Research & Development Solutions
Pioneering R&D for nuclear facilities and extreme industrial environments
Innovative wireless telemetry solutions for the most demanding environments
At DigIntel, our Research and Development division specializes in creating innovative wireless telemetry and IoT solutions for the most demanding environments. With proven experience in nuclear facilities, industrial plants, and safety-critical infrastructure, we develop radiation-hardened systems that deliver reliable data transmission in extreme conditions.
Our expertise in long-range wireless communication systems enables real-time monitoring and data collection from hazardous and restricted areas. From reactor monitoring to remote sensor networks, we design and deploy custom RF solutions that achieve 5km+ coverage with 99.9% data integrity, even in high-radiation environments exceeding 500 Rad/hour.
Whether you need wireless telemetry for nuclear power plants, IoT sensors for industrial automation, or safety-critical communication systems for critical infrastructure, DigIntel's R&D team combines deep technical knowledge with rigorous testing to deliver solutions that meet the highest safety and reliability standards.
5+
Projects
5km+
Wireless range
99.9%
Data integrity
10+
Years in R&D
Our R&D Focus Areas
Pioneering research in critical technologies for nuclear and industrial applications with proven expertise.
Nuclear Industry Telemetry
Specialized wireless data transmission systems for nuclear facilities, enabling safe and reliable telemetry in high-radiation environments with real-time monitoring capabilities.
- Radiation-resistant hardware
- Long-range wireless (5km+)
- Real-time data streaming
- Fail-safe mechanisms
Wireless Data Transfer
Advanced RF communication systems for critical infrastructure, delivering secure and reliable data transmission in challenging industrial environments.
- Custom RF protocols
- Encrypted transmission
- Mesh networking
- Low-latency communication
IoT & Sensor Research
Development of next-generation IoT devices and sensor networks for industrial applications, including extreme environment monitoring and predictive maintenance.
- Edge computing integration
- Battery-free sensors
- Multi-protocol support
- Self-healing networks
Industrial Automation
R&D in automation systems for manufacturing and process industries, focusing on safety-critical applications and Industry 4.0 technologies.
- SCADA integration
- PLC programming
- Robotic systems
- Digital twins
Data Analytics & AI
Research in advanced analytics and machine learning for industrial data, enabling predictive maintenance and operational optimization.
- Anomaly detection
- Predictive models
- Time-series analysis
- Pattern recognition
Rapid Prototyping
Fast-track development from concept to working prototype, using agile methodologies and modern fabrication techniques for quick validation.
- 3D printing & CAD
- PCB design & fabrication
- Firmware development
- Field testing
Proven Expertise in Nuclear Facility Telemetry
We have extensive experience in developing and deploying wireless telemetry systems for nuclear power plants and research facilities. Our solutions enable safe, reliable data transmission in high-radiation environments where conventional systems fail.
Our wireless data transfer systems are specifically designed for the unique challenges of nuclear facilities, including radiation hardening, long-range communication, real-time data streaming, and fail-safe operation. We understand the critical importance of data integrity and system reliability in nuclear applications.
Key Achievements
Deployed wireless telemetry systems in nuclear facilities
Achieved 99.9% data integrity in high-radiation environments exceeding 500 Rad/hour
Developed long-range wireless systems with 5km+ coverage for reactor monitoring
Certified compliance with nuclear safety standards and regulatory requirements
Radiation Hardening
Hardware designed to withstand extreme radiation levels with specialized shielding and component selection.
Wireless Telemetry
Long-range RF communication systems for real-time sensor data transmission from restricted areas.
Safety-Critical Systems
Fail-safe designs with redundancy, error detection, and automatic recovery for mission-critical applications.
Regulatory Compliance
Full compliance with nuclear industry standards, safety protocols, and international regulations.
R&D Development Lifecycle
Systematic approach from research to production, ensuring safety, reliability, and compliance at every stage.
Research & Analysis
Deep dive into the problem domain, literature review, feasibility studies, and identification of technical challenges and opportunities.
Design & Architecture
System architecture design, component selection, RF link budgets, safety analysis, and compliance planning for the solution.
Rapid Prototyping
Build functional prototypes using CAD, PCB design, 3D printing, and firmware development to validate concepts quickly.
