IoT & Hardware Engineering Canada | Embedded Systems | Big0
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IoT & Hardware Engineering Services in Canada
Big0 provides comprehensive IoT and hardware engineering services designed for the Canadian market, from connected consumer devices to industrial IoT systems for Canada's resource sectors. Our hardware and embedded systems expertise helps Canadian companies innovate in smart devices, industrial automation, agricultural technology, and clean energy systems.
With engineering teams in Toronto, Vancouver, Waterloo, Montreal, and Calgary, we understand Canada's unique IoT landscape: ISED (Innovation, Science and Economic Development Canada) regulatory compliance, Canadian cellular networks (Rogers, Bell, Telus), extreme environmental conditions (-40°C winters to +40°C summers), industrial applications for resource sectors, and integration with Canadian infrastructure.
Why Canadian Companies Choose Big0 for IoT Engineering
ISED Compliance Expertise Deep knowledge of Innovation, Science and Economic Development Canada regulations including RSS (Radio Standards Specifications), IC certification for radio equipment, EMC/EMI testing requirements, and safety standards (CSA, ULC).
Canadian Network Integration Experience with Canadian cellular networks including Rogers LTE-M and NB-IoT, Bell IoT networks, Telus IoT connectivity, and Canadian LoRaWAN networks.
Extreme Environment Design Engineering for Canadian conditions including extreme temperature operation (-40°C to +85°C), humidity and condensation, ruggedization for outdoor use, and cold weather battery performance.
Industrial IoT for Canadian Resources Specialized expertise in oil & gas monitoring, mining automation, agriculture technology, forestry equipment, and renewable energy systems.
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Get Started TodayComprehensive IoT & Hardware Engineering Services
IoT Product Development
Concept to Production End-to-end IoT product development including market research and product definition, industrial design and mechanical engineering, electronics design and prototyping, firmware and embedded software, mobile and web applications, cloud backend and analytics, and manufacturing partner selection.
Hardware Design Custom electronics design including schematic design and PCB layout, component selection and sourcing, power management and battery optimization, sensor integration, wireless connectivity (cellular, WiFi, Bluetooth, LoRa), and design for manufacturability (DFM).
Embedded Systems Development Low-level firmware and embedded software including microcontroller programming (ARM Cortex-M, ESP32, Nordic nRF), real-time operating systems (FreeRTOS, Zephyr), device drivers and HAL, power optimization, and over-the-air (OTA) updates.
Enclosure Design Mechanical engineering and industrial design including 3D CAD design (SolidWorks, Fusion 360), environmental sealing (IP ratings), thermal management, mounting and installation, and compliance with Canadian standards.
Wireless Connectivity
Cellular IoT LTE-M and NB-IoT for wide-area connectivity including Rogers LTE-M network integration, Bell and Telus NB-IoT, global roaming for cross-border applications, SIM management and provisioning, and power optimization for battery operation.
WiFi Connectivity Local wireless networking including WiFi 6 (802.11ax) for high bandwidth, dual-band 2.4GHz and 5GHz, mesh networking for coverage, enterprise WiFi security (WPA3), and provisioning and configuration.
Bluetooth & BLE Short-range wireless communication including Bluetooth Low Energy for battery devices, Bluetooth mesh for sensor networks, beacon technology, smartphone connectivity, and secure pairing and bonding.
LoRaWAN Long-range, low-power wide-area networks including integration with Canadian LoRaWAN networks, private LoRaWAN deployment, agriculture and environmental monitoring, smart city applications, and battery life measured in years.
Satellite IoT Connectivity for remote Canadian locations including Iridium satellite connectivity, Globalstar IoT, LEO constellation integration (Starlink, OneWeb), and extreme remote monitoring (Arctic, offshore).
Industrial IoT Solutions
Condition Monitoring Predictive maintenance for industrial equipment including vibration monitoring, temperature sensing, acoustic monitoring, oil analysis sensors, and machine learning anomaly detection.
Asset Tracking Real-time location and status monitoring including GPS/GNSS tracking, cellular connectivity, geofencing, battery-powered trackers, and fleet management integration.
Environmental Monitoring Sensors for environmental conditions including temperature and humidity, air quality (PM2.5, CO2, VOCs), weather stations, water quality monitoring, and soil moisture sensors (agriculture).
Process Automation Industrial control and automation including PLC integration, SCADA system connectivity, industrial protocol support (Modbus, OPC UA), edge computing, and remote control and monitoring.
