TechnoGIS Indonesia Selenggarakan Kegiatan Jalan Sehat Bersama

/0 Comments/in , /by

TechnoGIS Indonesia menyelenggarakan kegiatan jalan sehat bersama pada Jumat, 9 Januari 2026, sebagai bagian dari upaya perusahaan dalam mendorong penerapan gaya hidup sehat di lingkungan kerja. Kegiatan ini diikuti oleh karyawan serta peserta magang dan berlangsung dalam suasana tertib, kondusif, serta penuh semangat kebersamaan.

Kegiatan jalan sehat ini menjadi salah satu bentuk aktivitas positif untuk mengawali hari kerja. Selain membantu menjaga kebugaran jasmani, kegiatan ini juga dimanfaatkan sebagai sarana untuk menyegarkan pikiran, melepas penat dari rutinitas pekerjaan, serta mempererat interaksi dan komunikasi antara karyawan dan peserta magang dalam suasana yang lebih santai.

Melalui kegiatan berjalan bersama, nilai kebersamaan, kekompakan, dan solidaritas terus ditumbuhkan. Setiap langkah yang diambil mencerminkan semangat untuk tumbuh dan berkembang bersama sebagai bagian dari keluarga besar TechnoGIS Indonesia. Hal ini sejalan dengan komitmen perusahaan dalam membangun lingkungan kerja yang kolaboratif dan saling mendukung.

 

 

TechnoGIS Indonesia memandang bahwa aktivitas fisik yang dilakukan secara rutin dapat memberikan dampak positif terhadap kesehatan serta peningkatan semangat dan produktivitas kerja. Oleh karena itu, kegiatan jalan sehat bersama diharapkan dapat menjadi bagian dari budaya kerja yang mendukung keseimbangan antara kinerja dan kesejahteraan sumber daya manusia.

Selain memperkuat kebersamaan, kegiatan jalan sehat juga memberikan berbagai manfaat bagi kesehatan tubuh, antara lain:

  • Membantu menjaga kesehatan jantung dan melancarkan peredaran darah.
  • Meningkatkan kebugaran dan daya tahan tubuh melalui aktivitas fisik ringan yang konsisten.
  • Membantu mengurangi tingkat stres serta menyegarkan pikiran.
  • Mendukung kesehatan otot dan persendian.
  • Mendorong penerapan gaya hidup aktif dan sehat di lingkungan kerja.

 

Melalui pelaksanaan kegiatan jalan sehat bersama ini, TechnoGIS Indonesia berharap dapat terus menumbuhkan budaya kerja yang profesional, sehat, dan kolaboratif, sejalan dengan komitmen perusahaan dalam mendukung pengembangan sumber daya manusia yang berkualitas.

Tingkatkan Respons Bencana Alam dengan NIVO V3 Pro: Drone Canggih untuk Pemantauan Efektif dan Cepat

/0 Comments/in , , , , , , , , , , /by

Bencana alam datang dengan cepat dan sering kali tanpa peringatan. Kecepatan dan akurasi dalam merespons sangat penting untuk mengurangi dampak dan menyelamatkan nyawa. Di sinilah NIVO V3 Pro, drone industri dengan teknologi Vertical Take-Off and Landing (VTOL), hadir sebagai solusi canggih untuk memantau dan menangani bencana alam dengan lebih cepat dan lebih efektif.

1. Deteksi Kebakaran Hutan Secara Dini

Kebakaran hutan adalah bencana alam yang sangat merusak. Dengan kamera termal, NIVO V3 Pro bisa mendeteksi titik panas bahkan sebelum kebakaran meluas. Drone ini memungkinkan kita untuk mengidentifikasi api lebih cepat, sehingga tindakan pemadaman bisa segera dilakukan di titik yang tepat. Dengan kemampuan terbang otonom, NIVO V3 Pro bisa menjangkau area sulit diakses dengan lebih efisien.

