Technical challenges in integrating trackers with existing infrastructure
The Mexico trackers market faces significant technical integration challenges that affect the deployment of tracking systems throughout the many different types of infrastructures that are used in Mexico. Digital and physical infrastructure in Mexico has been developed in an uneven manner, creating a mismatch between the more modern technologies used for tracking and the older systems that businesses, municipalities, and public sector entities currently use. According to the National Institute of Statistics and Geography, about 24% of municipalities report little or no consistent access to digital infrastructure, including broadband backhaul, IoT gateways, and centralized data platforms. This creates significant challenges in achieving smooth integration with tracking systems, especially in municipalities away from large urban centres (Tier 1).
Heterogeneity of connectivity compounds this complication, with over 90% of populated urban areas in Mexico covered by 4G LTE, according to the Federal Telecommunications Institute; however, network performance is inconsistent. As a result, tracking devices that rely on constant connectivity experience latency, packet loss, and/or penetration difficulties in older buildings and industrial spaces built with signal blocking materials. Even if tracking devices can be connected to existing software or IT systems, they will require the deployment of additional gateways, signal boosters, and/or hybrid connectivity solutions, which create additional complexities.
Compatibility of tracking systems with the older technology that is currently being used by many logistics service providers, municipal departments, and SMEs is an additional complication. In fact, based on public assessments of the digitalization of many organizations, a large portion of small and medium-sized organizations do not have compatible APIs or cloud platforms that would allow them to connect their trackers to their systems in real time. Therefore, if organizations are deploying trackers, they often require the development of custom middleware, data normalization, and employee training prior to implementing trackers within their systems, creating obstacles to adoption.
Power and environment constraints present additional challenges as well. Variability in climate in Mexico, such as the warm temperatures in northern states and humidity in the coastal regions, can create issues with battery stability and performance. As a result, it will be necessary for tracking devices to be built with environmental hardening measures, such as thermal protection and moisture sealing, which may not be compatible with existing infrastructure standards.
Public-sector entities are also challenged as a result of institutional IT governance. Most public-sector organizations are not currently allowed to use tracking data from devices due to strict cybersecurity and data sovereignty requirements, which require additional steps such as validation, encryption, and auditing before tracking information can be included in government systems. All of these requirements ideally increase the time it would take to complete deployments and raise the technical threshold that vendors must overcome to sell their products in the public sector.
In conclusion, although tracking devices and technologies have become increasingly mature, Mexico's fragmented infrastructure continues to create significant barriers to integration. The complexity of the integration process, the length of time needed for deployments, and the increased dependency that organizations may have on system integrators result in extended lead times to gain traction in the marketplace for tracking devices and technologies.
High initial investment costs for implementing tracking systems
A high upfront investment requirement has become a significant barrier for small enterprises, informal-sector operators, and public institutions with limited budgets wishing to adopt tracking devices in Mexico. Although an individual tracking device appears relatively inexpensive when comparing it to the total costs of implementation, such devices require connectivity subscriptions, implementation of a system, purchasing software licenses, training personnel, and on-going maintenance. High upfront investments create an additional barrier for the small and medium enterprises and informal businesses in Mexico due to the vast majority of registered businesses being classified as micro or small enterprises, as reported by the National Institute of Statistics and Geography (INEGI). A large percentage of these micro and small enterprises often have limited access to capital and narrow operating margins. Even a modest upfront investment may cause hesitation or delay adoption because the return on investment is not visible immediately.
Local and national governments face additional barriers due to budget constraints. Reports on government expenditures indicate that the allocation of capital for digital infrastructure is in competition with essential government services such as health care, education, and public safety. As a result, tracking devices tend to be deployed when they are linked directly to regulatory compliance, or when they demonstrate measurable cost-savings. Particularly for municipalities, these tracking device deployments may be difficult to fund, especially when it comes to large-scale tracking devices for tracking assets, vehicles, or personnel. In addition to installation and customization costs, on-going costs for connectivity and subscriptions create an additional financial burden on the user. Trackers operating via cellular or satellite networks typically require an ongoing data plan which, over time, increase total cost of ownership. Previous household expenditure surveys show that Mexican consumers and small businesses are very sensitive to recurring fees and prefer one-time costs over subscription-based payment structures. This sensitivity negatively impacts advanced tracker sales, regardless of substantial operational benefits.
Installation and customization costs are another important factor to be considered. Installing trackers into a vehicle, renewable energy assets, or industrial equipment typically requires hiring an expert to install, calibrate, and configure all three of these systems, thus raising the initial installation costs. Experts in engineering have determined that for complex installations, deployment costs can be greater than the hardware costs, especially for locations that are remote and/or have harsh environmental conditions. Perceived risk about tracking technology amplifies the cost factor. Organizations who have no familiarity with this type of technology frequently speculate about its performance, maintenance, and acceptance by employees. Thus, their concern about the total cost of implementing a tracker inflates their perception of the actual costs. Without a strong proof-of-concept or pilot program as evidence, decision-makers may delay taking the step of incorporating a tracker.
Limited awareness about the benefits of tracking systems in emerging markets
Adopting a tracking system in the Mexican market is inhibited by lack of awareness and understanding in certain areas of the market like urban, semi-urban and rural/less populated areas. Although tracking technologies are well known within developed industrialized countries, individuals in Mexico often view trackers simply as either vehicle tracking or stolen vehicle recovery devices, whereas the true scope of potential uses (i.e., safety, preventative maintenance, compliance and efficiency improvement) is unknown. Limited digital literacy is an important factor that affects adoption of tracking technology by potential users in Mexico.