Smart Agriculture Technology
Precision Agriculture Data-driven farming for Canadian agriculture including soil moisture sensors, weather stations, crop health monitoring (NDVI imaging), variable rate application controllers, and farm management software integration.
Livestock Monitoring Connected livestock management including GPS tracking for range cattle, health monitoring (temperature, activity), automated feeding systems, dairy parlor automation, and calving alerts.
Greenhouse Automation Climate control for controlled environment agriculture including temperature and humidity control, light management, CO2 monitoring and injection, irrigation automation, and integrated pest management.
Equipment Telematics Monitoring agricultural machinery including GPS tracking and usage, fuel consumption monitoring, maintenance alerts, remote diagnostics, and integration with John Deere, Case IH, etc.
Energy & Utilities IoT
Smart Grid Electrical grid monitoring and management including smart meters (electricity, gas, water), distribution automation, fault detection and isolation, demand response, and renewable energy integration.
Oil & Gas Monitoring Remote monitoring for energy production including wellhead monitoring, pipeline leak detection, tank level monitoring, compressor station monitoring, and SCADA integration.
Renewable Energy Solar and wind farm monitoring including inverter monitoring, production optimization, weather correlation, grid integration, and energy storage systems.
Building Energy Management Commercial building optimization including HVAC optimization, lighting control, occupancy sensing, energy consumption analytics, and integration with building automation systems.
Consumer IoT Products
Smart Home Devices Connected home products including smart lighting and switches, thermostats and climate control, security cameras and doorbells, smart locks, and voice assistant integration (Alexa, Google Home).
Wearable Technology Health and fitness devices including fitness trackers, smartwatches, health monitoring devices, elderly care wearables, and mobile app integration.
Connected Appliances IoT-enabled home appliances including smart kitchen appliances, connected HVAC systems, water heater controls, and appliance diagnostics.
Pet Technology Connected pet products including GPS pet trackers, automated feeders, smart pet doors, and health monitoring.
Edge Computing & AI
Edge AI Processing On-device intelligence including TensorFlow Lite for embedded, computer vision (object detection, classification), audio processing (wake word, speech recognition), sensor fusion and data fusion, and power-efficient inference.
Edge Gateways Local data processing and aggregation including protocol translation, data preprocessing, local storage and buffering, secure cloud connectivity, and multi-device management.
Predictive Maintenance AI-powered equipment monitoring including vibration analysis, thermal imaging analysis, acoustic monitoring, anomaly detection, and remaining useful life prediction.
Computer Vision Image processing at the edge including quality inspection, defect detection, counting and tracking, OCR and barcode reading, and safety monitoring.
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Innovation, Science and Economic Development Canada (ISED)
IC Certification Radio equipment certification including IC ID assignment, RSS (Radio Standards Specifications) compliance, testing at accredited labs (Canadian or international), certification documentation, and labeling requirements.
Applicable Standards: - RSS-247: WiFi and Bluetooth devices - RSS-132: LTE and cellular devices - RSS-119: LoRa and sub-GHz devices - RSS-210: General radio equipment - RSS-Gen: General requirements
Our Certification Support: Pre-compliance testing, test lab coordination, documentation preparation, IC application submission, and label design compliance.
EMC/EMI Testing
Electromagnetic Compatibility Ensuring devices don't interfere with other equipment including emissions testing (conducted and radiated), immunity testing (ESD, surge, conducted immunity), and compliance with ICES (Interference-Causing Equipment Standard).
Testing Locations: Canadian test labs (Ottawa, Toronto, Vancouver), US labs (FCC testing often accepted), and European labs (CE marking for export).
Safety Certifications
CSA (Canadian Standards Association) Electrical safety certification including CSA C22.2 standards, hazardous location certification (Class I Div 1/2 for oil & gas), industrial equipment certification, and consumer product safety.
ULC (Underwriters Laboratories of Canada) Fire safety and hazardous location certification including flame and explosion-proof enclosures, industrial safety, and fire detection and alarm systems.
Additional Canadian Certifications
NRTL (Nationally Recognized Testing Laboratory): For equipment also sold in USA, CSA or UL listing
Health Canada: Medical device licensing for healthcare IoT (Class I-IV)
Transport Canada: Certification for transportation and automotive applications
Canadian Food Inspection Agency (CFIA): Agricultural equipment and food safety applications
Canadian IoT Network Landscape
Rogers IoT
Network Technologies: - LTE-M (Cat M1): Low power, wide area, mobile - NB-IoT: Ultra-low power, stationary devices - 4G LTE: High bandwidth applications
Coverage: Nationwide coverage, particularly strong in urban and Southern Canada
Our Integration: Rogers SIM provisioning, network testing, roaming configuration, and data plan optimization.
