Gathering Alumni Teknik Geofisika ITB

As a form of support for education and giving back to College, PT Exact Global Teknologi participated in Gathering Alumni Teknik Geofisika ITB held by Himpunan Mahasiswa Teknik Geofisika ITB as a sponsor. This event took place in Bandung, 18 November 2017.

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Leave Manual Methods Behind: Implementing 6D Mobile LiDAR for Real-Time IRI and PCI Runway Monitoring in Compliance with ICAO Annex 14

Leave Manual Methods Behind: Implementing 6D Mobile LiDAR for Real-Time IRI and PCI Runway Monitoring in Compliance with ICAO Annex 14

Revolutionizing Runway Safety: 6D LiDAR & Automated Monitoring
Stop relying on subjective “visual estimates” that jeopardize safety and drain budgets. XenoTrack transforms runway management into an exact science, using True Solid-State LiDAR and Edge-AI to deliver high-precision digital twins without operational interruptions.
Key Performance Benefits:
1. Zero Downtime: Conduct full inspections at speeds up to 120 km/h without closing the runway.
2. Extreme Precision: Achieve elevation accuracy under 0.45 mm, ensuring strict ICAO Annex 14 compliance.
3. Cost Efficiency: Early detection through preventive maintenance saves $6 in future repairs for every $1 spent today.
4. Automated Metrics: Instantly calculate PCI and IRI scores using NVIDIA-powered Edge-AI for objective reporting.
5. Rugged Reliability: IP65-rated hardware with zero moving parts ensures durability in extreme environments.
Transition from manual assumptions to objective mathematical proof. Secure your infrastructure and optimize your budget with the new standard in 6D LiDAR inspection.
Contact PT. Exact Global Teknologi at www.exactglobal.co.id for an exclusive consultation.

Strategies for Fulfilling Toll Road Minimum Service Standards Based on Accurate Geospatial Data in the Digital Era

Strategies for Fulfilling Toll Road Minimum Service Standards Based on Accurate Geospatial Data in the Digital Era

As global traffic loads intensify, maintaining Toll Road Minimum Service Standards (SPM) requires a transition from subjective manual inspections to high-precision digital intelligence. Traditional methods are often slow, dangerous, and lack the depth perception needed to accurately assess structural hazards.
The XenoTrack true solid-state LiDAR system provides a revolutionary approach to expressway inspection. By capturing millimeter-accurate geospatial data at speeds up to 120 km/h, operators can build a comprehensive Digital Twin of the road surface without disrupting traffic flow. Leveraging Edge AI for automated crack detection and georeferencing for seamless GIS/PMS integration, this technology ensures objective contractor accountability and optimizes maintenance budgets. Early intervention, guided by the Pavement Condition Index (PCI), can save up to six dollars in rehabilitation costs for every dollar spent on preservation.
Partner with PT. Exact Global Teknologi, the official distributor for Xenomatix in Indonesia, to protect your infrastructure and achieve absolute mathematical compliance today.

The Ultimate Guide to Ground Penetrating Radar Frequency: Why the Flexible 30MHz Antenna is the Best Solution for Deep Penetration in Extreme Terrains

The Ultimate Guide to Ground Penetrating Radar Frequency: Why the Flexible 30MHz Antenna is the Best Solution for Deep Penetration in Extreme Terrains

The MALÅ Rough Terrain Antenna (RTA) 30MHz is a specialized Ground Penetrating Radar (GPR) solution engineered for deep subsurface investigations in challenging environments like thick forests and rocky mountains. Featuring a unique “snake-like” flexible design, this unshielded antenna can be maneuvered easily through dense vegetation and uneven terrain without the need for time-consuming land clearing. Its low-frequency 30MHz signal offers maximum depth penetration, making it highly effective for depth-to-bedrock mapping, glaciology, and deep groundwater resource identification. When integrated with the MALÅ ProEx Control Unit, the system supports multi-channel data collection, allowing users to reduce project timelines and manpower requirements by up to two-thirds compared to traditional antennas.

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