A digital planner recreates journeys across the empire.
ROME, ITALY — July 2026.
A digital platform called OmnesViae allows users to explore the Roman Empire through an interactive route planner modeled on contemporary navigation services. Travelers can enter an ancient point of departure and destination, calculate a historically reconstructed itinerary and follow the resulting path across a modern geographical map. The system identifies intermediate settlements, presents distances recorded in Roman sources and estimates how long the complete journey might have required approximately 2,000 years ago. Its accessible design transforms complex archaeological and cartographic evidence into a practical experience that can be explored through a computer or mobile browser.
The project was developed by Dutch engineer René Voorburg using historical research, ancient itineraries and modern geospatial information. Its principal source is the Tabula Peutingeriana, a medieval copy of an earlier Roman map representing the cursus publicus, the official transportation and communications network of the empire. The surviving document displays roads, cities, stations, rivers and important sites across a vast territory extending through Europe, North Africa and parts of Asia. Although its distorted proportions differ greatly from modern cartography, it preserves invaluable information about how Roman travelers understood connections and distances between major locations.
A significant portion of the western end of the original map was lost, leaving important areas of the Roman world incompletely represented. To reconstruct routes in those regions, OmnesViae incorporates information from the Antonine Itinerary, another ancient record listing roads, destinations and distances between settlements. The platform also draws heavily on historian Richard Talbert’s scholarship concerning the Peutinger Map and uses location identifications developed through the Pleiades project. Combining these sources allows OmnesViae to place ancient names and routes within a geographical framework that modern users can recognize more easily.
Using the platform requires entering an origin and destination before the system calculates the shortest route according to distances contained in the historical records. The selected itinerary appears in yellow against a current map, while the broader Roman road system is represented through interconnected lines and symbols. Users receive a sequence of intermediate stops showing how travelers would have moved gradually between cities, roadside stations and regional centers. This detailed presentation reveals that Roman journeys were not simple movements between famous capitals, but extended processes involving numerous stages across an exceptionally organized infrastructure network.
A journey between present-day Madrid and Milan illustrates how the platform connects modern geography with ancient terminology. OmnesViae recognizes the cities as Miaccum and Mediolanum, while identifying Complutum, corresponding to modern Alcalá de Henares, among the first important stages. Later portions of the itinerary include Augusta Taurinorum, now Turin, and Placentia, the modern Italian city of Piacenza. The complete route covers approximately 1,500 Roman miles and produces an estimated travel time of 43 days, compared with roughly 16 hours by automobile today.
The tool also demonstrates how many modern communities remain connected to transportation corridors established or strengthened during Roman rule. Ancient roads often followed rivers, crossed mountain passes and linked population centers located near strategic agricultural, military or commercial areas. In several regions, contemporary highways, railways and urban routes still reflect portions of these older movement patterns, even when the original paving has disappeared. OmnesViae therefore provides more than an entertaining historical comparison because it helps users recognize the long-term influence of Roman infrastructure on Europe’s geographical and economic development.
The planner should not be interpreted as a perfectly precise reconstruction of every journey undertaken during the empire’s many centuries. The ancient sources contain missing sections, uncertain identifications and distances that may reflect different periods, local measurements or copying errors. The calculated route cannot reproduce every factor confronting historical travelers, including seasonal weather, road deterioration, military conflict, accommodation, security and access to official transport services. Its value lies instead in combining available evidence into a transparent model that encourages exploration while acknowledging that historical geography always involves interpretation and uncertainty.
OmnesViae first operated between 2011 and 2024 before Voorburg completely rewrote the project and introduced an updated version with improved functionality. Artificial-intelligence tools supported translations and illustrations, while the underlying code and database were made openly available for examination, reuse and modification. Users can study a high-resolution version of the Tabula Peutingeriana, while researchers may adapt the data according to alternative interpretations of ancient locations and connections. This open structure allows the project to function simultaneously as an educational resource, a public-history experiment and a foundation for continued scholarly collaboration.
The platform belongs to a wider movement using digital cartography to reconstruct mobility, commerce and communication across the ancient world. Related projects increasingly combine archaeological discoveries, historical texts, satellite images and geographic information systems to document Roman roads with greater physical precision. Together, these initiatives can help researchers investigate how soldiers, merchants, officials, religious ideas and diseases traveled through the empire’s interconnected territories. By presenting that network through a familiar navigation format, OmnesViae allows the public to experience Roman history not as a static map, but as a landscape of possible journeys.
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