Delivering Private LTE, Digital Network Services and Wireless RF Solutions
Delivering Private LTE, Digital Network Services and Wireless RF Solutions
MPX has partnered with a major industrial operator to deliver end-to-end engineering, deployment, and strategic engineering support for their critical communications infrastructure.
This collaboration includes RF studies to guide future development and drive the digital transformation of their operations.
MPX has partnered with a major industrial operator to deliver end-to-end engineering, deployment, and strategic engineering support for their critical communications infrastructure.
This collaboration includes RF studies to guide future development and drive the digital transformation of their operations.
The Problem
The operator’s legacy communication systems were fragmented and increasingly inadequate for the high-capacity, low-latency demands of modern automation, logistics, and sustainable operations.
To support their digital transformation, they needed a unified, robust, and scalable network foundation—one that could be architected for reliability, continuously optimised, and engineered for long-term resilience to ensure the reliability of their mission-critical operational technologies.
The Result
MPX engineered and deployed a cutting-edge, industrial-grade private network solution, seamlessly integrating 4G/5G-ready LTE and digital radio systems to deliver resilient and high-performance communications. To ensure optimal functionality and future scalability, our team developed comprehensive network models, simulation frameworks, and digital twins to ensure optimal performance and guide technological planning.
Our team now provides high-level engineering partnership and strategic guidance across the entire communications environment. This includes architecting proactive network optimisation, leading strategic technology planning, engineering robust data protection and recovery protocols, and designing structured security monitoring and incident response frameworks. The result is a unified, secure, and highly reliable communications fabric across all operational areas.
Expert engineering accountability for network design and strategic outcomes
Support for automation and remote operations, enhancing efficiency and flexibility
Engineered security compliance and incident response frameworks, safeguarding critical infrastructure
Scalable capacity to accommodate future 5G and 6G applications
Benefits
MPX’s deep engineering partnership ensures network reliability, scalability, and alignment with the client’s evolving operational requirements and regulatory standards. It delivers a secure, high-performance foundation for their digital transformation journey, supporting operational resilience and enabling the adoption of next-generation technologies.
Key Responsibilities & Skillsets
Factory Testing, Installation and configuration of support applications, system and services.
RF studies to guide infrastructure expansion and support long-term operational development.
ICT environment design, optimisation strategy, and performance analysis.
Data protection and systems recovery planning and engineering.
Digital workplace system integration.
Technical strategy and administration for maintenance agreements.
Security incident response planning and escalation support.
Ongoing security compliance reviews including vulnerability testing.
Achievements
Deployed a high-performance private LTE and digital radio network to ensure reliable, scalable connectivity across operational zones.
Developed and implemented a sophisticated digital twin and simulation framework to guide strategic network design and future expansion.
Established proactive security architectures and incident response protocols to safeguard critical systems and ensure compliance.
Provided seamless interoperability with complex mine automation and logistics systems.
Delivered robust data protection and disaster recovery strategies to maintain operational continuity and safeguard digital assets.
The Problem
The operator’s legacy communication systems were fragmented and increasingly inadequate for the high-capacity, low-latency demands of modern automation, logistics, and sustainable operations.
To support their digital transformation, they needed a unified, robust, and scalable network foundation—one that could be architected for reliability, continuously optimised, and engineered for long-term resilience to ensure the reliability of their mission-critical operational technologies.
Expert engineering accountability for network design and strategic outcomes
Support for automation and remote operations, enhancing efficiency and flexibility
Engineered security compliance and incident response frameworks, safeguarding critical infrastructure
Scalable capacity to accommodate future 5G and 6G applications
The Result
MPX engineered and deployed a cutting-edge, industrial-grade private network solution, seamlessly integrating 4G/5G-ready LTE and digital radio systems to deliver resilient and high-performance communications. To ensure optimal functionality and future scalability, our team developed comprehensive network models, simulation frameworks, and digital twins to ensure optimal performance and guide technological planning.
Our team now provides high-level engineering partnership and strategic guidance across the entire communications environment. This includes architecting proactive network optimisation, leading strategic technology planning, engineering robust data protection and recovery protocols, and designing structured security monitoring and incident response frameworks. The result is a unified, secure, and highly reliable communications fabric across all operational areas.
Benefits
MPX’s deep engineering partnership ensures network reliability, scalability, and alignment with the client’s evolving operational requirements and regulatory standards. It delivers a secure, high-performance foundation for their digital transformation journey, supporting operational resilience and enabling the adoption of next-generation technologies.
Key Responsibilities & Skillsets
Factory Testing, Installation and configuration of support applications, system and services.
RF studies to guide infrastructure expansion and support long-term operational development.
ICT environment design, optimisation strategy, and performance analysis.
Data protection and systems recovery planning and engineering.
Digital workplace system integration.
Technical strategy and administration for maintenance agreements.
Security incident response planning and escalation support.
Ongoing security compliance reviews including vulnerability testing.
Achievements
Deployed a high-performance private LTE and digital radio network to ensure reliable, scalable connectivity across operational zones.
Developed and implemented a sophisticated digital twin and simulation framework to guide strategic network design and future expansion.
Established proactive security architectures and incident response protocols to safeguard critical systems and ensure compliance.
