Commercial IoT

Four layers. One stack. No lock-in.

SPIDEX in the cloud. C3F at the edge. Our gateways and tags in the field. Industrial IoT, Enterprise IoT, digital twin, smart-X — all built on the same agnostic stack.

  • Dashboards consuming SPIDEX
  • SPIDEX platform
  • Device Platform · our hardware
  • BLEPSI tags pinging BLE

Architecture

Four layers. One stack. Yours to own.

Each layer ships on its own. Together they’re a platform. Mix ours with yours — the contract between layers is the only thing that’s fixed.

Layer 4 · Cloud

SPIDEX — the cloud platform layer

SPIDEX is the platform you build solutions on top of — Industrial IoT, Enterprise IoT, digital twin, smart city, smart factory, smart building, smart grid. Industry-, device- and vendor-agnostic by design, it adapts to whatever you connect. At its core is SPIEngine, the engine that handles the complexity so you don’t have to.

Full platform details on spidex.io.

Layer 3 · Edge

C3F — the native C++ engine at the edge

Native intelligence at the edge.

C3F is the universal edge framework that turns gateway hardware into an intelligent edge node. Written in native C++ and compiled straight to machine code, it runs lean, fast and predictable on constrained hardware — engineered for environments where every cycle and every kilobyte matters. It abstracts any device through a common interface, moves data across separated control and data planes, and processes it in place before it ever reaches the cloud.

Proven, not theoretical: a mature codebase already running on every SPIGWAY gateway in the field.

Standalone product site: c3fonedge.com.

  • Compiled native — lean and fast on constrained hardware
  • Proven in production — running on SPIGWAY gateways in the field today
  • AI-ready by design — the edge engine where on-device ML lands next

Layer 2 · Gateways & nodes

Three gateways. Three jobs. No overlap.

Each is its own category — none is a subset of another. Pick the one that matches your deployment shape.

SPIGWAY Fixed gateway

The flagship. A stationary edge gateway running C3F, built for indoor and industrial deployments. Already running everywhere we’ve deployed.

LiNT Location of Interest node

A compact node, production-ready, deployable at scale. For LoI-style fleets where every site needs a small, capable box.

TiTA Track In-transit Assets

Its own category — GPS plus GSM, battery-backed, built for assets that move. A different box for a different problem: tracking in motion.

Layer 1 · Tags & sensors

Tags and sensors, built on our own modules.

The BLEPSI family covers the common shapes of BLE asset and condition monitoring. Every tag sits on a BMN module — silicon we designed ourselves.

BLEPSI-SE Standard environmental tag
BLEPSI-PX Proximity tag
BLEPSI-LnF Lost-and-Found tag
BLEPSI-CM Condition monitoring
BLEPSI-MSV Multi-sensor variant
BLEPSI-DL Data logger

Every BLEPSI tag sits on a BMN module. The workhorse BMN14 is built on Nordic nRF52840.

Technology

The silicon we build with.

From low-power BLE radios to industrial MCUs, cellular and GNSS modems, and sensors — we design across the silicon ecosystem.

Wireless · BLE · RF
  • Nordic BLE workhorse · partner first
  • Silicon Labs BLE / wireless MCU
  • Dialog BLE / low-power
MCU · SoC
  • STMicroelectronics general-purpose MCU
  • Texas Instruments MCU + analog
  • Renesas industrial MCU
Cellular · GNSS
  • Qualcomm cellular modems
  • u-blox GNSS + cellular modules
Sensors · IMU
  • InvenSense motion · environmental

The point

Vertically integrated. Yours to evolve.

You get source, hardware design, and a roadmap that moves on your timeline. Engineered in Hyderabad, deployed anywhere.

Deploy with us

Bring us a fleet, a site, or a problem

Pilot deployments, integrations and full rollouts — we engage at whatever depth your project needs.