Perfect Gis

Perfect Gis
ГИС Перфект ООД е създадена през 1997г. Основната ни дейност е насочена в областите:

Консултации, поддръжка и разработка на приложения свързани с продуктите на Autodesk Inc.
Услуги в областта на: инженерното инвестиционно проектиране, устройство и планиране на територията, кадастър и геодезия, ГИС.
Създаване на потребителски приложения.
Управление на проекти.

За периода 2001 - 2008 г., „ГИС Перфект” ООД е последователно: риселър, системен център и Value Added Reseller на Autodesk Inc.
Нашите служители имат „Пълна проектантска правоспособност от Камарата на инженерите в инвестиционното проектиране” и
са регистрирани в „Регистъра на лицата правоспособни да извършват дейности по кадастъра”.
Като упълномощени Autodesk разработчици, ние предлагаме специфични приложения в областта на инженерното
инвестиционно проектиране, устройство и планиране на територията, кадастър и геодезия, ГИС. Нашите разработки са 100 %
съвместими с AutoCAD базираните продукти: Raster Design, Map 3D, Civil 3D, Map Guide Enterprise на Autodesk.

How online GIS can benefit your entire organization
Cloud-based GIS will not replace desktop GIS
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Online GIS is accessed via web browser. This means it can be accessed on any device that's connected to the internet.
This stands in stark oppostion to desktop GIS, which can only be accessed on the computer where it was installed.
For decades, desktop GIS defined the trajectory of the GIS industry. It serves as a solid foundation for future innovation: a future that online GIS will help to define.
Some might argue because online GIS offers different functionality than desktop GIS, it can't be considered GIS. This is an oversimplification.
New to GIS? Get started with part one: What is GIS?
Online GIS software expands the definition of GIS.
Offering a fresh perspective on GIS: online mapping platforms complement the power of desktop, while benefiting from advances in modern technology.
This chapter will explore the differences between online and desktop GIS, the online GIS options available today, as well as the benefits and future of this emergent technology.
The primary differences between online and desktop GIS software are in how users access the platform and how data is stored.
These types of platform are often (but not always) cloud-hosted. This means that both the program itself and any associated GIS data is managed offsite on the vendor's servers.
This allows users to access data from anywhere and see any updates in real-time. It also negates the need for local installation and storage, as users can log in and access the program from any web browser.
This means the program can only be accessed on that specific computer.
To transfer or share data from a desktop GIS, it must be exported to a shareable file type, moved to an external hard drive, or printed.
As a general rule, online GIS software makes mobile usage more accessible. Many platforms have native iOS or Android applications, and those that don’t can still be accessed via mobile web browser.
Some desktop GIS platforms do have mobile add-ons; however, they tend to be less developed and often require additional purchase.
In terms of payment, most online GIS is subscription based, meaning users pay on a monthly or annual basis. As they are a recurring expense, online GIS is usually considered an operational expenditure.
Desktop GIS software involves purchasing a one-time perpetual license. As such, desktop GIS software is generally considered a capital expenditure.
To dive right into online GIS software , skip to the next section .
Online GIS software is cloud-based, which offers a few distinct advantages over locally-based desktop platforms:
Additionally, online GIS is a much newer technology: meaning it benefits from a modern approach to software.
Below we explore three popular online GIS options, all of which offer a more user-friendly experience than their desktop counterparts.
Rather than exist in perfect fidelity with desktop GIS, online GIS software can often complement these platforms: offering a way to capture and share data where there otherwise was none.
As such, many of these platforms are quite simple when compared to popular desktop solutions. This simplicity is a significant upside for many, as online platforms provide the GIS tools they need without unnecessary extras.
Each platform below is subscription based, offering various tiers of service. Organizations can choose the level of service they need at a lower upfront investment, upgrading only as necessary.
Name: OnePlace™ Field Type: Cloud & Mobile Price: $49 user/mo ( 14-day free trial ) Best for: Simple map making, real-time collaboration, field data capture Mobile capable: Yes, iOS and Android apps available
Summary: With OnePlace Field, you can create and share maps in minutes, map spreadsheets and other documents, collect data with ease, and store everything in one place. Unearth’s lightest, simplest solution boosts productivity with intuitive data capture and sharing on a dynamic, geospatial platform. Plus, offline mode, automatic syncing, and unlimited cloud storage ensures field work moves ahead without delay.
Name: GIS Cloud Type: Cloud Price: $15-95 user/mo Best for: Data collection, data management, map editing and sharing Mobile capable: Yes, with purchase of Mobile Data Collection
Summary: GIS Cloud was created to promote team collaboration and improve organizational workflow through a scalable, cloud-based software suite. Product offerings include mobile data collection, map viewer, map editor, and map portal. Each product is purchased separately, but can be combined depending on organizational needs. According to the GIS Cloud website, their mission is to “build a collaborative mapping platform for users of all profiles.”
