What types of companies do you work with?

We work with mid-market and enterprise companies that have physical operations — hotels, clinics, offices, industrial facilities, retail chains, and remote operations. Typical projects range from $10k to $200k.

Where do you operate?

We currently operate across Argentina, Chile, and Italy. Our team can deploy on-site anywhere in these countries and provide remote support globally.

What makes DITAP different from other IT providers?

Most providers do only one layer — consulting, small fixes, or hardware installation. DITAP integrates everything: we think like strategists and execute like engineers. We design, build, deploy, and operate your entire infrastructure.

Can you take over our existing infrastructure?

Yes. We start with a comprehensive assessment of your current setup, identify gaps and risks, and build a migration roadmap that minimizes disruption while improving reliability.

Do you offer ongoing support after deployment?

Absolutely. We provide 24/7 monitoring, proactive maintenance, incident response, and SLA-backed support. Infrastructure isn't a one-time project — it needs continuous attention.

Can you work in remote or hard-to-reach locations?

This is one of our strengths. We've deployed infrastructure in remote operations using Starlink, satellite backup, ruggedized equipment, and power systems designed for challenging environments.

Back to case studies

Oil & Gas

Satellite connectivity for a remote operation in the Andes

Field operation of an energy and mining company with bases in the Andes mountains, Argentina and Chile

12+

Bases connected

99.2%

Satellite link uptime

< 30 min

Incident response time

24/7

Monitoring coverage

Challenge

Several operating bases in high-altitude areas had no reliable way to get online: they relied on intermittent radio links or on someone traveling for hours to physically download data. That made remote monitoring of cameras and sensors impossible, and every incident was only discovered hours or days after it happened.

Approach

We assessed each base individually — altitude, weather, line of sight and operational criticality — to decide where a satellite link solved the problem and where a second, redundant provider was needed. We designed the network around equipment that could withstand dust, vibration and sub-zero temperatures.

Solution

We deployed satellite terminals with automatic failover at each base, ruggedized networks for cameras and sensors, and a centralized monitoring center receiving feeds from every location. When one link goes down, the system switches to the backup with no manual intervention.

In the client's words