Process signals
4–20 mA, pulse, and status inputs.
Analog readings, counts, and discrete signals: flow, level, and equipment status.
In-house hardware, firmware, and software
Our own technology, from sensor to your systems.
We connect instruments, log their measurements, and deliver data your operation can use. One common foundation for water, geotechnical, and industrial-asset monitoring, without relying on any single network or platform.
4–20 mA / Pulse
RS-485 / Modbus
SDI-12 / BLE
Vibrating wire
4G LTE / Ethernet
LoRa / Satellite
Interfaces and networks supported by the VigiaBOX family.
01 / A common technology foundation
Connect instruments.
Without siloing their data.
A piezometer, a water sonde, and a temperature node speak different languages. We keep acquisition, communications, and data delivery separate, so adding a new source does not mean redoing the integration.
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Instruments
2
VigiaBOX
3
Local HMI
4
Site network
5
RokkaBOX
6
Connection Broker
7
Your operation
Instruments
Piezometers, wells, and heat-traced lines, ours or third-party.
VigiaBOX
Reads every instrument, logs on site, and resends after an outage.
Local HMI
Runs the zone from the enclosure, even if the link drops.
Site network
4G, LoRaWAN, or satellite, depending on coverage and power.
RokkaBOX
VigiaBOX in a geotechnical configuration, for vibrating wire.
Connection Broker
Identifies the source, keeps the original, and delivers.
Your operation
GeoVigía, SCADA, or your cloud, over REST API, MQTT, or Azure Service Bus.
You don't need a Wolke device at every source: the Broker also takes in sources that already transmit.
02 / Multi-signal acquisition
Many instruments.
One consistent way
to connect their data.
VigiaBOX, our family of data acquisition, logging, and telemetry devices, reads the signals on site and prepares them for a common data architecture. Explore VigiaBOX
Digital instruments
Modbus RS-485 and SDI-12.
Third-party sondes, meters, and stations, with reading and interpretation configured per instrument.
Distributed sensors
BLE links at the asset.
ThermoGuard nodes and third-party BLE sensors: more measurements without wiring every signal back to the gateway.
Geotechnical instrumentation
Vibrating wire.
RokkaBOX extends the VigiaBOX family to piezometers and other vibrating-wire instruments.
RokkaBOX / Connected geotechnics
Vibrating wire also joins the data network.
Four vibrating-wire channels per RokkaBOX. Geotechnical data acquisition, local logging, and delivery to the mine site's systems.
4
vibrating-wire channels
By the RokkaBOX team
Each reading carries the instrument's identity, timestamp, reference values, and calibration, so the monitoring record keeps its context.
03 / Site-specific communications
The network changes.
Where your data goes doesn't.
A mine site with cellular coverage, a remote lagoon, and a distributed instrument network are not the same problem. We combine networks point by point, based on distance, power consumption, and available service.
4G / LTE
Telemetry from sites with cellular coverage, without relying on your local network.
The most common network at mine sites.4G + satellite
Both networks in one device: if cellular is unavailable, the data goes out over satellite.
Automatic network switching.LoRa / LoRaWAN
Long-range, low-power radio for networks with many points; a gateway collects the data and sends it on.
Environmental sensors and distributed networks.Satélite / Iridium
Telemetry where there is no terrestrial coverage, as the primary link or as backup.
Backup when no other network is available.
Close to the instrument
BLE for nodes and on-site diagnostics. Ethernet when the device sits on the plant network; Wi-Fi if the project calls for it.
04 / Wolke Connection Broker
A new instrument.
Not a new integration
from scratch.
The Broker decouples how each device sends its data from how your system receives it. It preserves the original message, interprets the variables, and delivers them to one or more destinations: your platform keeps a stable data contract, and the next sensor is integrated at the edge.
ENTRADAS
VigiaBOX / RokkaBOX
Gateways y equipos compatibles
Fuentes MQTT / HTTP
WOLKE CONNECTION BROKER
Original → Interpretación → Entrega
Identidad · Decodificación · Grupos y reglas
Registro original
Estado por destino
Historial
DESTINOS HABILITADOS
Webhook / API REST
MQTT / Azure Service Bus
GeoVigía / Sistemas propios
The original message is kept.