Provided seamless interoperability with complex mine automation and logistics systems.
Delivered robust data protection and disaster recovery strategies to maintain operational continuity and safeguard digital assets.
Delivering Private LTE, Digital Network Services and Wireless RF Solutions
MPX has partnered with a major industrial operator to deliver end-to-end engineering, deployment, and strategic engineering support for their critical communications infrastructure.
This collaboration includes RF studies to guide future development and drive the digital transformation of their operations.
The Problem
The operator’s legacy communication systems were fragmented and increasingly inadequate for the high-capacity, low-latency demands of modern automation, logistics, and sustainable operations.
To support their digital transformation, they needed a unified, robust, and scalable network foundation—one that could be architected for reliability, continuously optimised, and engineered for long-term resilience to ensure the reliability of their mission-critical operational technologies.
Key Responsibilities & Skillsets
Factory Testing, Installation and configuration of support applications, system and services.
RF studies to guide infrastructure expansion and support long-term operational development.
ICT environment design, optimisation strategy, and performance analysis.
Data protection and systems recovery planning and engineering.
Digital workplace system integration.
Technical strategy and administration for maintenance agreements.
Security incident response planning and escalation support.
Ongoing security compliance reviews including vulnerability testing.
Achievements
Deployed a high-performance private LTE and digital radio network to ensure reliable, scalable connectivity across operational zones.
Developed and implemented a sophisticated digital twin and simulation framework to guide strategic network design and future expansion.
Established proactive security architectures and incident response protocols to safeguard critical systems and ensure compliance.
Provided seamless interoperability with complex mine automation and logistics systems.
Delivered robust data protection and disaster recovery strategies to maintain operational continuity and safeguard digital assets.
The Result
MPX engineered and deployed a cutting-edge, industrial-grade private network solution, seamlessly integrating 4G/5G-ready LTE and digital radio systems to deliver resilient and high-performance communications. To ensure optimal functionality and future scalability, our team developed comprehensive network models, simulation frameworks, and digital twins to ensure optimal performance and guide technological planning.
Our team now provides high-level engineering partnership and strategic guidance across the entire communications environment. This includes architecting proactive network optimization, leading strategic technology planning, engineering robust data protection and recovery protocols, and designing structured security monitoring and incident response frameworks. The result is a unified, secure, and highly reliable communications fabric across all operational areas.
Benefits
MPX’s deep engineering partnership ensures network reliability, scalability, and alignment with the client’s evolving operational requirements and regulatory standards. It delivers a secure, high-performance foundation for their digital transformation journey, supporting operational resilience and enabling the adoption of next-generation technologies.
Expert engineering accountability for network design and strategic outcomes
Support for automation and remote operations, enhancing efficiency and flexibility
Engineered security compliance and incident response frameworks, safeguarding critical infrastructure
Scalable capacity to accommodate future 5G and 6G applications
The Problem
The operator’s legacy communication systems were fragmented and increasingly inadequate for the high-capacity, low-latency demands of modern automation, logistics, and sustainable operations.
To support their digital transformation, they needed a unified, robust, and scalable network foundation—one that could be architected for reliability, continuously optimised, and engineered for long-term resilience to ensure the reliability of their mission-critical operational technologies.
Key Responsibilities & Skillsets
Factory Testing, Installation and configuration of support applications, system and services.
RF studies to guide infrastructure expansion and support long-term operational development.
ICT environment design, optimisation strategy, and performance analysis.
Data protection and systems recovery planning and engineering.
Digital workplace system integration.
Technical strategy and administration for maintenance agreements.
Security incident response planning and escalation support.
Ongoing security compliance reviews including vulnerability testing.
Achievements
Deployed a high-performance private LTE and digital radio network to ensure reliable, scalable connectivity across operational zones.
Developed and implemented a sophisticated digital twin and simulation framework to guide strategic network design and future expansion.
Established proactive security architectures and incident response protocols to safeguard critical systems and ensure compliance.
Provided seamless interoperability with complex mine automation and logistics systems.
Delivered robust data protection and disaster recovery strategies to maintain operational continuity and safeguard digital assets.
The Result
MPX engineered and deployed a cutting-edge, industrial-grade private network solution, seamlessly integrating 4G/5G-ready LTE and digital radio systems to deliver resilient and high-performance communications. To ensure optimal functionality and future scalability, our team developed comprehensive network models, simulation frameworks, and digital twins to ensure optimal performance and guide technological planning.
Our team now provides high-level engineering partnership and strategic guidance across the entire communications environment. This includes architecting proactive network optimization, leading strategic technology planning, engineering robust data protection and recovery protocols, and designing structured security monitoring and incident response frameworks. The result is a unified, secure, and highly reliable communications fabric across all operational areas.
Benefits
MPX’s deep engineering partnership ensures network reliability, scalability, and alignment with the client’s evolving operational requirements and regulatory standards. It delivers a secure, high-performance foundation for their digital transformation journey, supporting operational resilience and enabling the adoption of next-generation technologies.
Expert engineering accountability for network design and strategic outcomes
Support for automation and remote operations, enhancing efficiency and flexibility
Engineered security compliance and incident response frameworks, safeguarding critical infrastructure
Scalable capacity to accommodate future 5G and 6G applications