The maritime industry is currently riding a massive wave of enthusiasm for Low Earth Orbit (LEO) satellite networks, with many viewing them as the ultimate fix for deep-sea communications. However, relying blindly on a single constellation carries significant operational and commercial risks.
In this exclusive Cyprus Shipping News interview, Adonis Violaris sits down with Dimitris Giouris, one of the founders of KYMA Technologies, during Posidonia. Together, they look past the market hype to discuss how a true multi-orbit, provider-independent approach is reshaping vessel connectivity, safeguarding fleets against cyber threats and geopolitical blackouts, and easing the IT burden for crew members at sea.
Beyond the Starlink Hype:How Kyma Technologies is Rewriting the Rules of Maritime Satellite Communications
The LEO Reality vs. Hybrid Necessity
There is a massive industry rush to install LEO antennas, with many treating it as a silver bullet for vessel connectivity. Looking past the hype, why is relying purely on a single LEO constellation a commercial and operational risk, and how does Kyma’s hybrid approach genuinely protect a vessel’s communication continuity?
The industry often presents a single LEO satellite network as a complete connectivity solution. However, relying on a single network still creates a single point of failure. Technical issues, coverage limitations, regulatory restrictions, or commercial disruptions can all leave vessels vulnerable to connectivity outages.
At Kyma Technologies, we address this challenge by combining multiple satellite constellations, including both LEO and GEO networks, through intelligent traffic management. Our solution seamlessly integrates multiple connectivity providers into a single service and pricing plan, ensuring continuous, reliable connectivity while eliminating dependence on any one network’s performance, coverage, or pricing model.
This approach delivers true resilience at sea—connectivity driven by operational need, not by hype.
Navigating Geo-Restrictions and Blackout Zones
The current geopolitical landscape is forcing vessels into high-risk trade corridors or extended routes around the Cape, where satellite coverage can be disrupted by regional restrictions or targeted interference. How does the Kyma platform manage these blind spots and ensure the bridge remains securely connected to shore management?
Geopolitical tensions are increasingly creating connectivity challenges for the maritime industry, as vessels are routed through regions where satellite signals may be restricted, disrupted, jammed, or degraded. In these environments, relying on a single network is no longer sufficient.
Kyma’s platform addresses this risk through a true multi-orbit, multi-provider architecture combined with intelligent traffic routing. If a network is affected by regulatory restrictions, interference, or service degradation, traffic is automatically redirected to the most suitable alternative path—whether via GEO, LEO, or regional satellite coverage—ensuring uninterrupted connectivity and continuous operational visibility for the vessel.
Our platform also continuously monitors network performance, link integrity, and security, enabling shore-based teams to maintain reliable communications and oversight, even in high-risk operating areas.
The result is reliable, secure connectivity engineered specifically for the realities of modern and unpredictable global trade routes.
The Cyber Security Price of High-Speed Data
By transforming vessels into floating remote offices with massive data pipelines, the maritime cyber attack surface has expanded exponentially. How does Kyma ensure that delivering high-speed broadband to the ship does not simultaneously open the door to sophisticated network vulnerabilities?
As high-speed connectivity transforms operations at sea, security begins with the crew and the devices they rely on. Strong user awareness and responsible endpoint management play a critical role in maintaining a secure digital environment.
At Kyma, education and training form a core part of our approach. Our technical support team works closely with customers to ensure they understand both the risks they face and the full capabilities of the platform. By empowering users with the right knowledge and best practices on board, we help them maximise the value of the tools available while maintaining a strong security posture. When technology is combined with informed and vigilant users, vessels can operate as secure, connected remote workplaces—effectively becoming floating offices protected not only by advanced security solutions, but also by the people who know how to use them effectively. The result is a resilient digital environment that supports safe, efficient, and reliable operations wherever the vessel may be.
Crew Welfare Without Compromising the Business
Modern seafarers rightly expect reliable internet as a standard requirement, not a luxury. However, technical managers urgently need that same bandwidth for real-time engine diagnostics and voyage optimisation. How do your solutions help ship operators prioritise traffic so both crew morale and commercial operations are fully supported without friction?
