Trustwave recently completed an almost three-year-long project that took the team to several of the most exotic Pacific paradises on the map. The trip was not a vacation as we spent long days helping install a wide variety of defensive platforms designed to protect national governments from cyberattacks, but one really couldn’t complain about the location.

Trustwave was engaged as a member of Australia’s Cyber Cooperation Program (CCP) to deliver Cybersecurity Services in the Pacific (CSSP) Project. Australia’s CCP works across the Indo-Pacific region to improve cyber resilience, with the goal of sustaining a secure Internet that protects national security and promotes international stability, while driving global economic growth and sustainable development.

The installation of these systems and tools led to the creation, for many of the PIC's, of their first CERT capabilities. The team's contributions dramatically increased each CERT’s visibility over threats residing within their government networks through the use of the security dashboards, which we installed, which also enhanced their ability to investigate incidents.

Creating a No-Cost, Long-Term Security Infrastructure

One remarkable and intentionally sought out attribute of the tools procured for these projects lies in their zero cost and open-source nature. Each tool we deployed is freely accessible and adjustable.

Utilizing an open-source environment fosters transparent and direct engagement with online communities, enabling the local security teams to collaborate and share knowledge among security enthusiasts and experts alike. The availability of these tools, coupled with their open-source foundations, empowers the CERT teams to enhance their cybersecurity posture without incurring substantial financial burdens, an important point for each locality. By harnessing the collective expertise of the cybersecurity community, they can leverage these tools to bolster their defenses and fortify their digital environments.

Free Does Not Always Mean Easy

While ample information existed regarding the setup of each individual tool, the challenge lay in connecting and integrating each as a cohesive system, a SIEM.

This task proved to be a formidable undertaking, requiring extensive problem-solving and resourcefulness from the entire team. We navigated numerous open-source community posts and blogs, delving deep into research, tirelessly seeking answers, and engaging in brainstorming sessions to unravel the complexities involved with each country’s unique environment.

This unwavering commitment and perseverance to these projects ultimately resulted in successfully connecting these diverse tools and establishing a cohesive cybersecurity solution within each environment for the first documented time ever.

Commuting to Exotic Island Paradises

These projects did entail a change in my daily work/life routine compared to a typical project I work on. One major difference, and incredible opportunity, was the in-country deployment.

Georgia Turnham (TW) on the left and myself on the right.

Following this extensive groundwork, the hardware was securely shipped to their respective locations.

Once the necessary visa and flight arrangements were finalized, our team would retrieve the equipment, typically located at the Country’s Australian High Commission Building , to commence the deployment process. Utilizing the provided transportation, the hardware was carefully moved to its designated final location.

Working Closely with the Host Nation

While it is not customary to find ourselves riding in the back of a client's Ute to deliver their cybersecurity hardware, I highly recommend doing so. Using the nation’s trucks and working with their staff, offered valuable insights and a distinct perspective on the local sights, surroundings, and dynamics.

A member of Vanuatu’s Computer Emergency Response Team on the right, joined by myself and another Trustee.

After placing the servers in their respective data centers, our team began the implementation and configuration of the tools. This activity involved extensive deliberations among ourselves and in-country stakeholders to determine the most efficient and robust network architecture and structure.

Working closely with the CERT personnel in each country was an integral part of this process, and it also offered us a unique and increasingly rare experience, particularly in light of the COVID-19 pandemic.

Tonga’s Computer Emergency Response Team (CERT Tonga).

The opportunity to collaborate face-to-face with clients was truly invigorating for me. Being on scene allowed us to quickly identify resolutions for complex and nuanced inquiries and concerns. The ability to engage in direct, in-person interactions provided a refreshing dynamic that I found just cannot be fully replicated remotely.

A get together with Tonga’s Computer Emergency Response Team (CERT Tonga).

Since the beginning of the project, the team firmly believed these trips were more than just technical implementations—they were about fostering relationships and ensuring the local CERT teams understood what was being developed throughout the entire implementation journey – and this proved just that.

Tonga’s Computer Emergency Response Team (CERT Tonga), Leigh Costin and I are standing in the middle.

When in Samoa……

Another intriguing aspect of operating within the PICs lies in their utilization of shipping containers.

The PICs are located in geographically isolated and tropical regions, and each is exposed to an array of severe weather conditions such as heavy rainfall, high temperatures, extreme humidity, and the regular occurrence of tropical cyclones.

These unique conditions not only foster resilient and tightly knit communities, but also require innovative approaches to server placement. To address these challenges, many islands use FlexPods (repurposed shipping containers) as their data center, a practice that has become common throughout the region.

Leigh Costin “CAI’s managing consultant” (standing), myself.

Using shipping containers as data centers offers numerous benefits. First, it significantly reduces construction time and costs, enabling rapid scalability as businesses or as we would say in this context countries expand. Additionally, these container-based facilities exhibit notable energy efficiency, aligning with sustainable practices and addressing local concerns around climate change.

However, despite the benefits, there are specific challenges that come when working in a FlexPod. Limited in space poses obstacles for movement and operations, making it challenging to navigate and work comfortably. Routine maintenance, repairs, and equipment upgrades can be cumbersome due to the confined space. Power management is another critical aspect to consider, ensuring uninterrupted operations and preventing major disruptions caused by power failures. Notably, power supply issues have been observed in Pacific nations, leading to complete data center outages. Therefore, it is essential to have backup generators, robust physical security measures, and a thorough understanding of power requirements to avoid overloading the system and mitigate risks.

Another unique addition found near our container-based data centers are farm animals. Sometimes these data centers have chickens roaming the surrounding area, adding to the entertainment factor (and possibly the development of some extremely intelligent chickens).

Engaging in a project of this magnitude offers a plethora of captivating insights and valuable takeaways for the cybersecurity community, and I hope this experience provides an insightful first look how we can undertake projects and this type of work as we move forward.

I want to recognize the diverse and multifaceted teams involved in this project.