of electricity is produced using coal
24/7
Security monitoring and support from cybersecurity experts in Motorola Solutions’ global security operations centre (SOC).
25,000
Active public safety subscribers from security, fire and rescue, health, government, and public service agencies.
3%
only
of adults with cancer are enrolled in clinical trials4
15%
only
of patients are aware
of clinical trial options3
1/4
investigative sites will under-enroll2
1/10
investigative sites will fail to enroll a single patient2
TETRA Ireland's National Radio System Boosts Cybersecurity
Case study
https://www.mordorintelligence.com/industry-reports/indonesia-coal-market
https://www.statista.com/statistics/544848/distribution-of-thermal-coal-exporting-countries-worldwide/
https://www.bps.go.id/en/statistics-table/1/MTAzNCMx/exports-of-coal-by-major-countries-of-destination--2012-2022.html
https://www.statista.com/statistics/611747/coal-production-in-indonesia/
https://www.statista.com/statistics/991465/indonesia-export-volume-of-coal/
https://www.statista.com/statistics/994184/coal-electricity-generation-indonesia/
Customer
TETRA Ireland Communications Limited
Industry
Managed National Digital Radio Service (MNDRS)
Location
Ireland
Solutions
DIMETRA TETRA network
ActiveEye Managed Detection and Response (MDR) solution, including:
ActiveEye Remote Security Sensors (AERSS)
24/7 Security Operations Centre (SOC) monitoring
Securing essential communications
As the operator of Ireland’s MNDRS PDDR network, we are deeply committed to addressing the constantly changing landscape of cybersecurity threats. To strengthen our existing cybersecurity measures, we have integrated Motorola Solutions’ ActiveEye MDR solution with a 24/7 SOC monitoring service on our DIMETRA platform. The engagement by Motorola Solutions’ global cybersecurity and the ActiveEye product and deployment teams in implementing this solution has enabled us to significantly enhance our overall cybersecurity position.
Neville Reilly
Managing Director at TETRA Ireland Communications Limited
Following competitive government tender processes in 2006 and 2020, TETRA Ireland was commissioned to build and operate a Managed National Digital Radio Service (MNDRS) for critical communication. The MNDRS is a purpose-built secure digital mobile radio network developed using Motorola Solutions’ DIMETRA Terrestrial Trunked Radio (TETRA) technology. It has been deployed to meet the needs of Ireland’s security, fire and rescue, health, government, and public service agencies as Ireland’s Public Protection and Disaster Relief (PPDR) network.
TETRA Ireland has approximately 25,000 active subscribers, primarily from public bodies and agencies, including emergency services like An Garda Síochána (the national police service), the National Ambulance Service, the Irish Fire Service, and other public sector organisations, including the Irish Prison Service and the electricity and gas network utility providers. TETRA Ireland is a wholly owned subsidiary of Motorola Solutions.
MOTOTRBO's reliable, clear network coverage empowers teams to communicate and coordinate for maximum safety and productivity.
8,000
This included 24/7 security monitoring, ensuring swift detection of cyber threats and maintaining the communication network for Ireland's public safety and government agencies.
1 milion
TETRA Ireland boosted its national digital radio network's security by implementing Motorola Solutions' ActiveEye MDR and SOC monitoring, a European first.
4,500
TETRA Ireland enhances the security posture of its DIMETRA™ TETRA solution for the Managed National Digital Radio Service.
At a glance
62%
TETRA Ireland needed to enhance the security posture of its national DIMETRA TETRA radio network and optimise the security of its service to customers. It wanted a Managed Detection and Response (MDR) service solution underpinned by 24/7 security operations centre (SOC) monitoring to help it meet its evolving cyber security requirements. TETRA Ireland decided to deploy Motorola Solutions’ ActiveEye MDR solution, including ActiveEye Remote Security Sensors (AERSS) and SOC; however, ActiveEye had never previously been deployed on a European DIMETRA public safety network. As such, considerable design considerations and requirements first needed to be met.
These new firewalls were configured to ensure that only outbound traffic from the MNDRS to the collectors would be permitted. Once these firewalls and collectors were in place, the former were subject to configuration analysis to ensure they were optimally configured, with outputs being acted upon and repeated to ensure effective implementation. Following this, the firewall underwent two separate and further external vulnerability scans and penetration tests to make certain no avenues for unauthorised access or egress were left open.
The focus then switched to the data to be transferred to the collector from the DIMETRA platform within the MNDRS; for this side to function effectively, system logs (syslogs) would need to be sent to the AERSS collectors. The Motorola Solutions team undertook extensive analysis of typical system logs to ensure that their content would not present a risk to the MNDRS if sent outside the perimeter of the MNDRS (albeit in a controlled, specific manner). Once all these system parameters were satisfied, all network devices within the DIMETRA platform with the necessary capability were configured to send syslog messages to the collectors.
