Manufacturing Engineering Excellence

Epik POTS
Next-Generation Communication Infrastructure

Revolutionizing telecommunications infrastructure through innovative MFVN technology, seamlessly replacing traditional POTS lines with enterprise-grade reliability and advanced features.

3+
Design Iterations
MFVN
Certified System
24/7
Reliability

Project Overview

As the first Bench Technician at OBSM LLC (later acquired by Granite Telecommunications), I played a crucial role in developing and implementing reliable assembly processes for the Epik POTS replacement system. This project involved designing manufacturing workflows, quality control systems, and validation protocols for a cutting-edge telecommunications device.

Manufacturing Process Design

Developed comprehensive assembly workflows and quality control protocols for consistent product delivery.

Reliability Testing & Validation

Implemented rigorous testing protocols to ensure system reliability and NFPA 72 compliance.

Continuous Improvement

Collaborated on multiple design iterations to enhance product performance and manufacturability.

Technical Specifications

Connectivity: 4G LTE + Broadband
Backup Power: 24-hour Battery
Compliance: NFPA 72 MFVN
Redundancy: Dual SIM Cards
Compatibility: All Analog Devices

Development Journey

From initial concept to market-leading solution, tracking the evolution of Epik through multiple design iterations and business transformations.

Initial Development at OBSM LLC

Phase 1

Joined the team to develop consistant manufacturing processes for the first-generation Epik device. Focused on establishing quality control standards and assembly line optimization. while Working closely with the engineering team to refine product design.

Process Design Quality Control Assembly Optimization

Design Iterations & Improvements

Phase 2

Participated in multiple design revisions, implementing feedback from field-testing and customer requirements. Enhanced manufacturing efficiency and product reliability. Also incorporated moved refined processes to start largescale production.

Version 2.0 Field Testing Reliability Testing

Granite Telecommunications Acquisition

2021

OBSM LLC was acquired by Granite Telecommunications for a significant sum, validating the technology and market potential of the Epik system.

Acquisition Market Validation Technology Transfer

Development Progress Gallery

Visual documentation of the Epik system's evolution from initial prototypes to final production units

Technical Achievements

Key engineering accomplishments that made Epik a market-leading POTS replacement solution.

MFVN Certification

Achieved full MFVN qualification, ensuring compliance with NFPA 72 fire safety standards and regulatory requirements.

Manufacturing Excellence

Designed and implemented robust manufacturing processes ensuring consistent quality and reliability across all product iterations.

Reliability Validation

Developed comprehensive testing protocols that validated system reliability, contributing to 24/7 operational capability.

Market Impact & Success

The Epik POTS replacement system has achieved significant market success, leading to a major acquisition and ongoing manufacturing partnership.

Business Success Metrics

Granite Telecommunications Acquisition
2021
Design Versions Delivered
3.0+
Independent Manufacturing
Ongoing

Current Market Position

The Epik system continues to be manufactured and deployed as part of Granite's telecommunications infrastructure solutions, serving critical communications needs across various industries.

Enterprise-grade reliability
MFVN certified infrastructure
American manufacturing base

Technical Deep Dive

Understanding the engineering challenges and manufacturing solutions that made Epik a market leader.

Manufacturing Engineering Challenges

Quality Control Systems

Developed comprehensive testing protocols to ensure every unit met MFVN certification standards. Implemented automated testing sequences for connectivity, power management, and fail-over capabilities.

Assembly Line Optimization

Streamlined manufacturing processes across multiple design iterations, reducing assembly time while maintaining strict quality standards. Collaborated with design teams to improve manufacturability.

Reliability Validation

Established testing protocols that validated 24/7 operational capability, redundancy systems, and fail-safe mechanisms critical for fire safety applications.

Version Evolution

Version 1.0 Initial Release
Version 2.0 Field Optimized
Version 3.0 Current Production

Manufacturing Metrics

Assembly Time Optimized
Quality Rate 99.5%+
Testing Coverage 100%

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