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Spectro-AG | Intelligent Agriculture Solutions with HyperSlit and DeepTrap INS
Precision Agriculture Intelligence

Field decisions guided by better data.

Spectro-AG builds intelligent agriculture solutions that connect sensing, analysis, and action. From hyperspectral drone data for crop, soil, and water insight to autonomous insect trapping with onboard AI, our systems help growers and researchers monitor more precisely and respond with confidence.

Why Spectro-AG

One agriculture platform, two practical intelligence layers.

Agriculture teams rarely make decisions from a single signal. They need to understand crop condition, soil variability, water behaviour, and biological pressure in the same operating environment. Spectro-AG brings these layers together through specialized systems that are built to gather high-quality data in the field and turn that information into usable insight.

Today, that means combining aerial spectral intelligence with automated insect monitoring. HyperSlit helps reveal what is happening across the field from above, while DeepTrap INS captures what is happening inside the pest population on the ground.

For growers and farm managers Monitor variability sooner, prioritize interventions, and move from blanket treatment toward more precise action.
For research and inspection Collect cleaner field data for soil studies, water research, crop assessment, and large-area monitoring programs.
For scalable operations Deploy systems that keep working in the field, reduce unnecessary manual checks, and improve visibility across larger agricultural areas.
Solutions

Two focused systems for a broader precision workflow.

Spectro-AG currently offers two intelligent agriculture solutions. Each solves a different field problem, and together they help teams understand both environmental conditions and biological pressure across the farm.

HyperSlit icon HyperSlit

Hyperspectral intelligence for crop, soil, and water analysis.

Mounted on DJI Matrice 300 RTK or 350 RTK platforms, HyperSlit captures a precise spectral signature that supports high-quality agricultural mapping and research.

Crop health mapping Soil inspection Water research Nutrient targeting
See HyperSlit
DeepTrap INS icon DeepTrap INS

Autonomous insect detection and counting at field scale.

DeepTrap INS is a solar-powered smart trap with onboard processing that detects and counts insects inside the trap, helping teams measure pest pressure more accurately across large areas.

Solar-powered Onboard AI Insect counting Scalable monitoring
See DeepTrap INS
HyperSlit icon HyperSlit In Detail

Turn spectral signatures into practical crop intelligence.

HyperSlit is designed for agriculture teams that need more than a visual image. It reveals subtle spectral differences that support earlier detection, cleaner research data, and more informed precision treatment planning.

HyperSlit Viewer icon HyperSlit Viewer HyperSlit Mapper software icon Mapper software

A hyperspectral payload for DJI Matrice 300 RTK and 350 RTK platforms.

HyperSlit attaches to compatible DJI Matrice drones and captures highly detailed spectral information from the field. This enables growers, agronomists, and researchers to inspect agricultural conditions with more depth than conventional imaging alone.

  • Identify spatial variability across fields so teams can focus scouting and treatment where it matters most.
  • Support soil inspection and soil research by highlighting differences in field condition that are difficult to see with standard imagery.
  • Map water-related patterns and monitor crop health with spectral data that helps explain what is happening below the visible surface.
  • Use better measurements to improve fertilizer precision and reduce unnecessary blanket application.
What makes HyperSlit valuable

It is not just about collecting data. It is about capturing the quality of data required to make more confident agronomic and research decisions.

Agricultural machinery operating in the field for precision farming
Precision agriculture works best when sensing leads directly to practical, field-level action.
From Insight To Action

Use spectral data where it changes decisions on the ground.

Target fertilizer more precisely

Reveal where nutrition is lacking so inputs can be applied with better intent instead of broad assumptions.

Strengthen field research

Build clearer datasets for agronomic trials, soil studies, and water-related investigations.

Improve inspection efficiency

Focus follow-up visits on locations that show meaningful spectral differences rather than treating every zone as equal.

DeepTrap INS icon DeepTrap INS In Detail

Smart pest monitoring that keeps working in the field.

DeepTrap INS is built for continuous insect monitoring without constant manual checking. It uses solar power, embedded processing, and a camera-based detection workflow to count insects directly inside the trap.

Detection view inside the DeepTrap INS smart insect trap
Inside DeepTrap INS, onboard intelligence processes trap imagery to detect and count insects.

A self-sufficient trap with onboard insect detection.

DeepTrap INS is designed for scalable deployment. Each trap generates its own power with an integrated solar panel and contains a camera with processing capability inside, allowing insect detection to happen directly in the trap rather than relying on manual counting alone.

