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Adobe Ridge Systems LLC

Industrial Control Electronics • Designed for Critical Infrastructure

📄 Lender & Funding Overview

Precision-engineered control boards for wastewater and beyond

Adobe Ridge Systems develops industrial-grade control electronics for critical infrastructure where reliability, electrical robustness, and field maintainability are non-negotiable. Our initial deployment focus is wastewater treatment facilities, with a platform designed to extend into adjacent infrastructure control applications over time.

Primary deployment vertical

Wastewater treatment plants

Current stage

EVT → early DVT

This page is intentionally conservative and operationally focused: designed for lenders, underwriters, and infrastructure-aligned partners.

Executive Summary

Company overview

Adobe Ridge Systems LLC is a U.S.-based engineering company developing industrial-grade control electronics for critical infrastructure applications. The initial deployment focus is wastewater (and water) treatment—an infrastructure segment characterized by long equipment lifecycles, conservative procurement, and sustained demand driven by regulatory compliance and public necessity.

The company is in Engineering Validation (EVT) and early Design Validation (DVT) for its first control platform and is seeking funding to complete validation, pilot deployments, and initial small-batch manufacturing.

The Problem

Operator risk
  • Aging control systems can be difficult to service or replace.
  • Systems are exposed to electrical noise, surges, and environmental stress.
  • Many replacements prioritize feature density and cost reduction over long-term maintainability.
  • Utilities require predictable 24/7 operation; downtime has outsized consequences.

Our Solution

Reliability-first

Hardened industrial control PCBAs designed for long service life, electrical robustness, and field serviceability. Key characteristics include:

  • MCU-based architecture using widely supported components
  • Isolated industrial communications (e.g., RS-485 / Modbus)
  • 4–20 mA analog input and control interfaces
  • Conservative power design with surge and transient protection
  • Clear test points and documentation for troubleshooting
Platform intent: the underlying control architecture is designed to be adaptable across adjacent infrastructure use cases without redesigning the core platform.

Competitive Positioning

Total cost of ownership
  • Reliability and uptime over feature quantity
  • Serviceability and documentation
  • Conservative component selection and derating
  • Support expectations aligned with municipal procurement realities