This document provides an overview of HIPARC's recent aerial survey, mapping, and data collection activities over the past years. Key points include:
- HIPARC has performed hundreds of thousands of aerial surveys, 360 captures, cadastre and real estate inventories between 2016-2022.
- Surveys have been conducted at scales from 1:1000 to 1:25,000 and have covered over 35,000 km2 of high resolution images and 350,000 km2 of medium resolution images.
- HIPARC focuses on aerial survey, geotech systems, and virtualizing real world data through collecting and processing spatial information from air, space, and ground.
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HIPARC Sistemas e Aerolevantamentos
1.
2. HIPARC - SUMMARY OF RECENT YEARS
HIPARC HIGH RESOLUTION 2023 DATA - READY TO SUPPLY
AERIAL AND TERRESTRIAL SURVEY: AIRCRAFTS, TOOLS AND EQUIPMENT
INDUSTRIAL SURVEY DRONES – PILE VOLUME CALCULATION
TEAM AND INFRASTRUCTURE (2021)
INDUSTRIAL SURVEY DRONES – 3D AS BUILT MODELLING
3D OBLIQUE ULTRA DENSE IMAGES FOR VIRTUALIZATION WITH GSD 3CM / PX
AERIAL SURVEY: STEREOCOMPILATION WITH GSD 10CM / PX
TEMPORAL MAPPING TO CHANGE DETECTION URBAN AND ENVIRONMENTAL
CARTOGRAPHY FOR TELECOM: 4-5G RADIO FREQUENCY PLANNING
MAP PRODUCTION: LAND USAGE CLASSES AND VEGETATION
3D HYDRO MAPPING FOR WATERSHED CONSERVATION AND RESTORATION
AERIAL SURVEY LIDAR: FOREST INVENTORY TO PULP INDUSTRY MANAGEMENT
AERIAL SURVEY 3D HIGH PRECISION DATA: DAM RISK PLAN AND MONITORING
LIDAR MAPPING: AERIAL AND SURVEY
LIDAR MAPPING: HIGH PRECISION EDITION
HIGH PRECISION LINEAR FEATURES: OIL GAS, IRON PIPELINE AND ROAD
PLANNING
TOPOGRAPHY AND CADASTRE FOR TRANSMISSION AND DISTRIBUTION LINES
TOPOGRAPHY FOR TRANSMISSION AND DISTRIBUTION LINES
RURAL LAND REGULARIZATION: GEOREFERENCING TO INCRA STANDARD
REAL ESTATE INVENTORY: ASSET SURVEY, REPORT AND VALUATION
ULTRA DENSE AERIAL DATA: SIMULTANEOUS FLIGHT OPTICAL AND LIDAR
HIGH DENSITY URBAN CARTOGRAPHY: TRUEORTHO AND DSM 1: 1.000
HIGH DENSITY URBAN CARTHOGRAPHY: CADASTRAL 3D MAPPING 1: 1,000
MUNICIPALITY GEOINFORMATION SYSTEM APPS AT REAL TIME UPDATE MOBILE
MUNICIPALITY GEOINFORMATION SYSTEM APPS AT REAL TIME UPDATE DESKTOP
360° IMAGING URBAN INVENTORY: MOBILE MAPPING VIRTUALIZATION
FIELD AND OFFICE CADASTRE TEAM TRAINING
HIPARC IN THE PRESS: MICROSOFT & GEOINFORMATICS
CLIENTS
AERIAL SURVEY OPERATION LICENSES AND REGULATED FLIGHTS
BRAND PROTECTION: INPI TRADEMARKS AND DOMAINS REGISTERED
H
IPARC
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ERIAL
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URVEY
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OPOGRAPHY
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IPARC
3. Terrestrial Surveys, Mapping an Inventory - Railways and Highways
Scale 1: 2.000 to 1: 5.000
Total 12.000 Km MG, MA, SP, MS, MT
A company with focus in Aerial Survey and Geotech Systems
Our wide actuation includes collecting a large amount of information
directly from the space, air and ground, process and publishing all
data at customized web systems. This means to Virtualize the
Real World with local context knowledge and field data.