  • Count insects more accurately inside each trap and compare pressure across a wider monitored area.
  • Train detection models for target insects such as the red palm weevil and expand monitoring around the actual pest challenge.
  • Reduce unnecessary field visits by collecting information continuously instead of checking every trap by hand.
  • Support large-scale monitoring strategies where teams need location-based visibility into where activity is higher and where it is lower.
Why this matters operationally

Better trap intelligence means better pest maps. When you know where insect pressure concentrates, interventions can be planned with much more precision.

DeepTrap INS icon DeepTrap Workflow

Built for autonomous monitoring and scalable reporting.

Solar-powered endurance

The trap is designed to stay operational in the field with self-generated power from its integrated solar panel.

On-trap processing

The onboard camera and processing stack handle intelligent detection at the trap level, keeping the workflow practical for remote deployment.

Area-level visibility

When multiple traps are deployed, teams gain a clearer picture of insect distribution across the monitored environment.

Use Cases

Designed for real agricultural decisions, not just data collection.

Spectro-AG solutions are valuable where teams need field intelligence that can guide action. The strongest outcomes come when the data is used to prioritize inspections, refine treatments, and scale monitoring across larger areas.

HyperSlit spectral map used for crop health and nutrient planning

Crop health and nutrient planning

Use HyperSlit to surface spatial differences in crop condition, guide scouting, and support more targeted fertilizer decisions where nutrition is lacking.

DeepTrap INS pest pressure mapping graphic for plantation monitoring

Pest pressure mapping

Use DeepTrap INS to measure insect presence across multiple trap locations and build a clearer understanding of how pressure changes throughout the area.

HyperSlit field capture supporting soil and water research workflows

Soil and water research

Capture higher-quality spectral data to support agricultural research programs, environmental studies, and field-level inspection work focused on soil and water behaviour.

How It Fits Together

From measurement to action in four field-ready steps.

Spectro-AG solutions are built to help teams move through a practical agriculture workflow: capture the right signal, detect variation, compare locations, and respond more precisely.

01

Capture

Collect hyperspectral data from above with HyperSlit or continuous insect evidence from below with DeepTrap INS.

02

Interpret

Translate raw measurements into clearer patterns around crop condition, nutrient variability, water response, or pest pressure.

03

Prioritize

Focus attention on the zones, fields, or trap locations that actually need follow-up instead of spreading effort evenly everywhere.

04

Act

Make more precise agronomic or pest-management decisions based on stronger evidence from the field.

FAQ

Common questions about Spectro-AG solutions.

These short answers help explain how Spectro-AG positions its current agriculture solutions and where each product fits best.

What does Spectro-AG provide?

Spectro-AG provides intelligent agriculture solutions focused on better field data and more precise decisions. The current solutions are HyperSlit for hyperspectral sensing and DeepTrap INS for smart insect monitoring.

What is HyperSlit best suited for?

HyperSlit is best suited for applications where a precise spectral signature helps reveal crop, soil, or water-related variation that standard imagery alone may miss.

Which drones support HyperSlit?

HyperSlit is presented here as a solution that attaches to the DJI Matrice 300 RTK and DJI Matrice 350 RTK platforms.

How does DeepTrap INS improve pest monitoring?

DeepTrap INS improves pest monitoring by detecting and counting insects directly inside the trap, allowing teams to compare activity between locations with less manual checking.

Is DeepTrap INS suitable for large-scale deployment?

Yes. The combination of solar-powered operation, intelligent image processing, and distributed trap placement makes it suitable for broader monitoring strategies.

Why combine aerial and ground monitoring?

Because field decisions often depend on more than one signal. Aerial spectral data helps explain environmental and crop patterns, while trap data helps explain pest pressure on the ground.

Book a Demo

See how Spectro-AG supports HyperSlit and DeepTrap INS in the field.

Whether you need hyperspectral crop intelligence, stronger soil and water research, or scalable insect monitoring, Spectro-AG can walk you through the right setup for your crops, research goals, and field conditions.

Where the conversation can start

Whether the priority is crop intelligence, field research, or pest monitoring, Spectro-AG can shape the discussion around the use case first and the technology second.

HyperSlit conversations Drone compatibility, crop-health workflows, soil inspection, water research, and precision fertilizer planning.
DeepTrap INS conversations Target insect detection, solar-powered trap deployment, monitoring density, and large-area pest tracking.
General Spectro-AG conversations How to combine sensing, monitoring, and analysis into a practical agriculture intelligence strategy.