Testing & Validation
Comprehensive testing including lab tests, environmental testing, radiation exposure, and field trials in real conditions.
Certification & Compliance
Obtain necessary certifications, regulatory approvals, safety assessments, and documentation for deployment.
Implementation & Support
Deploy the solution in production, provide training, ongoing monitoring, maintenance, and continuous improvement.
Real-World R&D Applications
Our research delivers practical solutions for the most demanding industrial and infrastructure applications.
Nuclear Power Plants
Wireless telemetry systems for reactor monitoring, radiation measurement, and safety parameter transmission in high-radiation zones.
Key Applications
Industrial Facilities
IoT sensors and wireless networks for manufacturing plants, chemical facilities, and heavy industry requiring extreme environment solutions.
Key Applications
Remote Sensing Systems
Long-range wireless data collection from remote or hazardous locations where wired infrastructure is impractical or dangerous.
Key Applications
Critical Infrastructure
Safety-critical communication systems for power grids, water treatment, and other essential services requiring 24/7 reliability.
Key Applications
Core R&D Technologies
Cutting-edge technologies enabling reliable wireless telemetry in the most challenging environments.
RF Communication
Advanced radio frequency systems
- Sub-GHz long-range (LoRa, Sigfox)
- ISM band protocols (433/868/915 MHz)
- Mesh networking (Zigbee, Thread)
- Custom RF protocol development
Radiation Hardening
Components for extreme environments
- Radiation-tolerant ICs
- Shielded enclosures
- Error correction algorithms
- Redundant systems design
Power Management
Energy-efficient systems
- Ultra-low power modes
- Energy harvesting (solar, RF)
- Battery management systems
- Wireless power transfer
Data Integrity
Reliable data transmission
- Error detection & correction (CRC, ECC)
- Packet retransmission protocols
- Time synchronization
- Data compression
Secure Protocols
Encrypted communication
- AES-256 encryption
- Authentication & authorization
- Secure boot & firmware updates
- Intrusion detection
Edge Computing
On-device intelligence
- Real-time data processing
- Edge AI/ML inference
- Local decision making
- Reduced latency
R&D Questions Answered
Common questions about our nuclear industry experience, wireless telemetry, safety, and R&D services.
We use radiation-hardened components, specialized shielding, and error correction algorithms designed specifically for nuclear environments. Our hardware is tested to withstand cumulative radiation doses, and our protocols include robust error detection and automatic retransmission to ensure reliable data transfer even in extreme conditions.
Our long-range systems can achieve 5km+ coverage using sub-GHz frequencies and custom antennas. For nuclear and industrial applications, we design systems based on facility layout, interference patterns, and required data rates. We conduct on-site RF surveys and link budget calculations to ensure reliable coverage.
Yes, our R&D process includes comprehensive safety analysis and regulatory compliance planning. We work within frameworks like IAEA safety standards, national nuclear regulations, and industry-specific certifications. All our nuclear projects undergo rigorous safety assessments and documentation to meet licensing requirements.
Absolutely. Custom R&D is our specialty. We work closely with clients to understand unique challenges, whether it's extreme temperatures, hazardous environments, long battery life requirements, or specific communication protocols. Our rapid prototyping approach allows us to iterate quickly and validate solutions in real conditions.
Timelines vary based on complexity. Proof-of-concept prototypes can be developed in 2-3 months. Full product development including testing, certification, and field trials typically takes 6-12 months. For nuclear applications requiring extensive safety analysis and regulatory approval, projects may take 12-18 months.
We implement multiple security layers including AES-256 encryption, mutual authentication, secure key exchange protocols, and intrusion detection. For critical infrastructure, we can also implement air-gapped networks, one-way data diodes, and physical security measures. Security is built into the design from the beginning.
We offer comprehensive support including remote monitoring, firmware updates, performance optimization, and on-site maintenance when needed. For critical applications, we provide 24/7 support with rapid response times. We also conduct periodic system health checks and can assist with system expansions or upgrades.
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Whether you're in need of cutting-edge AI solutions, enhanced cybersecurity, or custom software development, DigIntel is here to provide tailored services that meet your specific needs. Let us help you drive innovation and secure your digital future with our expertise and technology-driven solutions.
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