Bell IoT
Network Technologies: - NB-IoT: Primary IoT network technology - LTE-M: Available in select areas - 5G: Emerging for high-bandwidth IoT
Coverage: Comprehensive Canadian coverage, strong in Quebec and Ontario
Our Integration: Bell IoT Marketplace integration, SIM management, and multi-carrier failover.
Telus IoT
Network Technologies: - LTE-M and NB-IoT - Control Centre (IoT management platform) - 5G IoT initiatives
Coverage: Strong Western Canada presence, nationwide coverage
Our Integration: Telus IoT platform integration, connectivity management, and Western Canada optimization.
LoRaWAN Networks
The Things Network (TTN): Community-driven LoRaWAN with coverage in major Canadian cities
Private LoRaWAN: Custom deployments for agriculture, industrial, and smart city applications
Coverage: Urban areas and custom deployments for specific applications
Our Expertise: LoRaWAN gateway deployment, network server setup, and application development.
Satellite Networks
Iridium: Global coverage including Arctic regions
Globalstar: North America focus, IoT-specific services
Emerging LEO Constellations: Starlink, OneWeb for remote connectivity
Use Cases: Remote oil & gas, mining, forestry, maritime, and Arctic operations.
IoT Development Across Canada
Toronto & Southern Ontario IoT
Canada's largest IoT hub with diverse applications from smart cities to industrial automation.
Key Industries: Smart cities, industrial automation, healthcare IoT, fintech (payment terminals) Strengths: Large talent pool, proximity to US market, diverse testing environments Notable: Toronto Smart Cities initiative, Waterloo tech ecosystem (BlackBerry, university spinoffs)
Waterloo-Cambridge IoT Corridor
Canada's Silicon Valley North with strong IoT and hardware innovation heritage.
Key Industries: Automotive IoT (autonomous vehicles), quantum sensing, industrial automation, consumer electronics Strengths: University of Waterloo engineering talent, BlackBerry QNX (automotive), strong R&D culture Notable: Communitech, Accelerator Centre, Google/Shopify presence
Vancouver & BC IoT
West coast innovation in clean tech, natural resources, and outdoor recreation IoT.
Key Industries: Clean tech, natural resources (mining, forestry), ocean technology, smart buildings Strengths: Asia-Pacific connections, sustainability focus, outdoor testing environments Notable: BC Hydro smart grid, mining innovation, ocean technology cluster
Montreal IoT & Embedded Systems
French-language IoT hub with strength in aerospace, transportation, and AI-powered edge devices.
Key Industries: Aerospace IoT, transportation (rail, metro), AI edge devices, gaming peripherals Strengths: Lower costs, bilingual talent, strong engineering schools (McGill, Polytechnique) Notable: Bombardier aerospace IoT, AI research integration, gaming hardware
Calgary & Alberta Industrial IoT
Energy sector IoT hub specializing in harsh environment and industrial applications.
Key Industries: Oil & gas, agriculture, renewable energy, construction Strengths: Extreme environment testing, industrial expertise, energy sector relationships Notable: Oil & gas innovation centers, agriculture tech, renewable energy monitoring
Industry-Specific IoT Solutions
Oil & Gas IoT
Upstream (Exploration & Production): - Wellhead monitoring and control - Pipeline leak detection - Remote pump jack monitoring - Tank level monitoring - Environmental compliance monitoring
Midstream (Transportation & Storage): - Pipeline pressure and flow monitoring - Compressor station monitoring - Storage facility monitoring - Leak detection systems - Valve automation
Downstream (Refining): - Process monitoring - Equipment condition monitoring - Safety system integration - Energy management
Canadian Focus: ATEX/IECEx hazardous location certification, extreme cold operation, remote connectivity (satellite), and integration with existing SCADA.
Mining IoT
Underground Mining: - Personnel tracking and safety - Vehicle tracking and collision avoidance - Ventilation monitoring - Ground stability monitoring - Emergency communication
Open Pit Mining: - Fleet management - Haul truck optimization - Blasting monitoring - Environmental monitoring (dust, noise) - Equipment telematics
Processing: - Crusher monitoring - Conveyor monitoring - Tailings monitoring - Energy optimization
Canadian Focus: Mining safety regulations, extreme environment operation, and integration with Caterpillar, Komatsu, etc.