2. Pemetaan Daerah Banjir dengan Akurasi Tinggi

Banjir datang tak terduga dan sering kali membawa kerusakan besar. Dengan LiDAR dan sistem GNSS PPK, drone ini bisa memetakan daerah tergenang dengan sangat akurat, bahkan dalam kondisi banjir parah. Data ini sangat berharga untuk memahami seberapa luas area yang terdampak dan membantu merencanakan strategi penanggulangan yang lebih tepat.

3. Pencatatan Kerusakan Infrastruktur

Setelah bencana seperti gempa bumi atau tsunami, penting untuk mengetahui seberapa parah kerusakan pada infrastruktur seperti jembatan, gedung, dan jalan. NIVO V3 Pro dilengkapi dengan kamera RGB dan LiDAR untuk memberikan gambar yang jelas dan rinci mengenai kondisi bangunan. Informasi ini memudahkan tim penyelamat dan pihak berwenang dalam merencanakan perbaikan dengan cepat.

4. Pemantauan Polusi dan Kualitas Lingkungan

Selain bencana alam, polusi juga bisa menjadi ancaman besar bagi lingkungan dan kesehatan. Dengan sensor multispectral, NIVO V3 Pro dapat membantu memantau polusi udara atau emisi gas berbahaya, terutama setelah kebakaran atau kecelakaan industri. Drone ini bisa mendeteksi area yang membutuhkan perhatian lebih, memberikan informasi yang sangat berguna untuk pengambilan keputusan lebih cepat.

5. Membantu Pencarian Korban dalam Situasi Darurat

Dalam keadaan darurat, kamera termal pada NIVO V3 Pro memungkinkan pencarian korban yang terjebak dalam reruntuhan atau area yang sulit dijangkau. Ketika akses terbatas, drone ini bisa langsung terbang ke lokasi dan mendeteksi panas tubuh korban, memberikan informasi berharga bagi tim penyelamat untuk segera menemukan dan membantu mereka.

6. Data Real-Time untuk Pengambilan Keputusan Cepat

NIVO V3 Pro dapat mengirimkan data real-time langsung ke pusat komando bencana, memungkinkan petugas untuk membuat keputusan yang lebih cepat dan lebih tepat. Dengan informasi yang tersedia segera, tim penyelamat bisa lebih efisien dalam merespons dan mengatasi situasi darurat.

7. Pemetaan dan Analisis Daerah Rawan Bencana

Dengan kemampuan untuk terbang secara otonom, drone ini dapat digunakan untuk memetakan wilayah rawan bencana, seperti daerah yang berpotensi terkena banjir, longsor, atau kebakaran. NIVO V3 Pro membantu pihak berwenang merencanakan jalur evakuasi dan strategi mitigasi bencana dengan lebih baik, mengurangi risiko dan dampak bagi masyarakat.

Kenapa Memilih NIVO V3 Pro?

  • Akurasi Tinggi: Dengan teknologi RTK/PPK GNSS dan LiDAR, drone ini memberikan data dengan presisi tinggi, sangat penting untuk pemetaan dan analisis pasca-bencana.

  • Mudah Digunakan: Dengan sistem kontrol yang ramah pengguna, NIVO V3 Pro mudah dioperasikan oleh siapa saja, bahkan bagi yang belum berpengalaman.

  • Desain Tahan Banting: Dibuat dari bahan ringan namun kuat, drone ini mampu bertahan dalam berbagai kondisi cuaca ekstrem dan medan yang berat.

  • Waktu Terbang Lama: Dengan daya tahan baterai hingga 60 menit, NIVO V3 Pro mampu menjangkau area yang lebih luas dalam satu kali penerbangan.

Dengan NIVO V3 Pro, Anda mendapatkan lebih dari sekadar drone. Anda mendapatkan solusi untuk mengurangi dampak bencana alam, mempercepat proses penyelamatan, dan memberikan data yang lebih akurat untuk pengambilan keputusan yang lebih baik. Pemantauan bencana yang lebih cepat, lebih akurat, dan lebih efisien kini ada di tangan Anda.

