BLINC IoT Module
The World’s First True No Code Solution.
No Firmware to Develop
No Software to Develop
Simply Configure and Deploy In Days.
No Software to Develop
Simply Configure and Deploy In Days.
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Want to try it out?
How It Works
Step 1
Prototype
Create a prototype system with our provided development board.
Step 2
PCB Design
Drop the BLINC module onto your board and connect a few lines to power and your sensors.
Step 3
Configure
Use the Subeca app to configure the BLINC for your particular application. No firmware to develop.
Step 4
Cloud Software
Connect to our API for your own web app or deploy our drag & drop IoT dashboard for an instant front end for your customers.
Why BLINC?
IoT for Critical Infrastructure
Supply Chain
Given the world-wide supply chain challenges and geopolitical instability, we’ve designed our products with European-made chips, US/Mexico assembled circuit boards and US-provisioned modules.
End-to-end security
End-to-end security was a main focus during development and deployment. Our customers require modern security standards from hardware production/provisioning all the way through the IoT technology stack. Subeca follows all recommended security standards for the various modules in our system (LoRaWAN, BLE, Sidewalk, AWS and smartphone apps). These standards provide inherent security regarding data transfer and personnel authorization. In addition to these standards, Subeca uses other common security procedures for user access and control such as 2 factor authentication and timed-key access for offline smartphone app access.
STM32 Best-In-Class Chipset
There are growing concerns surrounding the use of foreign-made IoT modules in critical infrastructure. The reliance on these modules, often manufactured by companies based in other countries, raises significant security and privacy issues. Governments and cybersecurity experts worry about potential backdoors or vulnerabilities that could be exploited by foreign entities, posing serious risks to the integrity and safety of essential systems.
With critical infrastructure such as water and wasterwater facilities increasingly interconnected through IoT devices, the potential for widespread disruption or sabotage is a pressing concern. The Subeca Blinc module meets the challenges head on.
With critical infrastructure such as water and wasterwater facilities increasingly interconnected through IoT devices, the potential for widespread disruption or sabotage is a pressing concern. The Subeca Blinc module meets the challenges head on.
Custom BLE Apps and Control
BLINC is the only platform that provides drag-and-drop apps out of the box!
LoRaWAN & Amazon Sidewalk
A true “multi-comms” system, the BLINC is designed to use Sidewalk, LoRaWAN, BLE and any mix of these protocols. It can also be configured to automatically fall back to LoRaWAN if Sidewalk coverage is lost.
Sidewalk is designed for low-bandwidth, long range, battery-powered IoT systems, so our target customers include water/electrical/gas utilities, all of which require small bits of data sent throughout the day. Typical use cases do not require 100% message reliability. Sidewalk and LoRaWAN both use the public ISM band so messages can collide and fail to get through a small percentage of the time. Subeca has designed custom protocols to guarantee message integrity on the application layer for important messages such as alerts.
LoRaWAN and Sidewalk both use the 900 MHz ISM band in the US. Subeca uses the ST-provided front-end balun for RF matching so changing to other frequency bands for ISM bands in other countries would require no hardware change, just a simple firmware update.
The BLINC wireless protocols were designed around the Sidewalk and LoRaWAN specs. Sidewalk allows 1 message every 15 minutes in a static configuration (not mobile) so that is the fastest TX setting in the BLINC, allowing up to 19 bytes of data in each payload.
Sidewalk is designed for low-bandwidth, long range, battery-powered IoT systems, so our target customers include water/electrical/gas utilities, all of which require small bits of data sent throughout the day. Typical use cases do not require 100% message reliability. Sidewalk and LoRaWAN both use the public ISM band so messages can collide and fail to get through a small percentage of the time. Subeca has designed custom protocols to guarantee message integrity on the application layer for important messages such as alerts.
LoRaWAN and Sidewalk both use the 900 MHz ISM band in the US. Subeca uses the ST-provided front-end balun for RF matching so changing to other frequency bands for ISM bands in other countries would require no hardware change, just a simple firmware update.
The BLINC wireless protocols were designed around the Sidewalk and LoRaWAN specs. Sidewalk allows 1 message every 15 minutes in a static configuration (not mobile) so that is the fastest TX setting in the BLINC, allowing up to 19 bytes of data in each payload.
Precertified Modular
Skip the certification process to get your product to market faster. We’ve already pre-certified the BLINC with modular approval so you don’t have to worry about it.