In recent years we’ve performed hundreds of thousands of surveys,
360 captures, cadastre and real estate inventories and evaluations - to
support private and public administrations
HIPARC - SUMMARY OF RECENT YEARS
Ultra High Resolution Aerial Surveys and 3D Mapping of Cities
Scales 1: 1.000 to 1: 5.000 (5-20cm pixel)
Total 35.000 Km²
High Resolution Aerial Surveys and 3D Mapping of State Areas
Scales 1: 5.000 to 1: 10.000 (20-50cm pixel)
High Resolution Satellites Images and Mappings of National Areas
Scale 1: 10.000 to 1: 25.000 (50-70cm pixel)
Topographic Survey and Evaluation of Real Estate Assets
Scale 1:100 to 1:500 - Total 4.500 units MG, PR, ES
Top 10
ONE OF THE TEN BIGGEST
AERIAL SURVEY BRAZILIAN
COMPANIES
>10%
AERIAL SURVEY BRAZILIAN
MARKET SHARE
(2016 - 2020)
>2M
>U$20M
TOTAL INCOMING R$80M
(2016 – 2022)
USD1=R$4
KM² OF HIGH
RESOLUTION SATELLITE
IMAGES DELIVERED
>35K
KM² OF GSD 10-20CM
AERIAL IMAGES
DELIVERED
>350K
KM² OF GSD 20-50
AERIAL IMAGES
DELIVERED
4. CITIES
HIGH QUALITY DATA
20.000Km²
1:1.000 – 1:2.000
RIO DE JANEIRO
SÃO PAULO
BRASILIA
BELO HORIZONTE
CURITIBA
PORTO ALEGRE
VITÓRIA
MANAUS
BOA VISTA
GOIANIA
JOINVILE
UBERLANDIA
TABATINGA
SALVADOR
SERRA
ARACRUZ
VIANA
RIO GRANDE
TRUEORTHO
DTM / DSM
HIPARC HIGH RESOLUTION DATABASE FROM 2010 TO 2023 | READY TO SUPPLY
5. Piper AZTEC PR-AAD SENECA II PT-EJE
MIDAS System 5CAM 2 Multispectral Cameras
VEXCEL ULTRACAM
RIEGL VQ480
Phaseone IXU1000R
IMU 410
Stabilized Platform
TrackAir Steady-Track
MMS Teledyne Optech
Toyota 4x4 Diesel
Drones DJI P4, Matrice
300 42MPx 50 Tablets Samsung
S Pen 4G
AERIAL AND TERRESTRIAL SURVEY: AIRCRAFTS, TOOLS AND EQUIPMENT
6. CARTOGRAPHY
ENGINEERING AND
RELATED SCIENCES
Cartographic
Engineering
Geodesy,
Geomatics &
Geography
Topographical
Land Survey
Aircraft Mechanic
Special Operator
Equipment
Environmental
Engineering
Photogrammetry
Specialist
Remote Sensing &
Digital Image
Processing
Electronics &
UAV operators
Quality Analisys &
Control
Cadastral
Surveying
Urban Planning &
Architecture
Real Estate Asset
Valuation
Specialist
PMBOK Project
Management
Land Use & Law
Master
DEV Systems
Engineering
67 FULL TIME EMPLOYEES
25 PART TIME EMPLOYEES (TEMPORARY CONTRACTS)
ON DEMAND INDIRECT CONTRIBUTORS (OUTSOURCING SUB-CONTRACTS)
2 PETABYTES STORAGES RAID / NAS STORAGE
12 HIGH PERFORMANCE WORK STATIONS (128/256GB RAM, 8/12GB GPU)
10GB NETWORK CAT 7 CERTIFIED
8 SERVERS IN OPERATION 24X7 LINUX & WINDOWS
3D MANAGEMENT AND PRODUCTION
VEXCEL ULTRAMAP SUITE WITH NVIDIA TESLA GPUs PARALLEL PROCESSING
200 MBITS REDUNDANT FTP FIBER LINK DEDICATED FOR CUSTOMERS SUPPLY
DELL POWEREDGE R520 FIREWALL PFSENSE
PLATFORMS OF PHOTOGRAMMETRIC PROCESSING: INPHO MATCH-AT, DTMASTER,
MATCH-T, SCOOP +, ORTHOVISTA, ORTHOMASTER, LEICA ERDAS, ERMAPPER,
IMAGERY APPLIED, 3DCORRELATOR
GEOGRAPHIC DATA MANAGEMENT AND EDITING SYSTEMS: ORACLE, ESRI
ARCINFO, ARCSDE, ARCGIS
SYSTEMS FOR EDITING PROJECTS FOR ENGINEERING AUTODESK CIVIL3D
TEAM AND INFRASTRUCTURE (2023)
8. Cloud points 3D reconstruction of industrial plants
with high precision and details using aerial drones
images and delivery in CAD format BIM ready
DRONES TO INDUSTRIAL SURVEY AND THEIR APPLICATIONS – 3D AS-BUILT MODELLING