Siap untuk meningkatkan respons bencana Anda dengan teknologi canggih? Hubungi kami untuk demo atau informasi lebih lanjut tentang NIVO V3 Pro!

Smart Plantation: Penerapan Teknologi Geospasial untuk Efisiensi Operasional Kebun

/0 Comments/in , , , , , , , /by

Industri perkebunan saat ini menghadapi berbagai tantangan, mulai dari meningkatnya biaya operasional, keterbatasan tenaga kerja, hingga tuntutan produktivitas dan keberlanjutan. Untuk menjawab tantangan tersebut, konsep Smart Plantation hadir sebagai solusi melalui pemanfaatan teknologi digital, khususnya teknologi geospasial. Teknologi ini memungkinkan pengelolaan kebun yang lebih terukur, efisien, dan berbasis data.

 

Konsep Smart Plantation

Smart Plantation merupakan pendekatan pengelolaan perkebunan yang mengintegrasikan GIS (Geographic Information System), penginderaan jauh, drone (UAV), serta sensor lapangan untuk mendukung pengambilan keputusan secara real-time. Dengan konsep ini, seluruh aktivitas kebun mulai dari perencanaan, pemeliharaan, hingga evaluasi produksi dapat dimonitor secara spasial dan temporal.

 

Peran Teknologi Geospasial dalam Perkebunan

Teknologi geospasial berfungsi sebagai fondasi utama dalam implementasi Smart Plantation. Beberapa peran utamanya antara lain:

  • Pemetaan detail areal kebun, termasuk batas lahan, blok tanaman, jalan, dan saluran drainase
  • Analisis kondisi biofisik, seperti topografi, jenis tanah, dan ketersediaan air
  • Integrasi data spasial dan non-spasial, seperti data produksi, umur tanaman, dan riwayat pemupukan

Hasil analisis ini disajikan dalam bentuk peta tematik dan dashboard yang mudah dipahami oleh manajemen kebun.

 

Aplikasi Teknologi Geospasial dalam Smart Plantation

Penerapan teknologi geospasial dalam Smart Plantation mencakup berbagai aspek operasional, antara lain:

  1. Pemetaan dan Inventarisasi Kebun

GIS dan drone digunakan untuk melakukan pemetaan areal kebun secara akurat. Informasi seperti luas tanam, jumlah tanaman (tree counting), serta kondisi infrastruktur kebun dapat diperoleh dengan cepat dan presisi tinggi.

  1. Monitoring Kesehatan Tanaman

Citra satelit dan drone multispektral memungkinkan pemantauan kesehatan tanaman melalui indeks vegetasi, seperti NDVI. Teknologi ini membantu mendeteksi tanaman stres, terserang penyakit, atau tidak produktif sejak dini.

  1. Optimalisasi Pemeliharaan dan Pemupukan

Dengan analisis spasial, pemupukan dan perawatan tanaman dapat dilakukan secara site-specific. Hal ini mengurangi pemborosan input pertanian dan meningkatkan efisiensi penggunaan pupuk serta pestisida.

  1. Perencanaan Panen dan Estimasi Produksi

Data spasial dan historis produksi digunakan untuk memprediksi hasil panen. Informasi ini sangat penting untuk perencanaan tenaga kerja, logistik, dan distribusi hasil perkebunan.

  1. Monitoring Infrastruktur dan Lingkungan

Teknologi geospasial juga dimanfaatkan untuk memantau kondisi jalan kebun, saluran air, serta potensi risiko lingkungan seperti banjir dan erosi.