The received message and its interpretation are stored separately, so the original can always be reprocessed.
Different sources, usable data.
A decoder for each device turns every format into named variables with units.
One source, multiple destinations.
Each device or group delivers to its assigned destinations, under its own rules.
Received doesn't mean delivered.
Each delivery records its status, attempts, and response, so you can tell a source failure from a receiver failure.
Retry a delivery
Resend historical data
Reprocess the original message
05 / Commissioning and operation
Commission on site.
Configure from anywhere.
The device is commissioned on site, with no data coverage needed. Once installed, it is configured, diagnosed, and updated remotely. Fewer field visits.
In the field, over BLE
Scanning, signal readings, status, and configuration from an Android app, without relying on cellular coverage.
Remotely, from the platform
Configuration read and write, remote commands, and a trace of every message.
Link diagnostics
VigiaBOX receives on two antennas and reports the signal on each. That way you can tell a weak-coverage area from a faulty sensor.
06 / Continuity and autonomy
Built for outages.
Not just for connectivity.
Data backup, power, and diagnostics are part of the same system. Continuity takes more than choosing an antenna.
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Normal link
2
Link outage
3
Link restored
Normal link
Each measurement goes out to the platform as soon as it is taken.
Link outage
The device keeps measuring and stores every record on site.
Link restored
Resends the backlog in order, with its original timestamps, and confirms it reaches its destination.
An important distinction.
Recovering historical data is no substitute for a timely alert. If the system stops acquiring data because it runs out of power, it cannot reconstruct measurements it never took. That is why we size the solar panel, batteries, and backup to the sensors, power consumption, climate, and operating cadence.
above4.500masl
Mine site in the high Andes, in continuous operation.
down to−30 °C
Ambient temperature at that same site.
Device operating range: −30 to 50 °C
100
ThermoGuard nodes on heat-traced lines at a single plant.
Dozens
of MUSUX units operating in tailings, desalination, and oceanography.
07 / Open integration
Your platform shouldn't limit what you can measure.
Use GeoVigía, our monitoring and reporting platform, or receive the data in your own systems. Acquisition, the Broker, and visualization are separate pieces, so you do not need to change your platform.
GeoVigía
Control center, historical data, TARP events, reconciliation with the DGA (Chile's water authority), and automatic reports by email, PDF, or Excel. Deployed in the Wolke cloud, on-premises, or hybrid.
02 · In the field
Local HMI
A screen on the enclosure to operate the zone even if the link goes down.
SCADA, Power BI, or your cloud
Delivery via REST API, webhooks, MQTT, or Azure Service Bus, with delivery status for each destination.
08 / Security
Security at every stage, from device to screen.
Your data travels through field devices, public networks, and the cloud. We protect each stage with controls your cybersecurity team can review.
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Device
2
Link
3
Cloud
4
People
VigiaBOX in the field
- Supports per-device credentials, each limited to its own topics.
- Local Bluetooth configuration with authenticated pairing.
- Modbus writes and output control only when the project enables them.
Encryption in transit
- The device initiates its own connections to the platform.
- Supports MQTT over TLS with server certificate validation.
- Deliveries to your systems over HTTPS, MQTT over TLS, or Azure Service Bus, authenticated per destination.
Microsoft Azure
- Infrastructure in Chilean and US regions.
- Databases and storage encrypted at rest.
- Secrets managed with Azure Key Vault.
- Automated backups, with retention and redundancy set per service.
Controlled access
- Administration through Microsoft Entra ID with two-step verification (MFA).
- Role-based permissions and logical separation of data between customers.
- Sign-in logging and audit trails for access and configuration changes.
- Remote access over a segmented VPN, only to authorized devices and services.
Continuous monitoring
We assess vulnerabilities with Microsoft Defender for Cloud, centralize logs in Azure Monitor, and get alerts before a certificate expires.
ISO/IEC 27001
Implementation in progress: our information security management system.
For your review
Technical documentation of our architecture and controls for your cybersecurity team. Write to us
Device and link controls are enabled according to the model, firmware, and configuration used in each project.
Let's talk
Which instrument or location is hard to connect?
Tell us what you need to measure, what the site is like, and where the data needs to go.