9. 3D OBLIQUE ULTRA DENSE IMAGES FOR GOOGLE EARTH VIRTUALIZATION WITH GSD 3CM / PX
10. 3D OBLIQUE ULTRA DENSE IMAGES FOR GOOGLE EARTH VIRTUALIZATION WITH GSD 3CM / PX
11. 3D OBLIQUE ULTRA DENSE IMAGES FOR GOOGLE EARTH VIRTUALIZATION WITH GSD 3CM / PX
12. 3D OBLIQUE ULTRA DENSE IMAGES FOR GOOGLE EARTH VIRTUALIZATION WITH GSD 3CM / PX
13. 3D OBLIQUE ULTRA DENSE IMAGES FOR GOOGLE EARTH VIRTUALIZATION WITH GSD 3CM / PX
14. 3D OBLIQUE ULTRA DENSE IMAGES FOR GOOGLE EARTH VIRTUALIZATION WITH GSD 3CM / PX
15. AERIAL SURVEY: 3D ULTRA DENSE DATA FOR VIRTUALIZATION WITH GSD 7CM / PX
16. AERIAL SURVEY: 3D ULTRA DENSE DATA FOR VIRTUALIZATION WITH GSD 7CM / PX
17. AERIAL SURVEY: 3D ULTRA DENSE DATA FOR VIRTUALIZATION WITH GSD 7CM / PX
18. AERIAL SURVEY: 3D ULTRA DENSE DATA FOR VIRTUALIZATION WITH GSD 7CM / PX
19. AERIAL SURVEY: 3D ULTRA DENSE DATA FOR VIRTUALIZATION WITH GSD 10CM / PX
20. AERIAL SURVEY: 3D ULTRA DENSE DATA FOR VIRTUALIZATION WITH GSD 10CM / PX
21. AERIAL SURVEY: 3D ULTRA DENSE DATA FOR VIRTUALIZATION WITH GSD 10CM / PX
61. Georeferencing of limits: rural
properties
Recognition and validation of
neighborhood
Inventory and regularization of notary
documentation
RURAL LAND REGULARIZATION: GEOREFERENCING ACCORDING TO INCRA
STANDARD
62. CÁLCULO DA ÁREA EQUIVALENTE DE CONSTRUÇÃO
A área equivalente de construção deve ser calculada em consonância com o previsto na Abnt Nbr 12.721, afim de considerar
corretamente áreas construídas com diferentes custos de construção, somando-se a área construída padrão com as distintas
áreas construídas com padrões diferentes de devidamente ajustadas por seus respectivos percentuais de correção
(correspondentes à razão entre o custo padrão e os custos de padrões diferentes), dado pela Equação:
n
S = Ap + Σ (Aqi x Pi) ...isto é... S = Ap + (Aq1 x P1) + (Aq2 x P2) + ... + (Aqn x Pn)
i
Onde S é a Área Equivalente de Construção,
Ap é a Área Construída Padrão,
Aq é a Área Construída de Padrão Diferente,
P é o Percentual de Correção entre o Custo Padrão e o Custo de Padrão Diferente.
ESTIMAÇÃO DO CUSTO DE CONSTRUÇÃO
O custo de construção deve ser estimado considerando não somente o custo unitário básico de construção (tanto o custo
padrão como eventuais custos com padrões diferentes), mas também custos específicos não previstos no cálculo do custo
unitário básico, dado pela Equação:
C = [ Cub + Oe + Oi + (Ofe - Ofd) ] x (1 + A) x (1 + F) x (1 + L)
S
Onde C é o Custo Unitário da Construção,
Cub é o Custo Unitário Básico,
Oe é o Orçamento dos Elevadores,
Oi é o Orçamento das Instalações Especiais,
Ofe é o Orçamento das Fundações Especiais,
Ofd é o Orçamento das Fundações Diretas,
S é a Área Equivalente de Construção,
A é a Taxa de Administração da Obra,
F é o Percentual relativo aos Custos Financeiros durante a Obra,
L é o Percentual relativo aos Lucros da Construtora.
REAL ESTATE INVENTORY: ASSET SURVEY, REPORT AND VALUATION
96. Dozens of Valuable Software Permanent Licenses
Hundreds of Satellite and Air Image Use Rights
GEOGRAPHIC DATA MANAGEMENT AND EDITING SYSTEMS: ORACLE, ESRI ARCINFO, ARCSDE, ARCGIS
SYSTEMS FOR EDITING PROJECTS FOR ENGINEERING AUTODESK CIVIL3D, AUTOCADMAP
PHOTOGRAMMETRIC AND REMOTE SENSING SYSTEMS ERDAS IMAGINE, ERMAPPER
GEO SPECIALIZED MEDIA
