AI-Secure Anti-Jamming
Imitation learning adapts to jamming patterns in real-time for secure communication
AI-Powered Anti-Jamming Communication
When Every Message Is Mission-Critical
A voice from home. A call for help. A command in the field. SHARC's self-healing anti-jamming radio ensures your communications reach their destination — through interference, weather, and hostile jamming. Secure, lightweight, and built for the field.
Anti-Jamming
AI-Powered
<3W Power
Typical response within 24 hours
Why Teams Trust SHARC
Validated performance metrics from our anti-jamming communication testing
6
Jamming Types Defeated
<3W
Power Consumption
90%
Cost Savings vs Alternatives
ESP32
Edge AI Platform
Testimonials coming soon.
SHARC Communication Node
Interactive 3D view of our AI-powered anti-jamming communication hardware — a secure, lightweight, cost-effective radio device
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Lightweight AI
Edge-optimized ML models for real-time anti-jamming detection on IoT devices
Low-Power Design
<3W consumption for extended emergency response missions
Cost-Effective
Fraction of legacy alternatives — affordable communication systems for every budget
Technology Stack
Built on proven, robust components for self-healing radio communication
Hardware
- ESP32-S3 - Dual-core MCU with AI acceleration
- SX1276/SX1278 - LoRa long-range transceiver
- I²S Audio Pipeline - High-quality voice communication
- AES Encryption - Hardware-accelerated security
- Smart Power Management - Extended battery life
Software
- ESP-IDF Firmware - Real-time OS foundation
- LoRaWAN Protocol - Industry-standard networking
- Imitation Learning - AI-driven anti-jamming
- mbedTLS - Cryptographic security layer
- Edge Inference - On-device ML processing
Defends Against Multiple Jamming Types
Single Channel
Channel Hopping
Reactive
Gaussian Noise
PHY-Level
Weather Interference
Built for Your Mission
Select your sector to see how SHARC solves your specific communication challenges
Emergency Response Communication
When disaster strikes, communication is the first casualty — and the most critical need. SHARC ensures your teams stay connected through deliberate jamming, infrastructure collapse, and extreme conditions.
- Real-time anti-jamming maintains links when cell towers fail
- Voice + data over long-range LoRa in a single device
- <3W power draw for 72+ hour battery life on a single charge
- AES-encrypted channels protect sensitive coordination data
"Reliable communication for emergency services when every second counts"
Critical Infrastructure Protection
Smart grids, water treatment plants, and industrial SCADA systems are high-value targets. SHARC provides tamper-resistant communication that adapts to threats in real-time.
- Self-healing mesh re-routes around compromised nodes automatically
- Edge AI detection identifies jamming within milliseconds
- Fraction of the cost compared to legacy military solutions
- Unattended operation with low-power sleep modes for years of uptime
"Critical infrastructure communication that defends itself"
IoT & Smart City Deployments
Thousands of sensors need secure, reliable connectivity — across miles, through walls, and against interference. SHARC brings military-grade resilience to your IoT network at a fraction of the cost.
- LoRa LPWAN range for kilometers of coverage per node
- Secure IoT communication with hardware-accelerated AES
- Lightweight AI on-device — no cloud dependency for jam detection
- Scalable architecture from 10-node pilots to city-wide rollouts
"Communication solutions for smart cities and industrial IoT"
Humanitarian & Disaster Relief
When infrastructure is destroyed and communication networks are down, NGOs and relief teams need a solution that works out of the box — with zero infrastructure and zero training overhead.
- Deploy in minutes — no towers, no internet, no configuration
- Self-healing mesh adapts as teams move through disaster zones
- Multi-day battery life for sustained field operations
- Affordable at scale for NGO and government budgets
"Self-healing radio for disaster preparedness and response"
Our Vision
Every message deserves to be heard. A voice from home, a call for help, or a command in the field—our anti-jamming radio communication technology makes sure it reaches its destination. No interference. No compromise.
Mission
To deliver resilient, anti-jamming communication systems that are easy to deploy, secure by design, and affordable at scale.
Aligned with UN SDG:
Industry, Innovation and Infrastructure
Who We Serve
Emergency Response Communication
First responders, disaster relief teams, search & rescue operations — reliable communication for emergency services
Critical Infrastructure
Smart grids, industrial control systems, telecommunications — critical infrastructure communication solutions
IoT & LPWAN Communication
Remote monitoring, smart cities, autonomous systems — secure IoT communication devices
Humanitarian Aid
NGOs, disaster zones, remote communities — self-healing radio for disaster preparedness
The Core Team
A compact, multidisciplinary team turning research into reality
Building deployable anti-jamming systems with backgrounds in Telecom, Software, and Marketing
Research & Publications
Peer-reviewed research behind SHARC's anti-jamming technology
Evaluation of Low-Cost Jamming Attacks on the LoRa Physical Layer
Mohammad Shayan, Muhammad Aun Hasan, Ali-Un-Naqi Naqvi, Shahzaib Raza and Aamir Z. Shaikh
Low power wide area network (LPWAN) technologies, particularly LoRa, are increasingly deployed around the world for applications such as smart agri...
Read MoreLet's Talk About Your Mission
Whether you need a demo, pricing, or a technical consultation — our team typically responds within 24 hours