The Internet of things IoT

IoT links everyday objects embedded with electronics, software, and sensors, enabling device-to-device communication and seamless data collection and exchange.

IoT Systems & Edge-to-Cloud Solutions

Triosoft has deep, hands-on experience building complementary systems and full products in the Internet of Things. We guide each client from needs discovery and specification writing through architecture, implementation, validation, and operations—with a clear understanding of the current state and the target state the organization aims to reach. This approach lets us tailor the optimal IoT solution by weighing all relevant parameters: electronics and firmware, connectivity and gateways, platforms and cloud services, data pipelines and security, as well as the web/mobile interfaces your users rely on.

We deliver on established platforms—Azure IoT, AWS IoT, and third-party frameworks such as  Kaa—or design and implement a custom IoT stack to your requirements (on-prem, cloud, or hybrid). In all cases, our focus is the same: secure, scalable, maintainable systems that accelerate time-to-value and reduce total cost of ownership.

What We Deliver

Consulting & Specifications

  • Use-case analysis, risk assessment, and success metrics

  • System requirements (hardware, firmware, cloud, UX) and technical specifications

  • Build vs. buy evaluations (platforms, gateways, modules, managed services)

Architecture & Stack

  • Edge-to-cloud reference architectures (device → gateway → cloud → apps)

  • Connectivity: BLE, Wi-Fi, Zigbee/Thread/Matter, LoRaWAN, NB-IoT/LTE-M, eSIM/cellular

  • Protocols: MQTT, HTTP/REST, AMQP; industrial: Modbus RTU/TCP, OPC UA, CAN, RS-485

  • Cloud: Azure/AWS foundations, device identity & provisioning, data ingestion, storage (time-series), stream processing, rules/alerts, APIs and microservices

Devices, Firmware & Edge

  • Sensor selection, board bring-up, drivers, OTA updates, secure boot

  • Gateway software (buffering, protocol translation, local rules, remote management)

  • Offline-first strategies and resilient device twins

Applications & Interfaces

  • Web dashboards, mobile apps, and command-and-control consoles

  • Role-based access, audit trails, and real-time visualization (maps, charts, alarms)

  • Integration with ERP/CRM/SCADA and third-party analytics

Data, AI & Analytics

  • Time-series pipelines, data quality, retention and lifecycle policies

  • Rules engines, anomaly detection, predictive maintenance, forecasting

  • Optional computer vision and sensor fusion where applicable

Security, Compliance & Quality

  • PKI device identity, TLS everywhere, secrets management, least-privilege IAM

  • SBOM/dependency scanning, SAST/DAST, threat modeling

  • Validation and documentation suitable for regulated environments (e.g., medtech: 21 CFR Part 11 alignment), plus QA/V&V processes

DevOps, SRE & Cost Optimization

  • CI/CD for firmware, edge, and cloud; infrastructure as code (Terraform)

  • Observability (logs/metrics/traces), SLIs/SLOs, incident response and runbooks

  • FinOps: rightsizing, autoscaling, storage lifecycle, and multi-tier environments

Delivery Process

  1. Discovery & Definition – Workshops, user journeys, requirements, success KPIs

  2. Architecture & Planning – Diagrams, backlog, build vs. buy, cost model

  3. Implementation – Hardware/firmware, edge services, cloud & APIs, apps and UX

  4. Validation – Functional testing, performance, security, field pilots, V&V

  5. Launch & Operate – CI/CD, monitoring, documentation, training, and SLAs

Typical deliverables: architecture pack, specifications, bill of materials, firmware & cloud repos, IaC modules, dashboards, test plans, validation matrix, and runbooks.

Example Use Cases

  • Agritech: precision irrigation, soil/climate sensing, pump and valve control

  • Medtech: remote patient monitoring, telemetry pipelines, clinician portals

  • Industrial (IIoT): PLC/Modbus data acquisition, OEE dashboards, predictive maintenance

  • Smart-Home/Building: energy management, access control, safety and environmental monitoring

Why Triosoft

  • End-to-end capabilities from electronics and firmware to cloud and UX

  • Proven integrations with Modbus/PLC and industrial protocols

  • Senior engineering, secure-by-design, and measurable outcomes (availability, latency, cost)

  • Flexible engagement: consult, co-build, or full delivery with SLA-backed operations

Ready to turn devices and data into real outcomes? Let’s design an edge-to-cloud IoT solution that fits your product, budget, and roadmap.

For more information, contact us now

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