 

Manfaat Smart Plantation Berbasis Geospasial

Implementasi Smart Plantation memberikan berbagai manfaat strategis, antara lain:

  • Meningkatkan efisiensi operasional kebun
  • Mengurangi biaya produksi dan kesalahan operasional
  • Meningkatkan produktivitas dan kualitas hasil panen
  • Mendukung pengelolaan kebun yang berkelanjutan
  • Menyediakan dasar pengambilan keputusan berbasis data

 

Implementasi di Sektor Perkebunan Indonesia

Di Indonesia, konsep Smart Plantation telah mulai diterapkan pada berbagai komoditas perkebunan seperti kelapa sawit, tebu, karet, dan kopi. Perusahaan perkebunan dan konsultan geospasial memanfaatkan GIS dan drone untuk mendukung program efisiensi operasional, monitoring tanaman, serta pemenuhan standar keberlanjutan dan pelaporan.

 

Kesimpulan

Smart Plantation dengan dukungan teknologi geospasial merupakan langkah strategis menuju pengelolaan perkebunan modern yang efisien dan berkelanjutan. Melalui pemanfaatan GIS, drone, dan penginderaan jauh, operasional kebun dapat dikelola secara lebih presisi dan adaptif. Ke depan, penerapan Smart Plantation diharapkan mampu meningkatkan daya saing industri perkebunan Indonesia di tingkat global.

Choosing the Right Drone for Your Surveying Needs: Quadrone Pro vs. NiVO Drone

/0 Comments/in , , , , , , , , , , , , /by

In the world of professional aerial surveying, drones are essential tools that help surveyors, engineers, and geospatial experts collect high-precision data efficiently. However, with numerous options available, selecting the right drone for the job is critical. Today, we compare two top-tier drones from TechnoGIS Indonesia: the Quadrone Pro and the NiVO Drone. Both of these drones offer unique features and benefits tailored to specific needs. Here’s a breakdown of their strengths to help you make the right choice for your projects.

Quadrone Pro: High-Precision and Versatility for Smaller Areas

The Quadrone Pro is an industrial-grade UAV multirotor designed to deliver high-precision surveying and mapping solutions, particularly for smaller areas. It’s ideal for tasks that require agility, versatility, and quick deployment. Here are some of the drone’s key advantages:

  • Key Features:

    • Endurance: 45 minutes of flight time.

    • Payload: 1,000g, making it capable of carrying multiple sensors, including RGB, LiDAR, and multispectral cameras.

    • Autonomous Flight Modes: Pre-programmed flight paths and autonomous navigation for seamless data collection with minimal manual intervention.

  • Advantages:

    • The Quadrone Pro excels in high-precision applications like topographic mapping, land surveying, and environmental monitoring. Its superior payload capacity and sensor compatibility (including LiDAR for high-density data capture) make it a great fit for urban planning and infrastructure monitoring.

    • Quick Deployment: The Quadrone Pro is easy to operate and designed for smaller, more confined areas where rapid deployment is needed.

  • Limitations:

    • It has a lower flight time compared to the NiVO Drone, and its range may not be suitable for large-scale area surveys.

NiVO Drone: Efficiency and Coverage for Large-Scale Projects

The NiVO Drone, on the other hand, is designed for large-scale surveys and aerial mapping, with features tailored to extensive geographical areas. As a VTOL (Vertical Takeoff and Landing) drone, it offers excellent versatility in flight performance, making it ideal for various industries, from agriculture to infrastructure.

  • Key Features:

    • Wingspan: 2,100mm, providing stability and range for large-scale mapping.

    • Endurance: 120 minutes of flight time, allowing it to cover vast areas without interruption.

    • Payload: 1,000g with multiple compatible sensors, including high-resolution RGB cameras, LiDAR, and multispectral NDVI cameras.

  • Advantages:

    • Greater Coverage: Thanks to its long endurance and wingspan, the NiVO Drone can cover large areas, making it perfect for projects like terrain mapping, power line patrol, and smart city construction.

    • Flexible Flight: Its VTOL capabilities make it ideal for a variety of environments, with quick deployment and the ability to take off and land in tight spaces.

  • Limitations:

    • Its smaller payload capacity compared to other drones may limit its application in specific cases requiring heavier equipment.

    • While versatile, its takeoff and landing need open areas, limiting operational flexibility in highly congested zones.