Forestry IoT
Logging Operations: - Equipment tracking and telematics - Load monitoring - Route optimization - Safety monitoring
Forest Management: - Wildlife tracking and monitoring - Forest fire detection - Reforestation monitoring - Soil and moisture monitoring
Sawmill & Processing: - Equipment monitoring - Energy management - Quality monitoring - Inventory tracking
Canadian Focus: Remote forest connectivity (satellite, cellular), ruggedization for harsh conditions, and sustainability monitoring.
Agriculture & AgTech
Crop Farming: - Soil moisture monitoring - Weather stations - Variable rate controllers - Irrigation automation - Crop health monitoring (drones, satellites)
Livestock: - GPS tracking (range cattle) - Health monitoring - Automated feeding - Dairy automation - Breeding management
Specialty Agriculture: - Greenhouse automation - Vertical farming control - Cannabis monitoring (Canada-specific) - Organic certification monitoring
Canadian Focus: Extreme temperature operation (-40°C to +40°C), large area coverage (section/quarter section), and integration with John Deere, Case IH, etc.
Our IoT Development Process
1. Concept & Requirements (2-3 Weeks)
Market & User Research Understanding market needs, user requirements, competitive analysis, and regulatory landscape.
Technical Feasibility Assessing technology options (sensors, connectivity, processing), power budget analysis, environmental requirements, and cost targets.
Regulatory Planning Identifying required certifications (IC, FCC, CE), safety standards, industry-specific requirements, and certification timeline and budget.
2. Design & Prototyping (6-10 Weeks)
Hardware Design Schematic design, PCB layout, component selection, power system design, and thermal analysis.
Firmware Development Embedded software architecture, driver development, connectivity implementation, and power optimization.
Enclosure Design Industrial design, mechanical CAD, environmental sealing, and manufacturability.
Prototyping PCB fabrication and assembly, firmware loading and testing, functional testing, and design iteration.
3. Testing & Certification (8-12 Weeks)
Functional Testing Feature validation, connectivity testing, power consumption measurement, and environmental testing (temperature, humidity).
Pre-Compliance Testing EMC/EMI pre-testing, radio performance, safety pre-testing, and issue identification.
Certification Testing IC certification (RSS compliance), FCC (if US market), CE marking (if Europe/global), and safety certification (CSA, ULC).
4. Pilot Production (4-6 Weeks)
Manufacturing Partner Selection Identifying Canadian or international contract manufacturers, DFM (design for manufacturing) review, component sourcing, and cost optimization.
Pilot Run Small batch production (50-500 units), assembly and testing, quality validation, and yield analysis.
Field Testing Real-world deployment, performance monitoring, issue identification, and firmware updates.
5. Production & Launch (Ongoing)
Manufacturing Volume production, quality assurance, inventory management, and supply chain management.
Firmware Management OTA update infrastructure, bug fixes and features, security updates, and version management.
Support & Maintenance Customer support, RMA and warranty, ongoing monitoring, and product evolution.
Canadian IoT Success Stories
Oil & Gas Wellhead Monitoring - Alberta
Challenge: Oil producer needed remote monitoring for 500+ wellheads across Alberta, many in areas without cellular coverage, with extreme temperature operation (-40°C to +50°C).
Solution: Developed custom IoT device with vibration and temperature sensors, pressure monitoring, satellite connectivity (Iridium) for remote locations, solar power with battery backup, explosion-proof enclosure (Class I Div 1), and edge processing for local analytics.
Results: - 500+ units deployed across Alberta - 35% reduction in equipment failures (predictive maintenance) - $1.2M annual cost savings (reduced site visits) - Zero safety incidents - ROI achieved in 8 months
Smart Agriculture - Saskatchewan
Challenge: Large grain farm (15,000 acres) needed soil moisture monitoring to optimize irrigation and improve yields while reducing water usage.
Solution: Deployed wireless sensor network with 60+ soil moisture sensors, LoRaWAN connectivity (private network), solar-powered sensor nodes, gateway with cellular backhaul, weather station integration, and cloud analytics and alerting.
Results: - 28% reduction in water usage - 12% increase in yield - $180,000 annual savings - Improved sustainability - Expanded to 5 neighboring farms
Mining Fleet Tracking - BC
Challenge: Copper mine needed real-time tracking and collision avoidance for 45 vehicles (haul trucks, dozers, excavators) in open pit mine to improve safety and efficiency.
