Welcome to BRS IoT Solutions – your leading partner for integrating Internet of Things devices within modern mobile networks worldwide.
Leveraging deep technical expertise and years of industry experience, our team designs and implements scalable IoT architectures that drive real-time data insights and operational efficiency.
Discover how our end-to-end approach bridges the gap between sensors, applications, and network infrastructure to enable smarter operations, enhanced monitoring, and next-generation services.
Since our founding, BRS IoT Solutions has been dedicated to delivering robust connectivity solutions that seamlessly integrate devices into cellular and private mobile networks. Our mission is to simplify IoT deployment and accelerate time to value across industries.
Focusing on quality and innovation, we partner with leading chipset manufacturers, network operators, and platform providers to ensure that every deployment meets stringent reliability and performance standards.
Our experts continually monitor emerging trends—from edge computing to 5G slicing—to keep you informed and equipped with the latest technologies that drive competitive advantage in an increasingly connected world.
Our seasoned consultants work with you to define clear IoT objectives, identify high-impact use cases, and develop a roadmap for phased implementation. We analyze your infrastructure and operational needs to align IoT goals with business outcomes.
With tailored workshops and technical assessments, we ensure that your strategy addresses scalability, cost optimization, and compliance requirements before moving to deployment.
Harnessing expertise in 4G, 5G, and emerging LPWAN technologies, we integrate devices, gateways, and edge platforms into your existing mobile network. Our turnkey services cover SIM provisioning, connectivity management, and performance tuning.
From pilot installations to large-scale rollouts, we handle site surveys, RF optimization, and network slicing configurations to deliver reliable, low-latency communication for critical IoT applications.
Security is at the core of every IoT solution we deliver. Our services include end-to-end device authentication, data encryption, and secure firmware updates. We implement best practices to protect against evolving threats.
Through centralized monitoring and proactive support, we manage device lifecycles, troubleshoot connectivity issues, and apply over-the-air patches, ensuring your network remains resilient and up-to-date.
As Lead IoT Solutions Architect, Max designs scalable architectures that ensure interoperability between devices, platforms, and mobile networks. He excels at translating business requirements into technical blueprints.
His extensive experience with edge computing and cellular connectivity guarantees optimized data flow and system reliability for mission‑critical IoT projects.
Julia leads our Digital Innovation practice, focusing on data analytics, cloud integration, and user interfaces for IoT dashboards. She ensures that insights gleaned from sensors translate into actionable intelligence.
With a strong background in platform engineering, she drives the adoption of AI-enhanced monitoring and predictive maintenance solutions.
Peter is our Senior Network Engineer, specializing in LTE, 5G, and LPWAN technologies. He configures network slices, optimizes RF parameters, and ensures low-latency links for real-time IoT applications.
His rigorous testing protocols and operational guidelines maintain peak performance and adherence to SLAs across all deployments.
We support a wide range of IoT endpoints including industrial sensors, asset trackers, smart meters, and consumer devices. Our platform is device-agnostic and integrates with both legacy and next-generation hardware.
Through modular firmware and adaptable drivers, we streamline onboarding and provisioning, minimizing time‑to‑market for diverse IoT use cases.
Devices are provisioned using secure SIM or eSIM profiles, coupled with zero‑touch onboarding processes. We configure each device’s credentials and network access rules remotely to ensure consistent security policies.
Automated workflows register devices in our management portal, enabling bulk configuration, firmware distribution, and status monitoring from day one.
Our experience spans 2G/3G/4G/5G cellular networks, NB-IoT, LTE-M, and private LPWAN deployments. We tailor each integration to application requirements, balancing coverage, power consumption, and data throughput.
By leveraging network slicing and edge computing, we deliver optimized paths for critical IoT traffic and reduce latency for real-time analytics.
We implement end-to-end encryption, secure key management, and device attestation protocols. Network traffic is monitored continuously for anomalies using AI-driven threat detection.
Regular security audits, penetration tests, and OTA updates maintain compliance with industry standards such as ISO 27001 and GDPR.
Yes, our global roaming agreements and multi-operator SIM capabilities enable seamless connectivity across regions. We manage network handovers and billing centrally for worldwide device fleets.
With geographically distributed platforms and redundancy measures, we ensure high availability and consistent performance at scale.
01 April 2025
The IoT landscape is evolving rapidly with 5G adoption accelerating low‑latency applications. Network virtualization and edge computing are unlocking new use cases in industrial automation and smart cities.
We analyze how private cellular networks and network slicing are enabling secure, high‑performance connectivity for mission‑critical deployments across multiple sectors.
Read More15 March 2025
5G Release 17 introduces enhancements for massive IoT with improved power efficiency and spectrum utilization. We explore the technical upgrades that drive lower energy consumption and higher device densities.
Discover how adaptive beamforming and URLLC features support autonomous systems and real‑time monitoring in manufacturing and healthcare sectors.
Read More20 February 2025
Ensuring robust security starts at the hardware level with secure elements and extends through transport and cloud layers. Implementing a zero‑trust architecture minimizes risk and prevents lateral movement.
We outline guidelines for secure boot, certificate lifecycle management, and continuous monitoring that safeguard your IoT ecosystem from emerging threats.
Read More