As intermediate cities face rapid urbanization and commercial expansion, reliance on guesswork for urban planning is no longer sustainable. The future belongs to data-driven governance. Acacías, Meta a fast-growing municipality of approximately 95,000 residents situated near Villavicencio has taken a monumental leap by building its very first Internet of Things (IoT) infrastructure.

Through “Smart Acacías,” the city deployed real-time public space monitoring to eliminate operational blind spots, establishing a blueprint for an open, interoperable, and fully scalable Smart City architecture.

The Challenge: Governing public spaces without objective data

Acacías is an essential agro-industrial, commercial, and tourist hub within the Meta department. While the administration was actively pushing to modernize its public management, it lacked automated tools to accurately measure and audit what was happening on the ground. This resulted in several critical challenges:

• Zero Foot Traffic Measurement: There were no tools to automatically track crowd density, foot traffic patterns, or capacity in major public areas.
• No Environmental Monitoring: Environmental stressors, particularly continuous noise pollution levels, went completely unmeasured.
• Data-Free Urban Planning: The absolute absence of concrete indicators made urban planning, environmental resource management, and event tracking highly complex and speculative.
• Missing Technological Foundation: The municipality lacked a unified IoT baseline required to scale future smart technologies seamlessly.

The Solution: Marso Smart Cloud and the “First Digital Eyes”

To address these vulnerabilities, Marso Technologies implemented Marso Smart Cloud (MSC). This central platform integrates varied IoT hardware, stores historical data streams, and offers high-level executive analytics for public management. Developed in alliance with Sysman and Powered by FIWARE, the turnkey deployment delivered:

• Marso Smart Cloud Kernel: A central operating platform designed to orchestrate and manage IoT devices from various manufacturers seamlessly using open standards.
• 4 Core IoT Stations: Four strategic clusters of devices deployed across key public areas, outfitted with live foot traffic counters and environmental noise sensors transmitting 24/7.
• Advanced Analytics & Heatmaps: Executive dashboards that feature real-time monitoring, georeferenced device mapping, and historical query engines to establish long-term trends.
• Open, Non-Vendor-Lock Architecture: Built specifically to scale. The framework allows Acacías to add modules for public safety, mobility, air quality, water monitoring, smart lighting, and AI without rebuilding code.

The Impact in Numbers: Unlocking Absolute Visibility

Within a short period, Acacías unlocked deep operational oversight into its civic spaces:

• 4 IoT Stations actively running in public spaces.
• Live Foot Traffic & Noise Variables captured concurrently.
• Consolidated Data Repositories fueling trend analysis and historical evaluation.

Tangible Benefits for the Municipality:

True Space Capacity Auditing: The administration now reviews objective data regarding public space occupancy filtered by precise days and hours.

Continuous Noise Mapping: Live environmental sensors keep the city continuously informed on ambient decibel compliance.

Unified Control Panel: Disparate IoT data points are no longer siloed; they concentrate into a single dashboard, allowing teams to isolate trends effortlessly.

Scale Without Replacing: Acacías is completely ready to add new vertical solutions (e.g., smart mobility) on top of the current foundation, dramatically optimizing future IT spend.

In the Administration’s Words

“With Marso Smart Cloud, we took the first step toward a smart Acacías: today we measure our public spaces in real time and rely on objective data to plan. It is an open and scalable foundation upon which we will continue to build.”

— Martín Vega, CIO of the Mayor’s Office of Acacías.

Capitalizing on a Digitally Advanced Foundation

Acacías did not start from scratch. Based on the National Institutional Performance Index (DAFP), the city is already recognized as a digitally advanced municipality:

• 84.97 Institutional Performance Score: Placing Acacías in the Top 17% nationwide.
• 88.21 Digital Government Score: Outperforming 95% of all mayoral offices in Colombia, beating the national average by +22.8 points.
• Perfect 100s: Maximum scores obtained in Digital Transformation Projects as well as Culture & Adoption frameworks.

Marso Smart Cloud was strategically introduced precisely where the municipality had the most room for growth: Smart Services and Processes (53.1) and Data-Driven Decisions (72.4)—the two metrics with the lowest scores on the pilar. By introducing automated IoT reporting, Acacías effectively reinforces its digital governance, turning historical weaknesses into data-backed competitive advantages.