Applications: Finding the Right Tool for the Job

  • NiVO Drone:
    The NiVO Drone is perfect for:

    • Terrain Mapping: Its long endurance allows it to cover large, remote areas in a single flight.

    • Power Line Patrol: With the ability to fly long distances and survey vast areas, it’s ideal for maintaining infrastructure.

    • Smart City Construction & Cultural Heritage Mapping: Its precision and VTOL capabilities make it a great choice for projects that require access to both open and restricted spaces.

  • Quadrone Pro:
    The Quadrone Pro shines in:

    • Smaller Area Surveys: It’s ideal for projects in confined spaces, where quick data collection and easy deployment are essential.

    • Urban and Infrastructure Monitoring: The Quadrone Pro’s sensors (including LiDAR and multispectral) make it perfect for detailed environmental assessments and building inspections.

    • Agriculture & Forestry: Its compatibility with various payloads allows for precision agriculture and forest management.

Conclusion: Which One Should You Choose?

Both the Quadrone Pro and NiVO Drone have their respective strengths. If you need to survey large-scale areas and require high endurance, the NiVO Drone with its VTOL capabilities and extended flight time is the right choice. However, for smaller, more confined areas that demand precision and quick deployment, the Quadrone Pro offers an excellent solution, especially with its advanced autonomous flight modes and superior sensor capabilities.

In conclusion:

  • Choose the NiVO Drone for high-precision aerial surveys in diverse environments with high payloads and large-area coverage.

  • Choose the Quadrone Pro for quick, efficient surveying in smaller, more confined areas that require agility and versatility.

Unlock Faster, More Accurate Surveying with NiVO V1 FlyWing

/0 Comments/in , , , , , , , , , , , , , /by

NiVO V1 FlyWing is a professional fixed-wing drone built to help surveying and mapping companies work faster, cover larger areas, and deliver accurate results with lower operational cost.

With the ability to map up to 100 hectares in a single flight and an endurance of around 30 minutes, NiVO V1 significantly reduces field time and manpower. Fewer flights mean higher productivity and faster project completion.

Equipped with a 20 MP camera and advanced GNSS PPK/RTK dual-frequency technology, NiVO V1 delivers survey-grade data with accuracy up to 10 cm horizontally and 15 cm vertically, meeting professional and project-based requirements.

The drone supports fully autonomous missions through Mission Planner or QGroundControl, allowing consistent data capture with minimal pilot workload. This makes NiVO V1 easy to operate and reliable, even for teams with limited drone experience.

Its lightweight carbon composite airframe ensures stable flight performance while remaining durable for continuous field operations. The fixed-wing design is optimized for wide-area mapping, making it more efficient than conventional multirotor drones.

Backed by TKDN certification above 25%, NiVO V1 is a smart investment for local projects in Indonesia. It is an ideal solution for surveying consultants, plantations, infrastructure projects, and environmental monitoring that demand accuracy, efficiency, and long-term value.

Discover What the NiVO VTOL V5 Pro Can Do for Your Projects

/0 Comments/in , , , , , , , , , , , , /by

The NiVO VTOL V5 Pro is a powerful, advanced drone designed to elevate the way you collect and analyze data. With its high-precision capabilities, this drone is ideal for a wide range of industries, from urban development and infrastructure inspection to environmental studies and power line patrols. Equipped with GNSS PPK/RTK systems, it ensures highly accurate data collection even in the most challenging environments. Whether you’re conducting surveys in forestry, mining, or cultural heritage mapping, the NiVO VTOL V5 Pro guarantees reliable, precise results that streamline your workflow.

Efficient Terrain Mapping for Multiple Sectors

One of the standout features of the NiVO VTOL V5 Pro is its advanced LiDAR and camera systems, which enable accurate terrain mapping. This is particularly valuable for industries like forestry, agriculture, and environmental studies. The drone can cover large areas of up to 1000 hectares per flight, significantly reducing time and human resources required for traditional mapping methods. Whether you’re monitoring forest health, conducting land surveys, or collecting environmental data, the NiVO VTOL V5 Pro offers fast, precise, and detailed insights.

