Intent Mesh presents

Hytec Ops

Intelligent Repair Operations
for Circuit Board Services

Joshua Worth / Founder, Intent Mesh

About

Built From the Field Up

Elevator Mechanic IUEC Local 74. I work on the equipment your boards go into. I know this industry from the inside.
AI-Directed Builder I use AI to build real software. No development team. No agency. Just me and the tools. Prototype to production in days.
PullSheet Invoicing platform serving real users in the field. Organic growth, zero marketing spend.
Silent Killer Mobile game, live on the App Store and Play Store. Built, shipped, and maintained by me.

"I understand the work. I use AI to build the tools for it."

The Platform

Here's What I'm Building.

Not a slide deck with promises. A working prototype you can click through right now.

62-Page Prototype Full frontend with every workflow mapped out. Built on Cloudflare, ready to wire up to real data.
Your Needs, Already Mapped Every capability you described in our visit has a page and workflow designed for it.
Built for Your Industry Circuit board repair workflows for imaging and vertical transportation. Not generic project management.
Live Demo

Hytec Ops Dashboard

One platform to track every repair from intake to shipment. Here's the prototype.

hytec-platform.pages.dev
■ Dashboard
⚙ Jobs
★ Inventory
📅 Schedule
📄 Reports
🔌 Assets
🔧 Bench Tests
⚡ AI Diagnose
👥 Clients
⚙ Settings
Active Jobs
In Diagnosis
Ready to Ship
Avg Turnaround
Weekly Throughput
Demo View
Capability

Board Intake

How the platform handles incoming boards.

  • Photo capture on arrival. Document condition before a single component is touched.
  • Barcode and QR scanning for instant identification and cross-reference.
  • Automatic logging: timestamp, source, unit identification, reported symptom.
  • Email notification fires to all stakeholders the instant intake is complete.
Scan → Photo → Log → Notify
Capability

Structured Workflow

Every board moves through defined stages. Nothing gets lost. Here's the flow.

Intake
→
Diagnosis
→
Repair
→
Test
→
QA
→
Ship
Photo Documentation Every stage captured visually
Notes & Time Tracking Detailed records at each step
Automatic Alerts Stage changes notify stakeholders
Capability

AI-Powered Diagnosis & Guidance

Technicians describe symptoms. The platform suggests what to check and how to fix it. Here's how it works.

AI Analysis
Example
High
Capacitor Failure
Electrolytic degradation from heat exposure
Med
Relay Contact Issue
Intermittent contact from wear
Low
Trace Damage
Micro-fracture from vibration stress
Safety at Every Step Voltage warnings, lockout/tagout reminders, capacitor discharge procedures. Built in, not bolted on.
Live Guidance Preview
STEP 3 of 7: Component Replacement
⚠ WARNING: Discharge capacitor before removal.
Minimum 30s bleed time after power disconnect.
1. Remove failed component
2. Inspect pads for trace damage
3. Install replacement (match polarity)
4. Photograph completed work
5. Mark step complete, advance to Test
Training Mode: New techs get expanded explanations
and can ask the AI follow-up questions in real time.
Capability

Customer Portal

Your customers check their own board status. No phone calls needed.

Real-Time Status Customers see exactly where their board is in the repair process. Live, 24/7, from any device.
Auto Notifications Email alerts at every stage change. Your customers feel informed without anyone lifting a finger.
Digital Reports Complete repair reports with photos, test results, and parts used. Delivered digitally, stored forever.
Future Phase

Power Monitoring

Every building should have digital power monitoring. Hytec builds the hardware. Intent Mesh builds the software.

The Opportunity
  • Software interface for Hytec's hardware power monitoring products
  • Real-time voltage, current, and power factor dashboards
  • Predictive alerts before failures happen
  • Historical trending and compliance reporting
  • New recurring revenue stream for Hytec
LIVE MONITORING 480V 32.4A PF .97 Hytec Hardware + Intent Mesh Software
Next Steps

Let's Build This
Together

Phase 1
Pick a Category Choose one repair workflow. Wire it up to real data. Get your team using it.
Iterate
Your Feedback, Built In Your techs use it, tell me what's wrong, and I fix it. Fast cycles until it fits.
Scale
Expand Across Service Lines Once one workflow is solid, roll it out to the rest. PCBs, electromechanical, Drive Secure.
founder@intentmesh.dev
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