ForgeLogic — Features
Next-Generation Industrial Controller

Configure. Don’t Program.

ForgeLogic is the iPad of industrial controllers — a touchscreen PLC replacement where you configure inputs, outputs, and logic through settings screens instead of code. No proprietary software. No programming language. No outside contractor.

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Digital I/O Channels
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Lines of Code Required
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Starting MSRP (FL-10)
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Average Setup Time
Explore features
The Problem

PLCs in the Field Are Dinosaurs.

They cost $4,000–$7,000+. They require proprietary software, specialized programmers, and weeks of downtime when something fails. The entire industry assumes the user can program. ForgeLogic assumes they can’t — and doesn’t need to.

💀

Legacy PLCs Are Dying

Allen-Bradley SLC 500s from the 90s are failing across America. Nobody has the code. The software (RSLogix 500) is discontinued. Replacement means starting from zero.

$8,000+ replacement cost
🔒

Programming Is the Bottleneck

Ladder logic, structured text, proprietary software licenses ($500+). Specialized programmers charge $50–$100/hr. A simple machine takes 40–80 hours to program.

40–80 hours typical programming
🔇

No Visibility

Traditional PLCs are black boxes. No run counts, no sensor trending, no failure logs, no maintenance reminders. You find out something’s wrong when the machine stops.

Zero built-in analytics
⛓️

Vendor Lock-In

Each manufacturer’s proprietary ecosystem: different software, different programming languages, different training requirements. Switch vendors = retrain everyone.

$500+ per software license
⏱️

Downtime Kills Profit

When a PLC fails, production stops. Hunting for legacy code, legacy software, legacy programmers. Weeks of downtime while the line sits idle.

2–4 weeks typical downtime
Zero-Code Configuration

Tap. Assign. Done.

Every configuration action happens through the touchscreen. Visual pin-out diagram — tap any pin to set it as Input, Output, Analog In, or Analog Out. Color-coded confirmation: green for inputs, red for outputs, blue for analog. Duplicate detection warns of conflicts.

Tap any pin → dropdown: Input / Output / Analog In / Analog Out / Disabled
For analog: set range (0–10V, 4–20mA), assign unit label (PSI, °F, GPM)
Visual pin lights: green (input), red (output), blue (analog)
Automatic duplicate detection warns if pin conflicts with existing rules
PIN ASSIGNMENT
Pin 1 — Cycle Start
Digital Input
Pin 2 — Safety Guard
Digital Input
Pin 5 — Press Down
Digital Output
Pin 6 — Press Up
Digital Output
Analog 1 — Pressure
4–20mA • 0–3000 PSI
Visual Rule Builder

If This, Then That.

No text-based programming. All rules built through touch-friendly UI elements. Conditions and actions from dropdown menus. Rules displayed as visual cards — drag to reorder priority, toggle on/off without deleting, test mode simulates in real-time.

Conditions: “Pin X is HIGH/LOW”, “Analog ABOVE/BELOW value”, “Timer elapsed”, AND/OR combinators
Actions: Set pins, set analog output, start timer, increment counter, send alert, log event
Drag to reorder rule priority. Toggle rules on/off without deleting them.
Test mode: simulate inputs and watch outputs change in real-time before going live
RULE BUILDER
IF
Pin 1 (Cycle Start) is HIGH  AND  Pin 2 (Safety Guard) is HIGH
THEN
Set Pin 5 (Press Down) HIGH
IF
Pin 4 (Bottom Limit) is HIGH  OR  Analog 1 > 2500 PSI
THEN
Set Pin 5 LOW • Set Pin 6 (Press Up) HIGH
IF
Pin 3 (Top Limit) is HIGH
THEN
Set Pin 6 LOW • Log Event “Cycle Complete”
Timers & Counters

Time It. Count It. Automate It.

Create named timers (on-delay, off-delay, retentive) and named counters (up, down, up/down). Configure through simple numeric fields: duration, target count, reset conditions. Visual status shows running state, elapsed time, and count value on the dashboard.

TIMERS & COUNTERS
Timer 1 — Press Hold3.0s ON-DELAY • RUNNING
Timer 2 — Cooldown1.5s OFF-DELAY • IDLE
Counter 1 — Cycle Count9,847 / 10,000
Counter 2 — Reject Count12 TODAY
Safety & Verification

Verify Before You Deploy.

Before any configuration change goes live, the system runs a simulation showing expected I/O behavior. Conflict detection warns if rules contradict each other. Dry-run mode executes logic against simulated inputs for 60 seconds. Instant rollback to last known-good configuration. Every change saved with timestamp and user ID.

Double-check simulation before every deployment
Conflict detection: warns if rules contradict each other
Dry-run mode: 60 seconds of simulated execution before going live
One-tap rollback to last known-good configuration
Full configuration versioning with timestamp and user ID
Simulation Passed
All 3 rules verified. No conflicts detected.
Ready to deploy.
Deploy Configuration
KevAI-OS Integration

Tell Your Machine What to Do.
In English.

