Logging gaps
A power or signal outage leaves periods with no data. For the DGA or the ISP, a gap can't be reconstructed.
Industrial IoT · Engineering · Operations
We design, integrate, and operate IoT solutions that measure what matters, keep working when the connection drops, and turn field data into decisions.
The problem
In many operations, information arrives late, incomplete, or only when someone goes to check. The cost shows up later: on the bill, in the audit, or in lost product.
A power or signal outage leaves periods with no data. For the DGA or the ISP, a gap can't be reconstructed.
A compressor failing overnight, a pump running dry, or a leak gets detected only after the damage is done.
Your bill tells you how much you spent, but not where, when, or why. Without that detail, there's no way to fix it.
The problem isn't measuring. It's to keep measuring the day the power goes out or the signal drops.
Solutions
Start with the problem. Technology comes after.
Level, flow rate, and volume per well, with automatic reporting from the site, even during power or signal outages.
WATER AND DGAView solution →
Temperature per unit, alerts before damage occurs, and evidence ready for an ISP (health authority) inspection.
COLD CHAINView solution →
Consumption and cost per circuit, live. Installs without cutting the power supply.
ENERGYView solution →
Equipment, processes, and distributed assets in a single view, with on-site alarms.
OPERATIONSView solution →
Soil, weather, and irrigation by block, to decide when and how much to irrigate.
AGRICULTUREView solution →
Wireless sensors integrated into your BMS via BACnet or Modbus, with no rewiring.
BUILDINGS AND BMSView solution →
ISP audits with no gaps.

Continuous DGA compliance.

Remote assets and reporting.

From the soil to the processing plant.

Sites without stable connectivity.

Energy, equipment, and processes in one view.

Distributed assets, central operations.

Data where there's no network.
How it works
An open, multi-vendor architecture with local intelligence. The cloud is where you view the data; the record lives on site.
No system replacement. No disruption to operations.
NIVAL DASHBOARD · ILLUSTRATIVE DATAContinuous temperature monitoring, ISP traceability, and managed annual calibration.
FLOW DASHBOARD · ILLUSTRATIVE DATAAutomatic DGA reporting (Res. 1238), remote supervision, and a monthly report.
ROOTS DASHBOARD · ILLUSTRATIVE DATACherry grower: irrigation by sector using soil moisture and evapotranspiration. With our partner Agro Sensor.
AURA DASHBOARD · ILLUSTRATIVE DATAAir, noise, water, and energy in real time for data-driven management.
Explore
Pick a problem and see, step by step, what happens when your operation is monitored. Six scenarios, 90 seconds each.
Healthcare facility. The vaccine refrigerator reads 4.8 °C, within the 2 to 8 °C range.
Narrowbits Engineering
Behind every solution there's engineering: industrial edge computing, our own products built on electronics developed with IQnexus, protocol integration, and software. That's why we can connect what others can't, from a legacy RS-232 meter to a SCADA or BMS.
2× RS-232 / RS-485
Modbus · BACnet · MQTT
NBNANO COMPACT · 125 × 135 × 40 MM · DRAG TO ROTATE
How we work
We review the site, the existing instrumentation, and coverage.
Scope, timeline, and price agreed in writing before installation.
Rollout to the remaining equipment, sites, or processes.
Ongoing support, audit evidence, and summaries for decision-making.
Chile · New Zealand
Narrowbits is developed in Chile, on a technology base shared with IQnexus in New Zealand. On that base we've built our own engineering, software, and industrial integration capabilities, proven in real projects across different markets and industries.
Today, both companies actively collaborate. We share knowledge and new developments that continuously strengthen our solutions.


Next step
You don't need to decide on the whole operation. A single measured point already shows where the risk is and how much can be recovered.