Solution: Implemented vehicle tracking system with GPS tracking and geofencing, proximity detection and collision warning, driver identification and fatigue monitoring, integration with dispatch system, rugged in-vehicle displays, and 5-year battery life (replaceable).
Results: - Zero collision incidents (previously 3-4/year) - 18% improvement in equipment utilization - $2.5M in prevented damage/downtime - Regulatory compliance (BC mining safety) - Expanded to two additional mine sites
Smart Building - Toronto
Challenge: Commercial office tower needed energy management system to reduce costs and achieve LEED certification while improving tenant comfort.
Solution: Deployed building IoT system with 200+ sensors (temperature, humidity, CO2, occupancy), WiFi mesh network, HVAC optimization, lighting control (occupancy-based), energy monitoring and analytics, and tenant mobile app.
Results: - 32% reduction in energy costs ($85,000/year) - LEED Platinum certification achieved - 95% tenant satisfaction (comfort) - 2.1 year ROI - Case study for other portfolio buildings
IoT Engineering Pricing for Canada
IoT Product Development (Prototype)
CAD $50,000 - $150,000 - Concept development and requirements - Hardware design (schematic, PCB) - Firmware development - Cloud backend (basic) - Mobile/web app (basic) - Prototype units (10-50) - Timeline: 4-6 months
IoT Product Development (Production-Ready)
CAD $150,000 - $500,000 - Complete product development - Multiple design iterations - Pre-compliance and certification testing - DFM optimization - Pilot production run - Cloud platform and apps - IC certification (Canada) - Timeline: 9-15 months
Custom Industrial IoT Solution
CAD $75,000 - $300,000 - Requirements and design - Custom hardware and firmware - Industrial enclosure - Installation and integration - SCADA/cloud integration - Documentation and training - Deployment support (10-100 units) - Timeline: 6-12 months
Certification Services
CAD $15,000 - $75,000 - IC certification: $8,000-$15,000 - FCC certification: $8,000-$15,000 - CE marking: $10,000-$20,000 - CSA safety: $10,000-$30,000 - Hazardous location (ATEX/IECEx): $30,000-$75,000 - Timeline: 2-4 months
IoT Platform & Software
CAD $40,000 - $200,000 - Cloud backend and APIs - Device management - Data analytics and visualization - Mobile apps (iOS/Android) - Web dashboard - User management - Timeline: 4-8 months
Per-Device Costs (production): - Simple sensor node: $15-$50 - Connected device: $50-$150 - Complex IoT product: $150-$500+ - Industrial IoT device: $500-$5,000+
Frequently Asked Questions
ISED (Innovation, Science and Economic Development Canada, formerly Industry Canada) is the federal department regulating radio equipment in Canada. IC (Industry Canada) certification is required for any device that intentionally transmits radio signals - including WiFi, Bluetooth, cellular, LoRa, and other wireless technologies. IC certification involves testing your device at an accredited lab for compliance with RSS (Radio Standards Specifications) relevant to your technology, obtaining an IC ID number, and applying IC labeling to your product. Without IC certification, you cannot legally sell or import wireless devices in Canada. We guide clients through the entire IC certification process including pre-compliance testing to identify issues early, test lab coordination, documentation preparation, and IC application submission. For devices also sold in the US, we handle combined IC/FCC certification, and for global products, we coordinate CE marking and other international certifications.
All three major Canadian carriers offer IoT-specific networks. Rogers provides LTE-M (Cat M1) nationwide for mobile, battery-powered applications with moderate data needs, and NB-IoT for stationary, ultra-low-power devices. Bell offers NB-IoT as their primary IoT network technology with excellent coverage, particularly in Quebec and Ontario. Telus provides both LTE-M and NB-IoT with strong Western Canada presence. For higher bandwidth applications, all carriers offer standard 4G LTE and emerging 5G IoT. We help clients select the optimal network based on coverage area, data requirements (LTE-M ~1 Mbps, NB-IoT ~250 kbps), power budget (NB-IoT most efficient), mobility requirements (LTE-M better for moving devices), and cost considerations. For remote areas without cellular coverage, we implement satellite connectivity (Iridium, Globalstar) or LoRaWAN with private gateways.