Many operators are still not fully leveraging the capabilities that modern multi-orbit LEO and GEO architectures can provide. Our platform was built from the ground up to address this new connectivity landscape, delivering true end-user SD-WAN functionality and greater flexibility for both vessel operators and onboard users.
Crew members and visitors can seamlessly purchase their own data allowances without impacting the vessel’s operational expenditure or consuming contracted business bandwidth. This modern approach enables operators to unlock the full value of multi-orbit connectivity, enhance the user experience, and maintain greater control over operational costs.
Simplifying the IT Burden on Board
A major frustration for ship officers is being forced to act as IT technicians when complex communication networks fail mid-voyage. Kyma places a strong emphasis on operational simplicity. How exactly do you reduce this technical burden, allowing the crew to focus purely on navigating and running the ship?
Our platform delivers complete visibility across all networks and connected endpoints, providing operators with a single, intuitive environment to manage both IT and SATCOM infrastructure.
From monitoring network performance and managing devices to enforcing security and operational policies, everything is consolidated into one unified platform—streamlining vessel connectivity management while enhancing efficiency, control, and security.
The Transition from Legacy VSAT
Many shipowners are locked into legacy GEO VSAT contracts and are naturally hesitant to rip and replace their existing infrastructure. What is your practical advice for migrating these traditional fleets to a modern, multi-orbit setup without causing massive disruption or incurring prohibitive upfront capital expenditure?
GEO satellite constellations continue to play a vital role in maritime connectivity, particularly as regulatory and operational challenges increasingly affect LEO deployments in certain regions. The merchant shipping industry remains understandably cautious when it comes to replacing proven, business-critical systems, and the vast majority of vessels already have VSAT infrastructure in place.
Historically, the challenge was not the capability of GEO technology itself, but the ability to deliver higher bandwidth at scale. In collaboration with SES, we developed a solution that maximises both existing and next-generation VSAT antennas, enabling speeds of up to 60 Mbps on compact 60 cm terminals. This approach has gained strong traction because it enhances and modernises the GEO layer without requiring fleets to replace their existing hardware. Operators benefit from significantly improved performance and bandwidth capabilities while continuing to rely on the stability, coverage, and resilience that GEO networks have delivered thus far.
Custom Solutions for Complex Fleets
Every ship management operation has its own unique architecture, yet many connectivity providers only offer rigid, off-the-shelf packages. Could you elaborate on Kyma’s custom development capabilities, and how you tailor software and connectivity solutions to fit specific, complex fleet demands?
We have extensive experience supporting some of the world’s leading ship managers and understand the complexity of their operational requirements, compliance obligations, and internal standards. Our platform is designed to integrate seamlessly with existing onboard infrastructure, enhancing and optimising current systems rather than requiring significant infrastructure changes.
As a technology-independent provider, our focus is on delivering the most effective solution for each customer’s environment. In today’s market, approaches that demand significant structural changes on board are often costly, time-consuming, and difficult to scale. We believe successful digital transformation is driven by flexibility, interoperability, and the ability to adapt to existing operational realities. By building on what is already in place, we help operators modernise their fleet efficiently while minimising complexity, cost, and disruption.
Future-Proofing for the 2030 Horizon
As we look towards the end of the decade, the rapid integration of AI-driven analytics, continuous emissions monitoring, and autonomous systems will demand unprecedented data transfer.
How is Kyma positioning its technology today to ensure that fleets do not hit a sudden bandwidth bottleneck in the near future?
Artificial Intelligence and cloud-based technologies are set to play an increasingly important role across every industry, and maritime is no exception. However, the shipping industry continues to operate within unique constraints, as vessels essentially function as remote offices without the benefit of fixed, high-capacity fibre-optic connectivity.
As next-generation technologies and satellite networks continue to evolve, including emerging Amazon LEO services, we believe the industry will gain access to more advanced cloud architectures, greater computing capabilities, and more efficient bandwidth utilisation. These developments will help accelerate digitalisation and unlock new opportunities for operational efficiency, automation, and data-driven decision-making at sea.
Ultimately, a vessel is both a workplace and a home, supporting business-critical operations while serving the daily needs of crew living in a remote environment. Balancing these demands and delivering a seamless digital experience will remain one of the maritime industry’s most important challenges—and opportunities—in the years ahead.