Enhancing Power Line Patrols with Precision

For utilities and infrastructure maintenance, the NiVO VTOL V5 Pro excels in power line patrols. With its high-resolution sensors and extended flight time, this drone can inspect power lines, identify faults, and perform maintenance surveys with minimal human intervention. The ability to capture detailed data over vast distances makes it a valuable tool for ensuring the safety and reliability of your infrastructure while reducing operational costs.

Revolutionizing Cultural Heritage Mapping

The NiVO VTOL V5 Pro is also a game-changer in preserving and documenting cultural heritage. By capturing detailed 3D models of historical sites, monuments, and archaeological locations, the drone provides invaluable support for historians and conservationists. This capability enables the mapping and analysis of cultural heritage sites with an unprecedented level of detail, ensuring that important landmarks are preserved for future generations.

Supporting Smart City Construction and Urban Planning

Urban planners and developers can greatly benefit from the NiVO VTOL V5 Pro’s ability to map smart city infrastructures, including roads, buildings, and public spaces. With its precision and efficiency, this drone supports informed decision-making in urban development, allowing for the creation of smarter and more sustainable cities. The NiVO VTOL V5 Pro ensures that every detail is captured, helping urban planners to optimize designs and enhance city functionalities.

Optimizing Mining Operations

In the mining industry, the NiVO VTOL V5 Pro offers significant advantages in mine surveying. Its LiDAR and multispectral camera systems can quickly and accurately map large mining sites, providing detailed 3D models and point clouds for site analysis and resource management. This enables mining operators to make more informed decisions, improve operational efficiency, and reduce the risks associated with resource extraction.

Unleashing Potential Across Various Applications

The NiVO VTOL V5 Pro is designed to meet the needs of professionals across various fields, from terrain mapping and power line inspection to cultural heritage preservation and mining operations. Its autonomous flight modes, long endurance, and lightweight design ensure that it is not only easy to deploy but also capable of handling large-scale, complex data collection tasks. This drone is revolutionizing how industries operate, offering a reliable, cost-effective, and efficient solution for data collection and analysis.

For more information on how the NiVO VTOL V5 Pro can transform your projects, visit www.technogis.co.id or contact us at [email protected]. Experience the future of precision data collection today.

Unlocking the Full Potential of Aerial Surveying with NiVO VTOL Drones

/0 Comments/in , , , , , , , , , , /by

The world of aerial surveying is undergoing a transformation, and the NiVO VTOL drone is leading the charge. Combining cutting-edge technology with versatile design, NiVO VTOL drones are pushing the boundaries of what’s possible in data collection, analysis, and operational efficiency.

1. Real-Time, High-Accuracy LiDAR Mapping in Complex Environments

Traditional LiDAR mapping often requires time-consuming ground-based equipment and can be limited by access restrictions. NiVO VTOL drones, however, can quickly cover large areas, providing real-time LiDAR data even in the most difficult-to-reach locations. Whether it’s mapping steep hillsides, dense urban environments, or remote forests, NiVO VTOL drones ensure high-precision, actionable data is captured without the need for extensive fieldwork.

2. Seamless Integration with GIS for Urban Development Projects

Urban planning and development require precise, up-to-date geographic data. NiVO VTOL drones deliver high-quality geospatial data that integrates seamlessly with Geographic Information Systems (GIS). This allows city planners and architects to quickly assess land use, track infrastructure changes, and perform 3D modeling—all in one smooth workflow. This integration cuts down on the time and cost of site surveys, streamlining the planning process.

3. Accelerated Post-Disaster Site Assessment

In disaster management, time is critical. NiVO VTOL drones play an essential role in post-disaster site assessments, allowing responders to quickly gather detailed data on affected areas. By providing real-time aerial imagery and 3D models, these drones support decision-making in crisis situations, helping authorities prioritize resources and plan recovery efforts with precision.

