Ruby software – Boulder Ruby Sun, 05 Dec 2021 00:43:52 +0000 en-US hourly 1 Ruby software – Boulder Ruby 32 32 US diplomats’ iPhones reportedly compromised by NSO group intrusion software • The Register Sat, 04 Dec 2021 01:54:00 +0000

Apple iPhones of at least nine U.S. State Department officials have been compromised by an unidentified entity using NSO Group’s Pegasus spyware, according to a report by Reuters on Friday.

NSO Group in an email to The register said he blocked an anonymous customer’s access to his system after receiving a request for information about the incident, but has not yet confirmed whether his software was involved.

“Once the request was received, and before any investigation under our compliance policy, we decided to immediately terminate the access of affected customers to the system, due to the seriousness of the allegations,” said a door – words from NSO. The register in an email. “At this point, we have not received any information or phone numbers, or any indication that NSO tools were used in this case.”

The Israeli company, recently sanctioned by the United States for allegedly offering its intrusion software to repressive regimes and sued by Apple and Meta’s WhatsApp (Facebook) for allegedly supporting their customers’ hacking, said it would cooperate with any relevant government authority and convey what it learns from its investigation of the incident.

The spyware company insisted it was unaware of the targets designated by customers using its software.

“To clarify, the installation of our software by the customer is done through phone numbers. As previously stated, NSO technologies cannot work on US numbers (+1),” the spokesperson said. by NSO. “Once the software is sold to the licensed customer, NSO has no way of knowing who the target customers are, as such we were not and could not have known about this matter.”

According to Reuters, the relevant State Department staff were based in or focused on issues related to that country and therefore had phone numbers with a foreign country prefix rather than the US prefix.

On November 23, when Apple announced its lawsuit against the NSO Group, the iPhone maker also noted that it will notify iPhone customers targeted by the state sponsored hack. On the same day, Norbert Mao, lawyer and chairman of the Democratic Party in Uganda, posted on twitter that he had received an Apple threat notification.

In June, the Washington Post reported that NSO’s Pegasus software was involved in the attempted or successful hacking of 37 phones belonging to journalists and rights activists, including two women close to murdered Saudi journalist Jamal Khashoggi. The report says the results undermined NSO Group’s claims that its software was only licensed for fighting terrorists and for law enforcement.

The same month, the NSO Group released its 2021 Transparency and Accountability Report [PDF], in which the company insists that its software is used exclusively against groups that have few allies like terrorists, criminals and pedophiles.

“Myth: Pegasus is a mass surveillance tool,” the report states. “Fact: Data is collected only from individual and pre-identified suspected criminals and terrorists. “

Numerous reports from cybersecurity and human rights research groups have contradicted this claim, not to mention the UN, EU and US claims about the company.

A spokesperson for the US State Department declined The register asked for confirmation of the Reuters report, but said the State Department took its responsibility to protect its information seriously. We were also told that the Biden-Harris administration was working to limit the use of digital tools of repression.

NSO Group maintains that it has turned down $ 300 million in revenue to date based on unresolved human rights issues and that between May 2020 and April 2021 it turned down 15% of new business opportunities for the same reason .

The company, which does not name its customers in its transparency and accountability report but includes many unassigned approval citations on its products, has yet to release documents to verify its claims. ®

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Business Intelligence Software Market Worth $ 35.18 Billion By 2028 Fri, 03 Dec 2021 14:30:30 +0000

Verified Market Research recently published a report, “Business Intelligence Software Market”By department (professional services and managed service), by platform (Business Intelligence platform, advanced and predictive analytics, analytics application, content analysis) and by geography. According to verified market research, the global Business Intelligence Software market size was estimated at $ 18.33 billion in 2020 and should reach $ 35.18 billion by 2028, with a CAGR of 8.45% from 2021 to 2028.

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Browse the table of contents in depth toBusiness Intelligence Software Market

202 – Pages

126 – Tables

37 – Figures

Global Business Intelligence Software Market Overview

Business Intelligence software enables companies to make informed decisions based on logical facts involving market trends and consumer buying habits. For example, the data exists in several systems of the large organization because they have ERP and CRM applications. Therefore, the first step in using BI is to prepare an inventory of the data produced by the business. In addition, the growing adoption of data analytics in end-use industries to analyze data and make more informed business decisions is expected to drive demand for BI software.

The market is primarily driven by heavy use of e-commerce and an increase in the adoption of data-driven business models by small, medium and large organizations. For example, restaurant chains such as Wendy’s and Ruby Tuesday in the United States are making significant use of BI software to improve customer relationships. The BI approach enables companies to implement strategic decisions in a way that drives positive transformation resulting in high quality customer service. Additionally, the increase in the use of data and enterprise analytics software supported by continued investments in business intelligence and tools is driving strong revenue growth.

