Intent Mesh presents

Hytec Ops

Intelligent Repair Operations
for Vertical Transportation

Joshua Worth — Intent Mesh

The Challenge

Repair Knowledge Lives in People's Heads

Manual & Paper-Based Circuit board repair runs on clipboards, sticky notes, and institutional memory. When a senior tech leaves, knowledge walks out the door.

No Digital Lifecycle Boards arrive, get barcoded, then vanish into a black hole. No real-time status. No trail from field to bench to customer.

Techs Don't Know What's Next Without structured guidance, less experienced technicians are left guessing. Training is apprenticeship-only.

Zero Customer Visibility Customers call for updates. Managers check whiteboards. Nobody has real-time answers at their fingertips.

The Vision

Every Board Tells Its Full Story

From the elevator it came from, through diagnosis, repair, testing, and back to the customer — a complete digital chain of custody, powered by AI.

AI-Powered Guidance Technicians get intelligent next-step recommendations based on symptoms, board history, and cross-manufacturer knowledge.

Real-Time Visibility Everyone sees the same truth — technicians, management, and customers. No phone calls needed.

Complete Traceability Every photo, note, test result, and timestamp captured. Full audit trail for compliance and quality.

Step 1

Board Intake

The digital story begins the moment a board arrives.

Photo capture on arrival — document condition before a single component is touched
Barcode & QR scanning for instant identification and cross-reference
Automatic logging: timestamp, source building, elevator unit, reported symptom
Email notification fires to all stakeholders the instant intake is complete

Scan → Photo → Log → Notify

Step 2

AI-Powered Diagnosis

The technician describes symptoms or uploads a photo. The AI does the rest.

AI Analysis

92%

Capacitor C14 Failure
Electrolytic degradation — common in boards exposed to machine room heat

67%

Relay K3 Sticking
Intermittent contact — often presents as random floor skipping

23%

Trace Damage Near J7
Micro-fracture from vibration stress

Cross-Manufacturer KB Otis, ThyssenKrupp, Schindler, KONE — unified knowledge base across all major OEMs.

Safety Warnings Built In Hazardous voltage alerts, lockout/tagout reminders, capacitor discharge procedures.

Step 3

Structured Workflow

Every board moves through defined stages. Nothing falls through the cracks.

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

Step 4

Technician Guidance

Every technician gets “what to do next” — not just experienced ones.

Context-Aware Next Steps Based on the current stage, board type, and diagnosis, the system tells the tech exactly what to do and in what order.

Safety at Every Step Lockout/tagout, voltage warnings, PPE requirements. Integrated, not an afterthought.

Training Built Into the Workflow New techs learn by doing, with the AI as their mentor. Ramp-up time drops from months to weeks.

Live Guidance Preview

STEP 3 of 7 — Component Replacement

                ⚠ WARNING: Discharge C14 before removal.

                Minimum 30s bleed time after power disconnect.
              
                1. Remove C14 (22μF 450V electrolytic)

                2. Inspect pads for trace damage

                3. Install replacement (match polarity)

                4. Photograph completed work

                5. Mark step complete → advance to Test

Step 5

Test & Verify

Structured post-repair testing with pass/fail documentation. No board ships without proof it works.

Standardized test procedures per board type and manufacturer
Pass/fail documentation with timestamped photos
QA sign-off required before shipping
Full test history stored for warranty and liability protection

Proven Capability

TAC20 LON Binding Solution

We solved the TAC20 LON bus binding issue — a problem that plagues shops across the industry — before our first visit to the facility. This is the kind of deep technical capability baked into the platform.

Step 6

Customer Portal

Your customers never have to call and ask “where’s my board?” again.

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

Hytec Hardware + Intent Mesh Software

The Platform

Hytec Ops Dashboard

One platform. Everything Hytec needs to run repair operations.

ops.hytec.com

Active Jobs

47

In Testing

12

Ready to Ship

8

Avg Turnaround

3.2d

Weekly Throughput

Why Us

Why Intent Mesh

142

Repositories Active codebase spanning web, mobile, AI, and IoT

17

Production Products Live, serving real users today

54

PullSheet Users Organic growth, zero marketing spend

AI-Directed Development Prototype to production in days, not months. We move at a speed traditional agencies can't match.

Already Solving Your Problems We cracked the TAC20 LON binding issue before our first visit. Imagine what we'll build with your team's input.

Elevator Industry Native IUEC Local 74. We speak the language. We know the equipment. This isn't generic software — it's built for this industry.

Next Steps

Let's Build This
Together

Phase 1

Pilot Program Select a repair category to prove the concept end-to-end

2 Weeks

Working Prototype Functional system your techs can use on real boards

Scale

Full Deployment Roll out across the entire 82,000 sq ft facility

joshua@intentmesh.com