Solving Critical Challenges with Smart, Scalable Engineering
At Smart Integrated Systems, we design and deliver solutions that directly address the region’s most pressing challenges from disconnected communities and resource insecurity to health crises and outdated infrastructure. Our CubeSats, IoT devices, RF systems, and embedded electronics are built to solve problems not just perform in space. Here’s how we turn real-world needs into resilient, smart, and scalable systems:
No Access to Real-Time Environmental Data
We deploy CubeSats equipped with Earth observation and sensing payloads to monitor air pollution, land degradation, and water resources in real time. Combined with AI-powered analytics on the ground, our systems deliver the insights needed for rapid, informed action.
Lack of Communication Infrastructure in Remote & Rural Areas
Using CubeSat-based communication relays and custom ground terminals, we enable basic voice, data, and sensor network coverage in disconnected zones from remote farms to border regions. Our systems are low-cost, rapidly deployable, and region-optimized.
Yield Loss in Agriculture Due to Data Gaps
Our IoT-enabled sensors combined with CubeSat data help monitor soil moisture, temperature, crop stress, and irrigation levels giving farmers and cooperatives actionable insights to reduce waste, improve harvests, and plan more effectively.
Water Mismanagement and Resource Depletion
We integrate ground-based RF sensors with satellite monitoring to detect leaks in irrigation systems, track groundwater depletion, and support predictive water management empowering utilities and environmental agencies with better control and planning tools.
Medical Services in Remote or Crisis Areas Lack Communication and Monitoring
Our systems provide reliable satellite-enabled communication, patient monitoring via wearable sensors, and real-time health data transmission for mobile clinics and emergency responders. We connect front-line healthcare workers with the tools and data they need, anywhere on Earth.
IoT Networks Don’t Reach Critical Infrastructure
We deploy long-range RF and satellite-based IoT gateways to extend sensor coverage to oil pipelines, remote industrial plants, and critical energy assets enabling predictive maintenance and operational oversight where GSM fails
Delayed Disaster Detection and Poor Emergency Response
Our low-Earth orbit CubeSats and ground-based sensors enable near real-time detection of wildfires, floods, and earthquakes. Event-triggered alerts are pushed to emergency teams, reducing response time and saving lives.
Limited Access to Advanced Research Platforms
We provide modular CubeSat kits and embedded platforms for universities and R&D institutions to experiment with AI, environmental sensing, and orbital data processing making space innovation accessible to students and scientists across the region.
Advanced Embedded Electronics Solutions
Our engineering team designs and develops custom embedded electronics systems for extreme environments — from space to remote terrestrial zones.
Solutions include:
- Low-power embedded controllers for satellites and ground stations
- FPGA-based signal processing for SDR and mission-critical applications
- Sensor integration and telemetry units for real-time monitoring
- AI-ready boards for onboard data filtering and decision-making
Whether in a CubeSat, a mobile health kit, or an IoT deployment, our electronics are tailored for resilience, speed, and intelligence.