On the contrary, the significant costs incurred for the license and installation of BI software are expected to be a challenge for the growth of the market. BI software license prices are not entirely based on software development costs, but are largely influenced by market conditions at the time of purchase. Additionally, organizations are already benefiting from traditional BI tools and are skeptical about adopting advanced BI software. While the benefits of adopting BI software are many, the initial investment of purchasing an appropriate BI platform or software, implementing it in the organization, and training employees in its use. usage is high.

Key developments

  • Pyramid Analytics, an enterprise-driven analytics platform, has received official SAP BW 7.5 and BW 4 / HANA certifications, demonstrating the company’s high-performance business intelligence capabilities on SAP as well as support data warehouse technologies from SAP.
  • Google said in june 2019 that it will acquire Looker, a hot analysis company that has earned more than $ 280 million in financing. it will pay $ 2.6 billion for the privilege, and the business will be added to Google Cloud.
  • In January 2019, MicroStrategy Incorporated, a Global Leader in Enterprise and Mobility Analytics Software, Introduced the Industry’s First and Only Enterprise Platform for HyperIntelligence, Transformative Mobility, and Federated Analytics

Key players

The main players in the market are Cloud9 Analytics, Google, Inc., IBM Corporation, Informatica, Microsoft Corporation, Oracle Corporation, SAP SE, SAS Institute, Inc. and Tableau Software.

Verified market research segmented the global Business Intelligence software market on the basis of service, platform, and geography.

  • Business Intelligence Software Market, By Service
    • Professional services
    • Managed service
  • Business Intelligence Software Market, By Platform
    • Business Intelligence Platform
    • Advanced and predictive analytics
    • Analysis application
    • Content Analysis
    • Enterprise performance management suite
  • Business Intelligence Software Market By Geography
    • North America
    • Europe
      • Germany
      • France
      • UK
      • Rest of Europe
    • Asia Pacific
      • China
      • Japan
      • India
      • Rest of Asia Pacific
    • LINE
      • Middle East & Africa
      • Latin America

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Amusement Park Management Software Market Size Applications, Types and Future Outlook Report 2021-2026 Sun, 28 Nov 2021 17:02:51 +0000

The market report provides recent estimation and forecast for the global Amusement Park Management Software market at the global, company, and regional level. The report offers a detailed overview of the global demand for amusement park management software from 2020 to 2025, with 2020 as the base year and 2025 as the expected end date. Data for 2020-2020 has been included, along with information and analysis of previous results.

Amusement Park Management Software Market research report offers validated forecast values ​​for critical parameters such as growth rate, revenue, production, consumption and production with respect to geographic landscape and market. competitive environment. It lists the main growth drivers, constraints and opportunities that shape the dynamics of the industry in the years to come. Additionally, a bridge-less study of the COVID-19 pandemic is included for effective decision making in these uncertain times.

Highlights of the COVID-19 impact assessment:

  • Economic consequences of COVID-19 epidemics.
  • Disruptions in the supply chain.
  • Fluctuations in demand.
  • Immediate and long-term impact of COVID-19 on the growth matrix.

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A brief overview of the regional landscape:

  • According to the study, the regional scope of the industry spans North America, Europe, Asia-Pacific, South America, Middle East & Africa, Asia from the South East.
  • The growth rate of each geography during the forecast period is presented in the report.
  • The essential information regarding the revenue generated and sales accumulated by each region is discussed in detail.

Other Highlights of the Amusement Park Management Software Market Report:

  • The competitive spectrum of the amusement park management software market consists of large companies such as Gatemaster Technology, NCrypted, vbooku, SKIDATA, Gateway Ticketing Systems, accesso Technology, ROLLER, Chetu, Rubysoft Technologies, dex, Fiix, Quonext, Smartag and CenterEdge.
  • Important information regarding the manufactured products as well as the business profile, market gains and production models of each competitor is provided in the study.
  • The share of the industry held by each competitor as well as their gross margins and pricing models are also shown.
  • The product landscape of the Amusement Park Management Software market is segmented into Cloud and Web.
  • The vital elements regarding the revenue and volume estimates of all types of products are documented in the report.
  • Other aspects such as market share, growth rate and production patterns of each product segment over the forecast years are mentioned.
  • The applications segment, according to the Amusement Park Management Software Market report, is fragmented into large enterprises and SMBs.
  • The document validates the industry share of each application along with their estimated growth rate during the forecast period.
  • A comprehensive analysis of competitive trends, as well as an analytical review of the industry supply chain are highlighted.
  • The SWOT analysis and Porter’s five forces analysis are housed in the study to discern the feasibility of a new project.

The report provides information on the following pointers:

Market penetration: Complete information on the product portfolios of the major players in the Amusement Park Management Software Market.

Product Development / Innovation: Detailed information on upcoming technologies, R&D activities and product launches in the market.

Competitive assessment: In-depth assessment of market strategies, geographic and business segments of key market players.

Market development: Comprehensive information on emerging markets. This report analyzes the market for various segments across geographies.

Market diversification: Comprehensive information about new products, untapped geographies, recent developments, and investments in the Amusement Park Management Software market.

