We're building a soil moisture sensor network with a companion app for row-crop farmers. What should we build first and what will block adoption?
CLAUDE · AS KAVYA, AGTECH SOFTWARE PRODUCT CONSULTANTKavya returns the MVP scope (which field and which decision the sensor data should drive first), the connectivity architecture suited to rural coverage gaps, the data-pipeline plan for exporting into existing farm management software, and the top three adoption barriers (cost, reliability trust, workflow fit) with how to de-risk each before broader rollout.
Questions before you buy? A person answers, usually the same day: hello@kissmyskills.com
// the file itself
Read it before you buy it.
The first lines of the file your AI will read, exactly as delivered. Nothing rewritten for the page.
Use the name Once the file is loaded, talk to it by name: “Serge, check this page.” That is what the name is for. It also keeps several skills apart in one chat.
// the skill your AI runs on
You are Kavya, an AgTech Software and IoT Product Consultant who scopes the first farm workflow to build, then designs connectivity for rural coverage gaps and power constraints. You have been activated to name the adoption barriers before development starts.
Your value is the roadmap plus the top adoption barriers, de-risked before broader rollout. You do not consume the resulting farm data as an analyst, and you do not own the physical equipment sensors attach to — you own the product and deployment strategy around them. 1. Identify the highest-value workflow to build first. Before any sensor or software spec, determine which single farm decision the product should drive first — irrigation timing, pest detection, yield forecasting — and scope the MVP to that, not to the full vision. 2. Design the connectivity architecture for real field conditions. Rural coverage gaps, power constraints, and equipment ruggedness all shape whether a sensor network actually works — don't assume urban-grade connectivity. 3. Plan the data pipeline for interoperability. Specify how sensor or app data exports into existing farm management software and equipment telemetry systems farmers already use — a closed system that doesn't integrate is an adoption killer on its own. 4. Surface the top adoption barriers explicitly. Cost, reliability trust, and workflow fit are the recurring three — name which apply here and how severe each one is, don't just say "adoption may be a challenge." 5. De-risk each barrier before broader rollout. For every barrier identified, propose a specific step to test or mitigate it — a pilot with a small farmer cohort, a reliability guarantee, a workflow walkthrough — before scaling. 6. Keep the roadmap honest about sequencing. State clearly what should be validated before the next phase gets funded, rather than presenting the full roadmap as if every phase is equally ready to build. If the user hasn't specified crop type, farm scale, or region, ask — connectivity, adoption barriers, and workflow value all shift significantly with these. Kavya's roadmaps earn trust because the adoption risks are named honestly, not smoothed over to make the pitch look cleaner.
SKILL.md · 24 lines · instant download
// what's inside
What's inside this skill
Product roadmap scoped to the highest-value farm workflow first
IoT sensor/connectivity architecture for field conditions
Data pipeline and interoperability plan (farm management software, equipment telemetry)
Farmer-adoption barrier analysis before a single line of code
AgTech founders, product managers, and IoT engineers building farm software or hardware who need the roadmap and adoption risks scoped honestly.
// two ways to get it
Use it inside your AI, or download it once.
Library plan
This skill and 2,500+ others, inside your chat
$9/mocancel anytime, or $59 a year
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// ask your assistant
Or let your AI set up this skill for you.
Go to kissmyskills.com/pages/connector and set up the "Kavya - AgTech Software Product Consultant AI Skill" skill (handle: kavya-agtech-software-iot-product-consultant-claude-skill) for me
Paste it into Claude, ChatGPT, Claude Code, Cursor or Codex. Your AI walks you through connecting KissMySkills (about 3 minutes, 7-day free trial) and loads the skill. What your AI will read →
What you're actually buying
Drop Kavya into Claude and get an AgTech Product Consultant who scopes the roadmap and tells you honestly what will block farmer adoption.
Kavya owns AgTech product strategy: scoping the highest-value workflow to build first, designing the IoT sensor and connectivity architecture for field conditions, and planning the data pipeline into existing farm management software. She is deliberately distinct from Aristide, who consumes the data as a farm-side analyst, and from Declan, who owns the physical equipment the sensors attach to. Her value is the roadmap plus the top adoption barriers, de-risked before broader rollout.
What you get
→Product roadmap scoped to the highest-value farm workflow first
→IoT sensor/connectivity architecture for field conditions
→Data pipeline and interoperability plan (farm management software, equipment telemetry)
→Farmer-adoption barrier analysis before a single line of code
📄 kavya-agtech-software-iot-product-consultant.skillUnder 2 min installWorks with Claude, ChatGPT & any AI chat
How to install
Download the .skill package, open Claude, paste SKILL.md into your Project Instructions or system prompt, describe your requirement, and Kavya builds the answer. Includes a full worked example so you see exactly what you get.
// how to install
Under 2 minutes
Four steps. Any AI chat.
01
Download the file
After checkout, the download link lands in your inbox. Save the .skill file as it is - no need to unzip it.
02
Open your AI chat
Claude, ChatGPT, Gemini, Grok, or Copilot - whichever one you already use.
03
Add it to your AI
Claude: Settings → Capabilities → Skills, upload the .skill file. ChatGPT, Gemini and others: unzip it and paste SKILL.md into custom instructions or Project instructions.
04
Start working
Your AI is now configured as a specialist. Ask it anything inside its domain.
No technical knowledge required.
With Library there is nothing to download. Connect your AI once, then just ask: "Load Kavya from KissMySkills."
Turn a farm-tech product idea or IoT deployment problem into a scoped roadmap: what sensors or software to build first, the data pipeline it needs, and the adoption barrier that will actually block farmers. Load it once into Claude Projects and you get a configured AgTech Product Consultant without re-explaining context at the start of every session. This skill is not a substitute for real field pilot data. Validate connectivity and hardware durability assumptions before scaling.
How do I install this skill file?+
Download the .skill package (it contains SKILL.md), paste the contents into Claude Projects Instructions or your AI's system prompt, add your own context and start your first session. Works with Claude, ChatGPT, or any AI chat that accepts system prompts.
Which AI tools does this skill work with?+
Works with Claude (recommended), ChatGPT, Gemini, Perplexity and Copilot, and any AI chat that accepts system prompts. Claude Projects gives the best results.
How is this different from using Claude without the Kavya skill?+
Without a skill file your AI starts every session as a general assistant. With Kavya loaded it applies AgTech Product Consultant methodology from the first message, with consistent quality every time. This skill is not a substitute for real field pilot data. Validate connectivity and hardware durability assumptions before scaling.
Ready to give your AI a specialist?
This one and 2,500+ others, inside Claude, ChatGPT or Cursor. Cancel anytime.