Import your machine documentation into KevAI-OS. Claude reads every manual, every wiring diagram, every sensor spec. Then just describe what the machine needs to do — and get a complete ForgeLogic configuration ready to deploy. No training. No if/then builder. Just say it.

AI-Powered Programming

From Documentation to Configuration.

KevAI-OS turns ForgeLogic from a “simplified PLC” into an “intelligent PLC.” Import machine docs → Claude builds a knowledge base → Describe needs in plain English → AI generates complete configuration → Review and deploy.

Imports: PLC code exports, wiring diagrams, sensor specs, motor datasheets, operator manuals, maintenance procedures, safety docs
Claude processes ALL documentation and understands the complete machine context
Natural language: describe what you need, get pin assignments + rules + thresholds + safety interlocks
Deploy via mobile, Ethernet, or USB — one tap
KevAI-OS
This machine has a hydraulic press. Pin 1 is cycle start, Pin 2 is safety interlock, Analog 1 reads pressure (4-20mA, 0-3000 PSI). Press should cycle down when start is pressed AND safety is clear, stop if pressure exceeds 2500 PSI.
Configuration generated. 5 pin assignments, 3 rules, 1 analog threshold, 1 safety interlock. Simulation passed — no conflicts detected. Ready to deploy.
Graphical Reporting & Monitoring

Your Machine Is Now a Data Platform.

ForgeLogic isn’t just a controller — it’s a complete data system for every machine it controls. Real-time dashboards, historical reporting, automated alerts, and multiple delivery methods.

Real-time: I/O state display, run counters, sensor trend lines, active rules, system health
Historical: Timestamped I/O logs, run reports per shift/day/week/month, sensor trending, user sessions, failure logs
Alerts: Maintenance reminders by run count or calendar, lifecycle tracking, failure alerts, scheduled lockdown
Delivery: On-screen, email PDF, KevAI-OS dashboard, REST API, mobile push notifications
DASHBOARD
Machine Cycles Today1,247
Avg Cycle Time4.2s
Hydraulic Pressure2,340 PSI
Uptime99.7%
⚠ Filter Change Due9,847 / 10,000 cycles
Fleet Management

One Dashboard. Every Machine.

When a facility runs multiple ForgeLogic units, fleet management becomes the killer feature. Single KevAI-OS dashboard showing all units with map view and color-coded status overlays.

Centralized: Green (running), yellow (idle), red (faulted), gray (offline) — drill into any machine
Comparison: Efficiency, lifecycle, configuration, cost-per-cycle across machines
Fleet config: Push updates to multiple machines simultaneously, staged rollout, config diff
FLEET OVERVIEW
Machine 1 — Press Line A1,247 cycles
Machine 2 — Press Line B1,189 cycles
Machine 3 — ConveyorIDLE
Machine 4 — FillerFAULT
AI Optimization Engine

ForgeLogic Doesn’t Just Monitor. It Learns.

The AI analyzes cycle time patterns, sensor trends, I/O failure frequency, maintenance correlation, cross-machine differences, energy consumption, and operator behavior. Then it recommends.

“Reducing press hold timer from 3.0s to 2.4s would increase throughput by 8% without affecting quality.”
“Machine 2’s bearing is showing early degradation. Recommend replacement in next 500–800 cycles.”
“Machine 4 uses 1.2s delay vs Machine 1’s 0.5s. Standardizing would increase output 15%.”
Never auto-applies — always requires human approval (safety-critical systems)
🧠
AI Recommendation
Machine 8 fills 6% fewer bottles/shift than fleet average. Fill valve close delay is 0.3s longer. One-tap fix.
Apply Recommendation
Total Cost of Ownership

The Math Speaks for Itself.

Scenario: Replace a failed Allen-Bradley SLC 500 controlling a simple packaging machine. Factor in hardware, software licenses, programming labor, and monitoring systems.

Traditional Replacement
$5,800–$8,800
CompactLogix + Studio 5000 + Programmer + SCADA
CompactLogix + HMI$3,300
Studio 5000 License$500
Programming Labor (40–80 hrs)$2,000–$5,000
SCADA/Monitoring$2,000+
ForgeLogic Replacement
$2,200–$2,700
FL-10 + Built-in Software + Self-Config or Done-For-You
ForgeLogic FL-10$2,200
Software License$0 (built-in)
Programming$0–$500
Monitoring/Reporting$0 (built-in)
$3,100–$6,100 Saved (53–69%)

And that’s before you factor in the labor savings: traditional programming = 40–80 hours at $50–$100/hr ($2,000–$8,000). ForgeLogic = 15 minutes self-config or $200–$500 Done-For-You service.

Three Ways to Get Started
Tier 1
Self-Service
Free with Hardware
  • Configure through HMI touchscreen
  • No AI, no KevAI-OS required
  • Full settings screens and rule builder
  • Built-in monitoring and reporting
  • User login and access control
Tier 3
Done-For-You
$200–$1,000 per job
  • Send machine specs to Hibb Co.
  • We program via KevAI-OS + Claude
  • Ship back the configuration file
  • 24–72 hour turnaround
  • Rush service: same-day at 2x pricing
  • Remote support during first commissioning
Industrial-Grade. Purpose-Built.

