▸Power Output: 1W to 100kW+
- ▸Wavelengths: 355nm to 10.6μm
- ▸Beam Quality: M² < 1.2
- ▸Pulse Duration: fs to CW
- ▸Efficiency: >30%
Optical Components
- ▸Precision optics: λ/10 surface quality
- ▸Anti-reflection coatings
- ▸Beam steering systems
- ▸Adaptive optics correction
- ▸Environmental hardening
Detection Systems
- ▸Sensitivity: Single photon
- ▸Spectral range: UV to LWIR
- ▸Frame rates: Up to 1MHz
- ▸Dynamic range: >120dB
- ▸Noise equivalent power: <1pW
Safety & Compliance
Laser Safety Standards
IEC 60825-1, ANSI Z136 compliance
Military Standards
MIL-STD-1540, MIL-STD-810 environmental
Export Control
ITAR and EAR compliance programs