As Future Greenland 2026 enters its second and final day at Katuaq in Nuuk, FORCE Technology is approaching the conference from a practical Arctic operating perspective: how to make equipment, systems, vessels, drones, energy infrastructure, and defense-related technologies work safely in Greenland’s conditions.
In written responses to Greenland Energy, FORCE Technology said its participation in Future Greenland is driven by a desire to engage directly with Arctic stakeholders and better understand Greenland’s evolving needs across infrastructure, energy, maritime, and defense-related operations.
The company also sees the conference as an opportunity to position itself as a partner for testing, inspection, and certification in demanding environments.
“We are also looking to explore new collaborations that can help support safe, reliable, and compliant development in the Arctic, contributing to sustainable growth and robust infrastructure in the region,” FORCE Technology said.
Greenland as an Arctic operating hub
FORCE Technology described Greenland as having a “multifaceted role” in the wider Arctic technology and infrastructure conversation, shaped by both geography and geopolitics.
Greenland’s position places it close to many of the discussions now shaping Arctic logistics, energy systems, monitoring, security, and infrastructure. FORCE Technology said Greenland’s infrastructure needs also make it a critical hub for future Arctic operations.
“As activity in the Arctic grows, Greenland is set to play an increasingly important role in enabling safe, reliable, and well-functioning operations across the region.”
Maritime, energy, and verification stand out
FORCE Technology works across testing, inspection, verification, maritime, energy, and defense-related technology. For Greenland, the company pointed especially to maritime and energy as areas of rising importance.
As shipping activity, offshore operations, and natural resource development increase, the technical demands on Greenland’s infrastructure and operating environment will grow with them.
Testing, inspection, and verification become central in that environment because the consequences of failure are greater. Remote locations, harsh weather, corrosion, icing, limited repair access, and long supply chains leave less room for weak systems or rushed deployments.
FORCE Technology also sees growing relevance for defense-related and dual-use technologies, including drones, surveillance systems, and supporting infrastructure. Arctic security is now part of the same broader conversation as infrastructure and commercial development.
Arctic conditions change the engineering problem
FORCE Technology said companies entering Greenland need to understand that Arctic operations bring several technical challenges at the same time.
Extreme cold, icing, corrosion, and strong winds place stress on materials, electronics, and structural integrity. Logistics add another layer of difficulty, with limited infrastructure, long supply chains, and difficult access conditions complicating both deployment and maintenance.
“All of this means that performance requirements are particularly demanding,” FORCE Technology said. “Systems must remain reliable, resilient, and fully compliant under conditions that are far more extreme than in most other parts of the world.”
Real-world testing before deployment
FORCE Technology said real-world testing is “absolutely critical” before equipment and systems are deployed in the Arctic.
Controlled environments alone are insufficient. Laboratory testing has to be combined with validation under actual operating conditions, especially for equipment, vessels, drones, energy systems, and infrastructure expected to perform in Greenland.
“This dual approach helps ensure that solutions are not only technically sound, but also safe, compliant, and dependable when exposed to the extreme and unpredictable conditions that characterize the Arctic environment,” FORCE Technology said.
Arctic readiness needs to be built into the process early. It cannot be added as an afterthought once a system has already been designed for easier climates.
Local capability becomes part of reliability
FORCE Technology also sees growing opportunities for Greenlandic companies, institutions, and workers to take part in technical services, testing, inspection, maintenance, and support roles as Arctic activity increases.
The company said local presence is critical in remote and extreme environments, where fast response and on-site capability can make a major difference.
“There is a strong need for on-site capabilities, close partnerships, and the ability to provide fast and reliable response when issues arise,” FORCE Technology said.
From FORCE Technology’s perspective, building local competencies and partnerships is part of making Arctic development safe and sustainable. It also anchors more of the technical value chain inside Greenland rather than leaving every inspection, service, or response function dependent on outside teams.
A “no maintenance” mindset
FORCE Technology said safety, reliability, and compliance require a different mindset from the beginning. The company pointed to three connected priorities.
First, systems need to be designed for extreme environments and validated under realistic Arctic stress factors.
Second, companies should engineer with what FORCE Technology called a “no maintenance” mindset, using robust materials, resilient electronics, and lifetime testing to reduce the need for intervention in remote locations.
Third, certification and regulatory requirements should be included early, not treated as a final step before deployment.
“Taking a proactive approach helps ensure a smooth, first-time-right entry into the Arctic market, where safety, reliability, and compliance are not optional, but fundamental prerequisites.”
Future Greenland as a meeting point
FORCE Technology said Future Greenland is useful because it brings public officials, companies, infrastructure actors, and international stakeholders into the same room.
The company has participated in Future Greenland before, including in 2022, and said it has many years of hands-on experience from projects in Greenland.
“This means we don’t come in as new observers, but as an active contributor with an established understanding of the local context,” FORCE Technology said.
GreenlandEnergy.com provides independent analysis of Greenland’s energy landscape, critical minerals development, and Arctic geopolitics. For corrections or feedback: press@greenlandenergy.com
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