PRODUCT 01 · MCsev1SECURE LOW-POWER COMMUNICATION

Protect data efficiently.

Lightweight, device-tailored security for wearables, sensors, and connected devices, designed to protect data while minimizing energy and resource overhead.

MCsev1 secure data path: microcontroller, memory and transmitter inside a medical wearable, encrypted to a mobile app or dock, then to a healthcare server
Secure data path · wearable → mobile app / dock → healthcare server

Integration Time

reduced from Days10 sec

Battery Overhead

reduced from 85%<15%

Memory Overhead

reduced from 65%35%

Deployment Time

reduced from Months2 weeks

Secure & Lightweight Data Transmission

MetaCrust secures data transmission for low-power wireless devices. It encrypts data whatever the packet size and runs on a wide range of hardware, so sensitive data stays protected on any platform. Each installation is tailored to the device it runs on, and it can be installed and updated remotely.

It is built to use as little energy as possible, which keeps operating costs down and leaves device performance intact. In healthcare, real-time data can save a life, so devices need data access that does not drop out. We design to healthcare and IoT regulatory standards, and that compliance holds in whichever market you build for or deploy in.

Because the security is fitted to each device, it protects the data without taking away the device's function or battery. Our aim is to keep users' sensitive data protected at every node it passes through.

Security that respects the battery.

While other solutions may primarily focus on providing confidentiality and secure communication, our solution sets itself apart by incorporating energy-efficient and lightweight security measures.

01

Multi-Directional End-to-End Security

Implementing robust end-to-end security measures to protect your device from all directions, ensuring the integrity and confidentiality of data during storage and transmission.

02

Low Energy Consumption

Our solutions prioritize minimal energy consumption, extending battery life for medical wearables and IoT devices without compromising security or device performance.

03

Regulatory Compliance Framework

We ensure our security solutions meet and adapt to evolving regulatory requirements and industry standards, guaranteeing compliance for your devices and business.

04

Real-Time Threat Assessment & Response

We provide real-time threat detection and response mechanisms, allowing for immediate action against potential security breaches.

Built into the firmware, tailored to the device.

01

Robust Encryption

Implementation of strong and resilient cryptographic and AI algorithms to safeguard sensitive health data transmitted and stored by Monitoring Devices, ensuring a high level of protection against unauthorized access and privacy breaches, and prompt incident response.

02

Diverse Data-Size Viability

The ability of firmware to effectively handle and process varying sizes of data packets/volumes generated by different devices while maintaining efficient performance.

03

Universal Compatibility

The capacity of firmware and security system to seamlessly integrate with a wide range of hardware components within healthcare devices, ensuring interoperability and efficient communication across BLE, LoRa, Wi-Fi, and LTE-M connected Monitoring Devices.

04

Tailored Features

As per the functionalities and capabilities of your embedded system, the security solution is specifically designed to meet the unique security requirements ensuring a personalized and optimized end-to-end security system.

05

Compact Memory

We design our solution with careful consideration of storage resources within your embedded system, ensuring optimal functionality and performance while minimizing memory footprint, essential for devices with limited memory capacity and resource constraints.

06

Energy Efficient

The optimization of firmware as per tested power consumption within your embedded system by implementing strategies to minimize energy usage, extend battery life, and promote sustainable device operation in perfect balance with security properties.

07

Uninterrupted Data Access

Intelligent Gateway-assisted buffering and resync guarantee consistent, real-time data flow, even when networks fail.

08

Real-Time Device Monitoring

Stay informed with live device sync status, data delivery confirmation, integrity checks, and actionable alerts—via intuitive Web & Mobile dashboards.

09

Remote Installation

Provided the wireless capability of your medical IoT device, the solution will be remotely deployed and upgraded to fix the patches in the longer run, via Over-the-Air (OTA). This feature allows for efficient and convenient software management, ensuring the devices remain up-to-date without requiring physical access, enhancing the overall flexibility and ease of maintenance.

Opened medical wearable on an engineering bench showing its circuit board, antenna and coin-cell battery, connected to a debug programmer, with an oscilloscope behind
Security built into the firmware · tailored to each device

Live System Results

These videos present selected system views of MetaCrust in operation on real devices, highlighting how our secure communication stack integrates into wearables and successfully delivers data to the monitoring platform.

SCOPE NOTE

The clips showcase specific device-level and data-flow components only.

MetaCrust’s complete platform extends beyond what is shown here, incorporating hardware-agnostic gateway intelligence, anomaly detection, advanced security controls, and compliance-ready cloud monitoring to ensure reliable, scalable, and auditable deployments in real-world environments.

Use Case Validations

MINING · SAFETY WEARABLE

Workplace Safety Wearable

Validation of secure, energy-efficient data transmission from a safety wearable operating in mining fields. Demonstrates packet integrity checks, retransmission handling, and encrypted delivery to the monitoring backend.

HEALTHCARE · ECG WEARABLE

Heart Health (ECG) Monitoring Device

Secure transmission of ECG data from a low-power medical wearable to the monitoring app and system with integrity verification and anomaly-aware processing.

MetaCrust’s complete platform includes:

Gateway agents

Hardware-agnostic, on customer infrastructure or pre-licensed edge gateways, for reliable transmission in low-connectivity environments.

Reliability engine

Packet recovery, ordering, and delivery assurance.

Anomaly detection & security

Built-in controls across device, gateway, and cloud.

Monitoring dashboards

Live data visibility, device management, and security controls on the web.

Audit-ready telemetry

Compliance-aligned tooling for regulated industries.

See how the full MetaCrust platform works end-to-end.Book a Demo →

Where MCsev1 is deployed

  • 01

    Medical Wearables for Health Vitals

    Home healthcare devices to remotely monitor and manage patients with conditions such as Cardiac, Diabetes, Sleep Apnea, Elderly Falls, Seizures, etc.

  • 02

    Remote Patient Monitoring

    Medical devices used in home healthcare to continuously monitor patients' health in real-time.

  • 03

    Rehabilitation and Fitness Devices

    Rehabilitation and fitness applications that need secure data transmission.

  • 04

    IoT Devices

    Other IoT devices require secure and uninterrupted data access in real-time.

Use cases across industries

ECG patches, ICU bedside sensors, home-care monitors and emergency wearables that need uninterrupted transmission

Healthcare & Medical Wearables

Worker-safety wearables, blast and geotechnical sensors, equipment health and open-pit gateway mesh

Mining & Geotechnical Safety

Firefighter biometrics, disaster-zone environmental monitors, mobile mesh gateways and real-time command-centre maps

Emergency Response & Public Safety

Surface buoys, oil and gas platforms, coastal monitoring and maritime safety beacons

Ocean Technology

Remote weather stations, air-quality sensors, water-quality buoys and soil monitoring

Environmental Monitoring

Cattle tracking over LoRa, irrigation sensors, soil-moisture networks and greenhouse telemetry

Agriculture IoT

Leading the optimization of medical wearables where safety meets longevity in the digital age.