The final stage of the process was to check that Motorola Solutions’ SOC had full visibility of the expected alerts from all specified devices within the MNDRS, as well as a clear understanding of the TETRA Ireland platform configuration during a soak test period. TETRA Ireland and the SOC collaborated to ensure that a robust alert monitoring process, incident response process, and relevant escalation paths were all in place before ActiveEye went live. TETRA Ireland also ran a cybersecurity Tabletop Exercise before go-live to evaluate the effectiveness of the new system and to make certain all stakeholders were aware of their responsibilities in case of an incident. And once the ActiveEye MDR had run successfully on the stand-by MSO for several weeks, it was deployed on the live network, as planned.
Challenge
PT CSS’s expertise in identifying and deploying the right communications solutions for their mining customers has resulted in an investment in future applications. For example, having experienced a successful deployment of the MOTOTRBO solutions, the satisfied mining customer is exploring ways to integrate the MOTOTRBO solution with PELCO cameras to support video surveillance in several critical spots in their site and loading areas.
Mr. Benny said, “The MOTOTRBO solution has increased the loading volume in the port by 30% and minimized the latency time from site to port by 50%.”
PT CSS reported that the satisfied mining customer is now managing the shipment operations of their truck fleet between site and port areas more efficiently than before. The repeater solution installed earlier enabled fleet supervisors to send support technicians whenever there were issues. Managing operational efficiency and maintaining timely shipment schedules are now a reality, thanks to the reliable MOTOTRBO solution.
With strong radio network coverage from the MOTOTRBO solution, PT CSS observed how office drivers, workers, and staff could communicate in real-time, providing instant status updates and collaborating across all departments to achieve their tasks quickly.
Deploying robust and seamless communications solutions promptly requires the expertise of a reliable technology partner with a deep understanding of industry standards and the unique requirements of their customers. For over 20 years, PT CSS has equipped mining, oil and gas industries with communications solutions to operate safely and efficiently.
Partner with PT CSS - your trusted and experienced communications solutions provider, delivering efficient and reliable systems that result in safer and more productive mining operations.
Compoind Annual Growth Rate in the Indonesian coal market expected from 2023-2028
6%
Contact us about our cybersecurity solutions
As the first European deployment of its kind, the ActiveEye MDR was initially installed on TETRA Ireland’s logically and physically separate stand-by Mobile Switching Office (MSO). It was only to be installed on the live network (by repeating the installation process and hardware configurations) once the deployment on the standby MSO proved successful.
ActiveEye functions by having data from the monitored system funnelled to locally deployed ActiveEye Remote Security Sensor (AERSS) collectors; these are physically deployed, rack-mounted servers that collect and monitor security-relevant logs. Motorola Solutions also provides comprehensive Incident Response and System Recovery services to help TETRA Ireland rapidly detect, respond to, and recover from attacks or data breaches. The AERSS collectors report all this data back to the ActiveEye security platform for proactive monitoring and analysis by Motorola Solutions’ 24/7 Security Operations Centre (SOC). The SOC is US-based and serves customers across the US and Europe.
To maintain the MNDRS’s perimeter security, it was decided that the AERSS collectors would be placed outside the MNDRS infrastructure, with additional firewalling between collectors and the MNDRS network.
Solution
Benefits
A compromised public safety network can have severe consequences for its users; mission-critical communications can be jeopardised, and emergency response capabilities affected. TETRA Ireland understood the importance of protecting the MNDRS from evolving cyber threats, such as unauthorised logins, malicious network connections and f iles, and unknown software installations. By implementing Motorola Solutions’ ActiveEye MDR solution and the 24/7 monitoring provided by Motorola Solutions’ SOC, TETRA Ireland has significantly further improved the security of the DIMETRA TETRA MNDRS and has strong insights around threat actor activity, their sources and deployed mitigation techniques, so its users can continue to rely on the integrity of their voice and data communications now and into the future.
These new firewalls were configured to ensure that only outbound traffic from the MNDRS to the collectors would be permitted. Once these firewalls and collectors were in place, the former were subject to configuration analysis to ensure they were optimally configured, with outputs being acted upon and repeated to ensure effective implementation. Following this, the firewall underwent two separate and further external vulnerability scans and penetration tests to make certain no avenues for unauthorised access or egress were left open.
The focus then switched to the data to be transferred to the collector from the DIMETRA platform within the MNDRS; for this side to function effectively, system logs (syslogs) would need to be sent to the AERSS collectors. The Motorola Solutions team undertook extensive analysis of typical system logs to ensure that their content would not present a risk to the MNDRS if sent outside the perimeter of the MNDRS (albeit in a controlled, specific manner). Once all these system parameters were satisfied, all network devices within the DIMETRA platform with the necessary capability were configured to send syslog messages to the collectors.
The final stage of the process was to check that Motorola Solutions’ SOC had full visibility of the expected alerts from all specified devices within the MNDRS, as well as a clear understanding of the TETRA Ireland platform configuration during a soak test period. TETRA Ireland and the SOC collaborated to ensure that a robust alert monitoring process, incident response process, and relevant escalation paths were all in place before ActiveEye went live. TETRA Ireland also ran a cybersecurity Tabletop Exercise before go-live to evaluate the effectiveness of the new system and to make certain all stakeholders were aware of their responsibilities in case of an incident. And once the ActiveEye MDR had run successfully on the stand-by MSO for several weeks, it was deployed on the live network, as planned.
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