Designing for Canadian extreme cold requires specific engineering approaches. For temperature operation, we select industrial-grade components rated for -40°C to +85°C (commercial components typically only -20°C to +70°C), design PCBs with appropriate materials handling thermal expansion/contraction, and implement temperature compensation in firmware for sensor accuracy. For battery operation, we use lithium primary cells (tolerating -40°C better than rechargeable), implement battery warming circuits for rechargeable batteries, size batteries accounting for 50%+ capacity loss in extreme cold, and use solar with sufficient battery capacity for short winter days. We select environmental enclosures with appropriate IP ratings (IP65/IP67 typical), use conformal coating on PCBs protecting against condensation, design for thermal expansion/contraction, and include desiccants preventing moisture. Finally, we conduct environmental chamber testing validating operation at -40°C, thermal cycling testing, and real-world winter field testing in Canadian conditions.
LTE-M (Cat M1) and NB-IoT are both cellular IoT technologies optimized for low power and wide area coverage, but with different characteristics. LTE-M provides higher data rates (~1 Mbps down, 375 kbps up), supports mobility (handoff between cells while moving), has lower latency, and includes voice capability. It's best for mobile applications like asset tracking, moderate data needs like daily sensor uploads, and applications requiring lower latency. NB-IoT offers extremely low power consumption (10+ year battery life possible), lower cost modules, excellent deep penetration (basements, underground), but is lower data rate (~250 kbps), higher latency, and no mobility support. It's best for stationary sensors, infrequent small data transmissions, and maximum battery life. In Canada, Rogers has strong LTE-M coverage, while Bell emphasizes NB-IoT. We assess your application requirements around mobility, data rate, latency, battery life, and coverage to recommend the optimal technology.
Yes, we design IoT devices for hazardous locations in oil & gas and other industries. Hazardous location classifications include Class I Division 1 (ignitable concentrations normally present - very rare for IoT), Class I Division 2 (ignitable concentrations not normally present but possible - most oil & gas IoT), and Zone classifications (European system: Zone 0, 1, 2). For Class I Div 2 applications, we implement intrinsically safe design (limiting energy to prevent ignition), explosion-proof enclosures (containing any internal explosion), or purged/pressurized enclosures (keeping hazardous gases out). We design products for certification to CSA standards (C22.2 No. 60079 series), UL standards (UL 60079 series), ATEX (Europe), and IECEx (international). Certification requires specialized testing at facilities like CSA, UL, or TÜV, and costs typically $30,000-$75,000+ per device. Most oil & gas IoT applications require Class I Div 2, which is achievable through proper design. We have experience with certified wellhead monitors, tank level sensors, and pipeline monitoring devices.
LoRaWAN is a low-power wide-area network protocol designed for IoT applications requiring long range (2-15 km rural, 1-5 km urban), very low power consumption (battery life measured in years), low cost (modules $5-$15), and low data rates (0.3-50 kbps). It operates in unlicensed spectrum (915 MHz in North America) so there are no cellular fees, but you need gateway infrastructure. Use LoRaWAN for agriculture (soil sensors, weather stations across large farms), environmental monitoring, smart buildings (hundreds of sensors), industrial IoT with existing site infrastructure, and applications where cellular fees would be prohibitive for many devices. In Canada, The Things Network provides community LoRaWAN in major cities. For larger deployments, we recommend private LoRaWAN with your own gateways providing full control, no ongoing fees, and customized coverage. Don't use LoRaWAN for mobile applications (devices moving between areas), high data rate needs (video, images), low latency requirements, or areas without gateway infrastructure. We assess whether LoRaWAN or cellular IoT better fits your application requirements and economics.
IoT security requires defense in depth across hardware, firmware, communications, and cloud. For device security, we implement secure boot (preventing unauthorized firmware), encrypted firmware storage, hardware security modules (cryptographic keys), secure debug interfaces (disabled in production), and tamper detection where needed. For communication security, we use TLS 1.3 for all cloud communication, certificate-based authentication, encrypted data in transit, and secure key provisioning. For firmware security, we provide signed firmware updates (verifying authenticity), encrypted firmware updates, rollback protection, and secure OTA update mechanisms. For cloud security, we implement device authentication and authorization, API security, encrypted data at rest, access control and audit logging, and regular security audits. We follow OWASP IoT Top 10 security guidelines, conduct threat modeling during design, perform penetration testing, and implement security monitoring and incident response. For PIPEDA compliance, we ensure personal data encryption, consent mechanisms, and Canadian data residency where required.
Ready to bring your IoT product to market? Contact Big0 today for a free IoT consultation and discover how we can help you design, develop, and certify connected devices for the Canadian market. Serving Toronto, Vancouver, Waterloo, Montreal, Calgary, and companies across Canada.
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