4. Monitoring Remote Infrastructure and Utilities

For critical infrastructure such as power lines, pipelines, or communication towers, the NiVO VTOL drone offers an efficient solution for regular monitoring. Instead of sending teams into hazardous areas, drones can fly over long stretches of infrastructure, capturing high-resolution images and detecting early signs of wear, damage, or corrosion. This proactive approach helps prevent costly repairs and increases the lifespan of critical assets.

5. Enhanced Environmental Impact Studies with Minimal Disruption

Environmental monitoring often requires long-term data collection in delicate ecosystems. NiVO VTOL drones provide a less invasive method for capturing environmental data, whether it’s tracking wildlife, monitoring soil erosion, or studying vegetation growth. The drone’s ability to hover and operate quietly minimizes disruption, ensuring the integrity of the study while delivering critical insights.

The NiVO Advantage: Precision Meets Flexibility

The NiVO VTOL drone is designed for industries that demand precision, flexibility, and efficiency. With its vertical takeoff and landing (VTOL) capability, it can operate in confined or difficult environments where traditional drones can’t, while delivering high-quality data across long distances.

Whether it’s improving urban development workflows, providing rapid post-disaster assessments, or enabling high-precision environmental studies, NiVO VTOL drones are reshaping the future of aerial surveying. Their ability to operate autonomously, collect actionable data in real-time, and seamlessly integrate with existing workflows makes them an indispensable tool for industries looking to innovate and improve their operations.

Surveying the Future of Infrastructure and Development

/0 Comments/in , , , , , , , , , , , , /by

     In the fast-paced world of infrastructure development, precise and efficient surveying is essential to ensure the success of projects, from urban planning to large-scale construction. The NIVO VTOL V5 Pro Lidar drone provides a groundbreaking solution to the challenges faced by professionals in this field. By offering high-precision data collection and the ability to survey vast areas quickly, this drone is changing the way infrastructure surveys are conducted. Its advanced sensors and LiDAR technology enable it to capture detailed 3D data, which is crucial for creating accurate terrain models and making informed decisions during the planning and construction phases.

     The NIVO VTOL V5 Pro is also a game-changer in terms of efficiency. Infrastructure projects often span large sites, and traditional methods can be time-consuming and costly. With the ability to cover up to 1000 hectares in a single flight, this drone drastically reduces the time needed for surveying, allowing projects to move forward faster. Additionally, its extended flight time and long-range telemetry ensure that it can reach remote or difficult-to-access areas, making it an invaluable tool for surveying expansive infrastructure projects.

    The drone’s versatility is another standout feature. It operates effectively in a wide range of environments, whether in dense urban areas, forests, or rugged terrains. This flexibility means professionals can rely on the NIVO VTOL V5 Pro for a variety of tasks, from mapping power lines and conducting environmental assessments to inspecting buildings and infrastructure. Its ability to adapt to different conditions makes it the ideal companion for the diverse demands of infrastructure development.

    For cities expanding at an ever-increasing rate, the NIVO VTOL V5 Pro plays a crucial role in smart city initiatives and urban development projects. By generating accurate digital models, such as Digital Surface Models (DSM) and Digital Terrain Models (DTM), the drone provides urban planners with a clear and detailed view of the land they are working with. These models are essential for designing infrastructure that is both functional and sustainable, ensuring that cities can grow efficiently and responsibly.

    Moreover, the NIVO VTOL V5 Pro offers a safer and more sustainable approach to surveying. Traditional methods often require workers to be exposed to hazardous environments, which can be risky and labor-intensive. By conducting surveys remotely, the drone reduces the need for on-ground labor in dangerous areas, lowering the risk to workers and minimizing the environmental impact associated with heavy machinery. This makes the NIVO VTOL V5 Pro not only a practical choice but also a more eco-friendly and safer option for infrastructure surveying.

    In conclusion, the NIVO VTOL V5 Pro Lidar drone is revolutionizing the way infrastructure surveys are conducted. Its precision, efficiency, and adaptability make it a vital tool for professionals involved in construction, urban planning, and environmental management. By embracing this advanced technology, infrastructure developers can improve the accuracy and speed of their projects while promoting safer and more sustainable practices.