Name : MangoMap Type: Cloud Price: $49-$399/mo | $470-3830/yr Best for: Simple online map making Mobile capable: Via web browser
Summary: MangoMap provides simple online mapping and data management. With spatial analysis tools and support for all major spatial file formats, this platform is a solid alternative to desktop GIS platforms. One factor that makes MangoMap an especially attractive option for small businesses is the emphasis on simplicity. Users report a much lower learning curve when compared to desktop GIS systems. MangoMap also allows for personalization of the mapping application itself, as well as brand integration - though, removal of MangoMap branding does require an Enterprise level subscription.
Online GIS has two primary benefits: simplification of GIS workflows and streamlined data sharing.
Using online GIS, either alone or in tandem with a legacy GIS software , opens the potential to increase communication, collaboration, and efficiency throughout your organization.
Implementing online GIS gives everyone from executives to GIS specialists the ability to access and share data more effectively.
Online GIS provides an easily accessible project overview.
For folks in leadership, an online GIS dashboard offers the ability to gauge project progress and make informed decisions concerning resource allocation, personnel management, and next steps.
Depending on how the team is organized, leadership can either check in quickly with little to no engagement, or make notes and comments directly within the software.
From simple map making , to field team management, to QA/QC review - office staff are responsible for a wide variety of tasks.
The primary benefits for office staff are real-time updates and the ability to make notes and comments within the software. This streamlines communication with the field and allows office staff to review data in real-time.
Office staff can assign tasks directly, make maps for their crews, and monitor progress as it’s happening.
Online GIS allows crews to capture data in the field, a capability that is actually quite rare in the world of GIS.
The traditional data collection method involves printing out large paper maps, annotating by hand, manually transferring data into a GIS or other system, and then exporting deliverables to a PDF or external hard drive.
With online GIS crews make map annotations in the field and associate photos and videos to a specific location on the map. This helps to improve collaboration with the office, streamline field workflows, and prevent re-work.
For GIS specialists, the ability to collect and share data easily is the primary benefit of online GIS.
When field crews use online GIS to collect data onsite, GIS specialists can engage with it almost instantly: increasing overall efficiency.
Online GIS empowers GIS specialists to easily share GIS maps and data, including Shapefiles , throughout the organization: rather than relying on hard drives, PDFs, or paper.
As online GIS has evolved, questions have arisen about the future of the industry.
There are no clear cut answers. The GIS industry is massive and technological innovation is happening at breakneck speed, making accurate predictions difficult.
For the moment, our argument is this:
Consider a mid-size sedan and an RV.
You can drive point A to point B with either option. However, there's a significant difference in functionality and overall experience.
The sedan was built for (and excels at) everyday tasks: commuting, grabbing groceries, and the occasional weekend trip. The engine functions well and gets you where you need to go.
On the other hand, the RV has everything you need for life on the road: beds, kitchen, bathroom, etc. It excels at long road trips, but commuting to work everyday would be impractical.
Both options fall under the same general category (vehicles), but they’re built for different tasks.
You wouldn’t take the sedan on an extended road trip, nor would you take the RV to go buy milk. Both vehicles can theoretically complete both tasks, but neither situation would be ideal.
This same concept applies to desktop and online GIS. They fall under the same category, but were built to achieve different goals.
For decades the definition of GIS has remained fairly narrow: dominated by a few powerhouse programs.
Desktop GIS software excels in data visualization and analysis, but falls flat when it comes to mobile capabilities, data sharing, and ease-of-use.
For field crews, it makes data capture cumbersome and transfer slow. For office staff, they either rely on a GIS specialist to get the maps they need, or cobble together a system using point solutions.
For GIS specialists, the problem is two-fold.
Not only is it difficult to share data throughout the organization, but they are often inundated with smaller, time-consuming requests: pulling them away from more specialized work.
With online GIS, field teams can collect data quickly and the office can process and review in real-time. GIS specialists gain greater access to data, and can quickly share maps and visualizations.
At best, desktop GIS and online GIS complement the same goals. At worst, they achieve different goals.
Defining the needs of your organization will help you decide which option, or combination of the two, will best address your needs.
Online GIS is redefining the field of GIS as a whole.
Used as a standalone GIS software, or to complement an existing desktop GIS, online GIS provides significant value to any organization working with location-based data.
To learn more about the definition of GIS, mapping, data, or desktop GIS software - be sure to check out the other installments in this series.
Get started in GIS by mapping the data you already have - spreadsheets, photos, and more - with a 14-day free trial .
Unearth is a Seattle software company helping critical infrastructure providers manage physical assets with Mobile GIS solutions.

