1 km coverage radius
One AgLink device has a communication radius of 1 km. Terrain, vegetation and mounting height influence the connection, so coverage is checked at the planned sensor locations.
Field sensor connectivity.
A 1 km radius per device.
Designed around your sensors,
your terrain and your next step.
Two antennas. A compact body.
Built around a practical field trial.
From open fields to tree cover and changing elevation. Start with the conditions on your site.
Find your scenarioField sensor connectivity.
A 1 km radius per device.
Designed around your sensors,
your terrain and your next step.
Two antennas. A compact body.
Built around a practical field trial.
From open fields to tree cover and changing elevation. Start with the conditions on your site.
Find your scenarioAgLink is Ruta’s device concept for agricultural sensor connectivity, with a communication radius of 1 km per unit.
Coverage, installation and power belong in the same plan.
One AgLink device has a communication radius of 1 km. Terrain, vegetation and mounting height influence the connection, so coverage is checked at the planned sensor locations.
The concept is mounted on a pole. The location, height and fixings are selected for the site, with safe access for inspection and maintenance.
The concept includes a solar panel. Power demand, battery capacity and seasonal performance still require validation before autonomy can be specified.
Sensor models, communication protocols and the route to your data system are reviewed before testing. Support for specific equipment is confirmed through that review.
A prototype and a demonstration of signal-change analysis are available. Production specifications, enclosure protection and delivery terms are still being developed.
The next step is a scoped pilot: a specific site, a practical question and agreed criteria for evaluating the result.
Open fields, orchards and uneven terrain each present a different connection challenge. Start with the conditions on your site.
Sensor spacing, crop growth and the mounting position shape the coverage checks for an open field.
Tree rows and dense foliage change how a radio signal travels. Check the connection across the orchard, including when the canopy is at its fullest.
Landscape photograph
Changes in elevation and natural obstacles influence where the device should be placed. A site survey helps identify useful test points.
Your region, crop type, approximate sensor layout and a description of the issue are enough to begin. There is no need to share exact coordinates in the initial enquiry.
Define what you need to test. That question guides the installation, equipment and criteria used to assess the result.
Tell us about your region, crops, sensors and the connection you want to improve.
Check sensor compatibility, device placement, power and how data will leave the site.
Agree on test locations, measurements and the criteria for a useful result.
Your name, email and region are enough for the first step. Your organisation and a description of the task are optional.
Coverage, power, sensor compatibility and the practical steps involved in a pilot.
How this standalone preview handles the information you enter.
The form checks entries in your browser only. Your name, email, region, organisation and description are not sent to a server, an email service or the Ruta team. Use sample details when trying the form.
Entries stay in the memory of the open page. Reloading the page or navigating to another page within this website clears the form. This file does not store entries in cookies, localStorage or sessionStorage.
Images, fonts, styling and scripts are included in the HTML file. It does not need external resources, and it does not include analytics, advertising, maps or other third-party embeds.
Enquiry delivery is not connected. Before it is enabled, this notice must identify the responsible data controller and contact details, explain the purposes and grounds for processing, and describe recipients, retention and applicable rights. This notice describes the current standalone preview only.
This preview uses page memory to run its interface, with no tracking or persistent website storage.
This HTML file does not set cookies or use localStorage or sessionStorage. It contains no analytics, advertising pixels or third-party embeds. There are no optional cookies to accept.
Menu state, selected tabs and form entries are held in the memory of the open page. Form entries are cleared when you reload or navigate to another page within this website.
The images, fonts, styles and scripts are embedded in the file. Opening it does not require requests to photo libraries, font providers or analytics services.
The protections and practical limits of this standalone website preview.
The website runs from one HTML file. Its content security policy blocks network connections and form submission. Images, fonts and scripts are included in the file.
The browser checks required fields and the email format. These checks help you complete the form; they do not replace validation on a server. No enquiry is sent to Ruta.
The form does not ask for identity documents, phone numbers or exact site coordinates. This preview has no accounts, payments, file uploads or device controls. The application does not save form entries to disk.
Real enquiry delivery will require a server, input validation, request limits, duplicate handling and agreed data retention rules. A contact for enquiries and a channel for reporting security issues must also be established. This preview has not undergone an independent security audit.
Information about exploring AgLink and planning a possible pilot.
This website introduces Ruta and AgLink, a product in development. Its content supports discussion of a possible pilot. It does not provide a checkout or offer a purchase agreement through the website.
The stated communication radius is 1 km per device; conditions at the site can affect coverage. The studio device image is a visualisation of the product concept. The application diagrams illustrate site planning. They do not demonstrate customer deployments, enclosure ratings, energy autonomy or certification. Final production specifications have not yet been published.
Checking the form does not send an enquiry to Ruta, place an order or reserve a place in a pilot. Use sample details. Do not enter identity documents, access credentials or exact site coordinates.
The scope of a pilot, responsibilities, installation requirements, maintenance, data handling, any fees and the conditions for ending the trial must be agreed separately before work begins. This page does not replace that agreement.
Ruta is developing AgLink for agricultural sensor connectivity.
AgLink focuses on the connection between field sensors and the systems that use their readings. The current materials introduce the device concept and the practical preparation for site trials.
A prototype and a demonstration of signal-change analysis are available. Pricing, delivery dates and final production specifications have not yet been published. This website does not take payments or accept orders.
Verified commercial details and an enquiry contact have not yet been published. They must be added before the website begins accepting real enquiries. The form in this standalone version is a local preview only.
The landscape photograph was supplied by the project owner. The opening night image was enhanced with AI from the owner-selected photograph. The studio device image is a visualisation based on the supplied device reference. Application diagrams are original illustrations. They are not presented as photographs of customer deployments.
A preview of the AgLink console: which sensor nodes are working, where the radio signal is changing and what to check on site.
A snapshot of the console with example data from three sites and 52 sensor nodes, taken on 29 September 2026 at 14:05, Baku time. It is not connected to any device, and nothing here is saved or sent.
N-41 is not sending data
Salyan, tarla 3, şimal kənarı
N-06 is not sending data
Şəki, cərgə 6, qərb
N-33 is losing packets on 2476 MHz (13.6 %)
Ağdam, C bloku, cərgə 12
N-14 is losing packets on 2424 MHz (6.1 %)
Şəki, cərgə 14, şərq
Ağdam üzüm bağı
GW-01 · 16 of 18 nodes normal
Salyan pambıq sahəsi
GW-03 · 14 of 16 nodes normal
Şəki alma bağı
GW-02 · 16 of 18 nodes normal
Temperature and humidity at 14:05, typical value for each site (median).
Ağdam, C bloku, cərgə 12 · GW-01 · Started 12:41
The 2476 MHz channel is crowded and the signal is weaker.
Check that the antennas are tight and pointing the right way. Look for a 2.4 GHz device nearby.
Packet loss rose above 2 %
Alert opened
Push and SMS sent
Rule: Packet loss. Loss above 2 % for 10 minutes on either channel.
AgLink console / Demo dataAbout 1 in 3 warnings turns out to be real, and it catches about 6 in 10 problems before they happen. Use it as a hint, not as a fact.
Model version 2.3, trained on 14 September 2026 with data from the three demo sites.
Made for the people who look after sensors in the field.
Each sensor node reports through a gateway. The overview counts the nodes that are working normally, those that need attention and those that have stopped sending data.
Packet loss is measured on each radio channel. When it stays above the alert level, the console opens an alert, names the likely cause and says what to check on site.
The forecast estimates the chance that a connection gets worse in the next 10 minutes, and states how often its warnings turn out to be real.