Custom circuit board with 12V/24V industrial I/O, integrated capacitive touchscreen, ARM/ESP32 RTOS processing, and multiple communication options. Designed for the factory floor.

ModelScreenDigital I/OAnalog I/OEst. MSRP
FL-7 (Entry)7" capacitive touch8 DI / 8 DO4 AI / 2 AO$1,500
FL-10 (Standard)10" capacitive touch16 DI / 16 DO8 AI / 4 AO$2,200
FL-10P (Pro)10" capacitive touch24 DI / 24 DO12 AI / 6 AO$2,800
FL-EXP (Expansion)N/A8 DI / 8 DO4 AI / 2 AO$400
5-Layer Software Architecture
1

HMI Application

Settings screens, rule builder, dashboards, reports. What the user sees and touches.

2

Configuration Engine

Translates settings into executable logic. If/then compiler, pin manager, threshold engine.

3

Real-Time I/O Engine (RTOS)

Deterministic scan cycle. Reads inputs, evaluates logic, writes outputs. Watchdog timer.

4

Communication Layer

Ethernet, WiFi, BLE, Modbus, MQTT. KevAI-OS MCP connector. REST API. OTA updates.

5

Data & Reporting Engine

SQLite database for I/O logs, run counts, timestamps, failures. Report generation and email export.

Mobile & Remote Access

Walk Up. Tap. Configure.

ForgeLogic broadcasts WiFi or Bluetooth LE. Technician walks up with iPhone/iPad, scans QR or taps NFC, gets full configuration interface on mobile. Deploy new configs with drag-and-drop.

WiFi AP or BLE pairing — NFC or QR scan to connect
Full config interface on mobile — same as touchscreen HMI
Remote via KevAI-OS: monitoring, config push, on/off, lockdown
Future: iOS/Android native app with push notification alerts
📱
ForgeLogic Mobile
Tap • Connect • Configure • Deploy
Security & Safety

Industrial-Grade Protection.

Hardware watchdog timer puts outputs in safe state if software locks up. Dedicated E-stop input bypasses all logic. Role-based access control with full audit trail. Encrypted config at rest, TLS in transit, works offline.

Machine Safety: Watchdog, configurable safe states, E-stop, change lockout, dry-run
Access Control: Username+PIN login, Operator/Technician/Admin roles, audit trail
Data Security: Encrypted at rest, TLS communication, offline operation, USB backup
Scheduled Lockdown: Machine auto-disables at configured times for maintenance or shift end
🔒
Role-Based Access
👁 Operator — View Only 🔧 Technician — Configure 🔐 Admin — Full Access
See ForgeLogic in Action
⚠️

The Aging PLC Emergency

Packaging plant. Allen-Bradley SLC 500 died. 1998 install. Nobody has the code. RSLogix 500 discontinued. Traditional fix: $8,000+ and 2 weeks. With ForgeLogic: Jason pulls an FL-10, imports the wiring diagram photos into KevAI-OS, Claude generates config in 5 minutes. Machine runs in 2 hours.

$2,700 total vs $8,000+ — 66% savings
🔧

The Non-Programmer Tech

Food processing plant, 6 conveyor systems with aging PLCs. Maintenance tech knows the machines inside and out but has zero programming experience. With ForgeLogic FL-7: configure each conveyor through dropdown menus. “Motor runs when start is pressed AND guard is closed.” No code. No programmer. No license fees.

6 machines × $1,500 = $9,000 vs $48,000+
📈

Fleet Optimization

Bottling plant, 12 identical filling machines with ForgeLogic FL-10. After 90 days, KevAI-OS fleet dashboard shows Machine 8 fills 6% fewer bottles per shift. AI identifies fill valve close delay is 0.3s longer. One-tap fix. Machine 8 immediately matches fleet performance.

6% throughput increase — recovered in one shift
📦

Done-For-You Service

HVAC company in Ohio needs to replace a rooftop unit controller. They email Hibb Co. the wiring diagram, sequence of operations, and sensor list. KevAI-OS generates the config. Kevin reviews it, emails back. Tech loads via USB. Total turnaround: 36 hours.

$400 charge — 80%+ margin for Hibb Co.
Seven Revenue Streams
StreamModelPrice RangeMargin
Hardware SalesOne-time purchase$1,500–$3,000/unit40–60%
AI Programming ServicePer-job fee$200–$1,000/machine80%+
KevAI-OS ProMonthly subscription$12–$18/mo90%+
Fleet MonitoringMonthly per machine$5–$15/mo/machine90%+
Custom ConfigurationConsulting$150/hrVariable
Training/CertificationPer student$500–$2,00070%
I/O Expansion ModulesHardware add-on$200–$500/module40–60%

ForgeLogic is a Hibb Co. LLC product.

© 2026 Hibb Co. LLC — All Rights Reserved