Research Insights

The Technology Architecture Behind Resilient Tactical Communications Resilient tactical communications is not one technology but a stack of five interdependent layers, each solving a different piece of the same problem: getting the right information to the right person, over a contested link, without it being intercepted, jammed, or corrupted. Within the broader resilient tactical communication

Why Certification & Compliance Define This Market Few technology markets are as gated by certification as resilient tactical communications and cybersecurity. A radio or encryption device cannot be fielded simply because it performs well in a lab; it must clear a layered set of national and multinational standards before a defense ministry will consider it for deployment. This reality shape

Understanding who leads this market matters not just for competitive intelligence purposes, but because certification track record, deployed footprint and integration ecosystem depth are the specific attributes that determine which vendors can realistically compete for a given tender. A neutral overview of these providers therefore doubles as a practical guide to how the supply side of the market

Regulatory compliance is not a peripheral consideration for MLAT technology; it is one of the primary forces shaping which vendors can even participate in a given tender. Understanding how these frameworks layer on top of one another, and where civil and defense requirements diverge, is essential context for anyone evaluating supplier claims about certification readiness, since certification langu

Understanding how MLAT systems reach the field means separating two related but distinct questions: how the physical infrastructure is architected, and which commercial and contractual pathway delivers that infrastructure into operational service. Buyers who conflate these two decisions often find themselves locked into a deployment architecture that does not match their preferred procurement mode

Understanding where MLAT technology is actually deployed requires looking past the technology itself to the operational problem each application solves. Airspace surveillance is not a single, uniform requirement; it splits into distinct layers, each with its own accuracy tolerance, update rate expectation and budget owner, and multilateration has found a role in nearly every one of them. Recognizi

Understanding MLAT System Types: WAM, LAM and Surface Movement Systems Multilateration systems are built around a common principle: determining aircraft position by measuring the time difference of arrival of transponder signals across a network of ground receivers, then triangulating that data into an accurate position fix. How that principle is packaged into a deployable system, however, vari

How Vessel Class Shapes Electrification Strategy Vessel classification is one of the first decisions operators face when planning an electrification project, because passenger and vehicle capacity directly determines the propulsion architecture, battery sizing, and route types a given vessel can realistically serve. A vessel built for a short urban crossing has fundamentally different design re

Why Regulation Is the Primary Growth Driver in Ferry Electrification No single force shapes ferry procurement decisions more directly than regulation. Unlike consumer electric vehicles, where adoption is largely demand-led, electric and hybrid ferries are being brought into service on a timeline set by international maritime bodies, regional climate policy, and national maritime authorities. Op

The Technology Stack Behind Ferry Electrification Ferry electrification rests on two interdependent technology layers: the propulsion system installed on board the vessel, and the charging or power infrastructure that keeps it energized between and during sailings. Neither layer can be evaluated in isolation. A vessel's propulsion architecture determines how much energy it needs and how qui