#Canada #Toronto #Industrial Automation #SeQent #Wunderlich-Malec

Strategic Alliance between SeQent and Wunderlich-Malec

In a significant development for industrial technology, SeQent, known for its innovative solutions in alarm notification and plant-floor communication software, has entered into a strategic alliance with Wunderlich-Malec Engineering, a reputed name in engineering and system integration. The firms have signed a certified system integrator agreement aimed at delivering scalable and integrated alarm and communication solutions designed for industrial clients across North America and beyond.

Enhancing Operational Efficiency

This partnership is not merely a business arrangement but a concerted effort to enhance operational efficiency in the industrial sector. With pressure mounting on manufacturers, utilities, and infrastructure operators to maintain seamless, safe, and efficient operations in increasingly complex environments, the alliance promises to address these challenges head-on. Sheret Ross, Co-CEO of SeQent, indicated that the collaboration will facilitate quicker deployment of proven alarm infrastructure alongside top-tier engineering and integration services, ensuring the timely escalation of critical events before they escalate into issues.

Seamless Integration of Technologies

One of the standout features of this alliance is the integration of SeQent's real-time alarm notification solutions into Wunderlich-Malec's control system integration offerings. This serves to create a cohesive communication environment that spans across SCADA, MES, PLC, and IIoT systems. This means that alerts can reach plant personnel through their existing devices — whether it be two-way radios, smartphones, or even PA systems — guaranteeing that no critical alarm goes unnoticed.

Strengthening Cybersecurity and Operational Foundations

Wunderlich-Malec brings considerable expertise in OT network design, control system integration, and IT/OT convergence to the table. This collaboration is expected to yield high-performance operational frameworks that are not only reliable but also cyber-secure, a critical requirement given today's digitized industrial landscapes. Jeremy Persells, Senior Account Manager at Wunderlich-Malec, emphasized that standardizing on SeQent's platform will provide clients with a robust mechanism to manage alarms across multiple sites, while ensuring that the underlying control architecture is secure and future-proof.

Joint Value-Added for Customers

The combined efforts of these two firms herald a new era of enhanced value for industrial clients. The initiative foresees:

• - End-to-End Solutions: Comprehensive offerings that span from PLCs and SCADA systems to alarm routing and communication strategies.
• - Improved Uptime: The provision of real-time alerts through various devices, paired with automated escalation paths that expedite response times during critical events.
• - Robust Cyber-Security: Creating fortified OT networks that can withstand modern cybersecurity threats while supporting sophisticated alarm workloads.
• - Ease of Deployment: Scalable architectures that make the nationwide implementation of alarm and notification standards straightforward and efficient across diverse plant locations.

Conclusion

This strategic partnership stands as a testament to the evolving needs of industrial operations that demand not only efficiency but also reliability and security. With complementary strengths, SeQent and Wunderlich-Malec are poised to transform the landscape of industrial alarm notifications and system integration, ultimately supporting manufacturers in navigating the complexities of modern automation environments. The detailed orchestration of best practices underscores a holistic approach to crisis management on the plant floor, paving the way for safer and more responsive industrial operations. As both organizations gear up for this exciting venture, the anticipation among industry stakeholders is palpable, setting the stage for significant advancements in operational resilience.