By Editorial Staff
Hours
July 27, 2022

Accounting Expand child menu Expand

A geographic information system (GIS) is a tool that analyzes geographical correlations, trends, and patterns. This may be achieved by linking geography to the available data, which aids in the geographic understanding of GIS.
GIS software is a piece of technology designed to combine multiple maps and remote sensing data to create multiple methods that are useful in a real-time setting. GIS software makes use of geographic ideas, techniques, and systems.
To help you choose the best GIS software to meet your needs, we’ve compiled a list of our top picks, the top 10 best time-lapse software available for use in 2022, along with the pros, cons, and price of each one.
Pricing: Pro Basic $700/year; Pro Standard $2,750/year; Pro Advanced $3,800/year
We would argue that this is the best GIS software on the market. ESRI developed ArcGIS, and it is compatible with Windows and Linux. Unfortunately, this software is not compatible with Mac OS but works well with Mac OS mobile software. You can use it for mapping, data management, predictive modeling, and geocoding and is geared to professionals.
Maptitude was created by Caliper Corporation and allows you to evaluate how geography affects your business. It will enable you to view data from different perspectives to discover patterns and trends to increase revenue and promote growth. This software is compatible with Windows and Linux.
Pricing: $70/one-time fee; 30-day free trial
Simple GIS Client is the best software for small businesses on a budget. Simple GIS Client developed Simple GIS software and is only compatible with Windows. Simple GIS Client is used to create, analyze, and publish spatial data. It does not have the capabilities of the more expensive software, but it is an excellent value for the price.
Pricing: $2,000 – $17,000 annually depending upon population served
PolicyMap contains thousands of statistics, including demographics, income, education, job, federal programs, and quality of life. This software analyzes large amounts of data quickly to create maps, tables, and reports. You can use it for research or grant writing. PolicyMap is web-based cloud software.
Pricing: Essential Damage Prevention Package – 10 cents/ticket for up to 5 users; Professional Damage Prevention Package – 20 cents/ticket for up to 20 users; Enterprise Damage Prevention Package – 30 cents/ticket for unlimited users
Boss Solutions developed Boss811 for the Damage Prevention Industry. It is suitable for preventing damage to pipelines, fiber, telecom, energy, municipalities, gas, water, electric, and utilities. This software is also perfect for locating companies. Boss811 is compatible with Windows, Mac OS, and Linux.
PlanIT Geo developed Tree Plotter INVENTORY for landscaping companies and Urban Forestry Consulting. It is compatible with Windows, Mac OS, and Linux.
QGIS is consummate for working with geospatial data. It is open-source software used to create, edit, visualize, and analyze geospatial data. This software is compatible with Windows, Mac OS, and Linux.
Pricing: Geocoding Lite $49/month; Developer Plus $99/month; Starter Package $200/month; Growth Plus $500/month; Business Plus $950/month
Location IQ is a web-based software best for Geocoding and designed for businesses of all sizes. This software is not compatible with Windows, Mac OS, or Linux but works on mobile devices. This is not an issue since geocoding is primarily done in the field.
MaintainX is the best software for improving workflow completion in any industry. It allows you to review outstanding tasks, assignments, and the current status. This software is compatible with Windows, Mac OS, and Linux.
Cartegraph is the most used software among Government entities and contractors. It is assets and operations management software. This software manages assets, tracks maintenance work orders, and makes facility and office space more efficient and functional. Cartegraph is compatible with Windows and Mac OS.
A Geographic Information System (GIS) is a system that creates, analyzes, manages, and maps all types of data. It is used in surveying, urban planning, mapping, transportation planning, accident analysis, flood damage estimation, and environmental impact analysis, to name a few.
The three types of GIS data are spatial, attribute, and metadata. Spatial data include geographic information about the earth and its features. The four spatial data types include vector data, raster data, images, and Triangular Irregular Networks (TINs). Attribute data is the information linked to geographic features that describe the feature. Finally, metadata makes spatial information easier to understand. It is information about the data and tells the software what needs to occur. It is the instruction manual.
GIS software allows you to look at spatial data, which is not a feature of other software. So when your business has a spatial-related problem, GIS software may be the best and only choice to solve that problem.
Subscription-based software does include a monthly subscription fee, but this monthly subscription fee consists of the updated version of the software and better overall customer service. When you get one-time purchase software, you might be paying less for the software, and this may seem like a good deal, but you do not receive critical updates and the additional benefits provided through the subscription. Software companies work hard to create extra benefits for their subscribers and keep them engaged.
Spatial analysis uses analytics to look at complex problems by finding patterns and trends. When you can see the patterns and trends in your business, it gives you a new perspective on making the best decisions.
The most important feature that you should look for is usability. When you purchase software that is too difficult to use or has a steep learning curve, it can be detrimental to streamlining logistics routing, customer marketing, and facilities management.
It is vertices and paths. The three basic types of vector data are points, lines, and shapes. Vector data is mainly made up of X and Y coordinates and is best for capturing details that have boundaries, such as roads and buildings. An example of vector data would be Google Maps.
It is made up of pixels and can display satellite and other photographic information. The three basic raster data types are thematic, spectral, and pictures (imagery). Raster data is interior data and is best for capturing features and elevation. An example of raster data would be a population density map.
Triangular Irregular Networks (TINs) are triangles connected together to create a 3D image. TINs help to show elevation and density.
Geocaching is a treasure hunt where people look for caches. A cache is a hidden object at a specific coordinate. The people looking for caches use a combination of GPS, math, and engineering to find them. The primary purpose of geocaching is to learn to use GPS equipment, improve mapping skills, and gain navigation skills.
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Module builder program for repetitive tasks
Very difficult for beginners to use
Graphical User Interface is user-friendly
Search engine cannot handle misspellings
Advanced spatial and statistic
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