TechnoGIS Indonesia Highlights IT Sensing and Geospatial Technology at INTI EXPO 2025: Empowering Smart Industry with Innovation

/0 Comments/in , , , , , /by

Jakarta, October 30, 2025 — TechnoGIS Indonesia proudly took part in the Indonesia Technology and Innovation Expo (INTI EXPO) 2025, a leading exhibition focused on industrial innovation, digital transformation, and emerging technologies, held at JIExpo Kemayoran, Jakarta from October 28–30, 2025.
The event gathered technology leaders, manufacturers, and innovators to explore next-generation solutions driving Indonesia’s industrial advancement.

As one of the exhibitors, TechnoGIS Indonesia introduced its latest innovations in IT Sensing and geospatial technology, showcasing how integrated data systems, sensors, and spatial analytics support operational efficiency, automation, and high-precision monitoring. Visitors had the opportunity to discover how these solutions enhance decision-making and digital connectivity across sectors such as manufacturing, infrastructure, and smart city development.

Driving Innovation and Digital Transformation

Through its participation in INTI EXPO 2025, TechnoGIS Indonesia emphasized its commitment to fostering innovation and accelerating the adoption of smart technologies across industries. The integration of IT Sensing and geospatial intelligence marks a crucial step toward realizing Indonesia’s vision for an adaptive, technology-driven industrial landscape.

Thank You for Visiting TechnoGIS at INTI EXPO 2025

TechnoGIS Indonesia expresses its gratitude to all attendees who visited our booth and learned more about our IT Sensing and geospatial solutions. Your engagement and insights drive our continued mission to empower industries with data-driven innovation and precision.

Tags: #INTIExpo2025 #ITSensing #IndustrialInnovation #SmartTechnology #GeospatialSolutions #TechnoGISIndonesia #Precision #Presisi #InnovationForTheFuture

TechnoGIS Indonesia Showcases Drone and Geospatial Innovations at INDONESIA DRONE EXPO (IDE) 2025: Revolutionizing Industries Through Precision

/0 Comments/in , , , , , /by

Jakarta, October 30, 2025 — TechnoGIS Indonesia proudly participated in the Indonesia Drone Expo (IDE) 2025, one of the nation’s premier exhibitions dedicated to drone technology and innovation, held from October 28–30, 2025 at JIExpo Kemayoran, Jakarta.
The three-day event served as a dynamic hub for technology pioneers, industry professionals, and innovators shaping the future of aerial solutions and intelligent data applications across various sectors.

As one of the exhibitors, TechnoGIS Indonesia showcased its latest geospatial and drone-based technologies that are revolutionizing mapping, monitoring, and industrial operations with high precision. Visitors experienced how TechnoGIS’s UAV systems, LiDAR solutions, and photogrammetry tools deliver smarter data collection, real-time analytics, and efficient decision-making across industries such as infrastructure, energy, environment, and construction.

Empowering Industries Through Drone Innovation

IDE 2025 united key players from the drone, robotics, and technology sectors, offering a platform to exchange knowledge and foster collaboration toward a more connected and efficient industrial ecosystem.
By participating in the event, TechnoGIS Indonesia reaffirmed its commitment to advancing geospatial innovation and drone-based solutions that empower industries through data-driven insights and technological precision.

Thank You for Visiting TechnoGIS at IDE 2025

TechnoGIS Indonesia extends sincere appreciation to everyone who visited our booth (A1 48B–49A) and explored our innovations in drone and geospatial technology. Your enthusiasm and valuable discussions continue to inspire TechnoGIS to push the boundaries of innovation for a smarter and more connected future.

Tags: #IndonesiaDroneExpo2025 #DroneInnovation #GeospatialTechnology #LiDAR #UAVMapping #SmartIndustry #Precision #Presisi #TechnoGISIndonesia #InnovationForTheFuture