The key questions answered in this report:

  • What will the market size and growth rate be during the forecast year?
  • What are the key factors driving the global amusement park management software market?
  • What are the risks and challenges facing the market?
  • Who are the major vendors in the global amusement park management software market?
  • What are the trend factors influencing market shares?
  • What are the main results of Porter’s five forces model?
  • What are the global opportunities for developing the global amusement park management software market?

In a nutshell, the Amusement Park Management Software Market report provides significant statistics on the state of the Amusement Park Management Software industry with a valuable source of guidance and direction for companies and individuals interested in the market. Ultimately, the Amusement Park Management Software Market report provides a conclusion which includes the research findings, assessment of market size, global market share, consumer needs as well. as customer preferences change, the data source. These factors will increase the growth of the business as a whole.

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Software Engineer – IT-Online Sun, 28 Nov 2021 12:30:48 +0000

Software developer

We’re looking for a Remote Software Engineer who is enthusiastic about building test-driven, reliable and resilient web services, APIs, and customer integrations. We expect that:

  • You have more than 5 years of experience in developing large PHP MVC code base projects, conforming to industry standards PSR-2, TDD (PHPUnit), etc.
  • You have a professional command of English; both spoken and written.
  • You believe in “the right tool for the right job” because you will become familiar with a stack that includes Redis, MySQL, MongoDB, memcached, Resque, Sidekiq, Ruby (on Rails), Node.js and more.
  • You can work completely remotely from your home anywhere in South Africa. You will have a global team of colleagues and be connected to our office / studio in Pretoria.
  • You might have heard of it and are ready to work with tools like AWS, GitHub Actions, DataDog, Sentry, etc.
    In return, we offer a role with a lot of responsibility and impact. You will have access to a team that will help and support you, and work in a culture that fosters the freedom to plan and execute your own daily activities. No micromanagement, no reporting and no tedious time tracking. We work together on the basis of promises and high quality deliveries on time.
    We’ll help make sure you have a great setup to support your work, and we offer a tailored compensation / benefits package.
    We look forward to receiving your application and CV, and to hearing from you!

Desired skills:

  • MVC
  • php
  • Redis
  • MySQL
  • MongoDB
  • memcached
  • Resque
  • Sidekiq
  • Ruby (on rails)
  • Node.js
  • PSR-2
  • TDD (PHPUUnit)

Desired work experience:

About the employer:

We are an experienced player with over 20 years in the voice over industry. We’re used to pushing the boundaries and pioneering the remote-first approach to global audio recording in distributed studios and at home; and now we face the next trip.

We want to be the easiest voice over agency to work with, both for our talented voiceover artists and for our global clients, such as Google, Jabra, BMW, AirBnB and more.

Employer and benefits:

  • Custom designed according to your needs

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Senior Software Developer (Ruby on Rails) Thu, 25 Nov 2021 19:47:12 +0000

Our client is looking for a senior software developer.
You will be part of a culture of constant feedback and improvement. If you like the idea of ​​continued growth as a developer (soft skills included), you’ll be right at home.
You are the owner of the features you implement and the bugs you fix, and you will be responsible for attracting people at different stages of the development process, from working with a business analyst to improving the interface design. user to contribution to training materials. created for end users.


  • Ruby on Rails (we mainly work on the back-end)
  • PostgreSQL (mainly via ActiveRecord, but raw SQL queries are sometimes useful)
  • Others: Sorbet, Jenkins, AWS, S3, Sentry, [URL Removed] where it makes sense

To live:

Due to our comprehensive pipeline, we are ideally looking to hire developers who have at least five (5) years of experience developing software in Ruby, or very experienced polyglots who know at least Ruby.

The work will include:

  • Make direct integrations with other systems (including governments and hopefully banks in the future).
  • Extend our API for other systems to integrate with us.
  • Technical design and implementation of new features.
  • Performance optimization.
  • Crush the bugs.
  • Improved security.

Desired skills:

  • Rubies on rails

Desired work experience:

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The Little Things I Did To Make It A Junior Software Engineer by Mike Schnettler | CodeX | Nov 2021 Sat, 20 Nov 2021 16:18:45 +0000

I dreamed of the glamorous life I thought I would one day live working in a FAANG company when I was in college. When I started my career as a junior software engineer in a startup, I was given a good dose of reality in terms of compensation. Fortunately, I have been able to progress in my career since then. Although I improved my technical skills during this time, I think the little things I did outside of coding really helped me advance in my career.

Here is! Hope some of these tips can help you in your career. If you have any other advice, feel free to leave a comment!

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How to develop business software applications for your business Sat, 20 Nov 2021 06:47:43 +0000

There are several critical steps in developing business software applications for your business. Building commercial software applications can be a long, complex, and expensive process. In fact, many technology companies invest several thousand dollars and countless hours in programming computer products. After all, there are several technical hurdles, barriers and unknowns that will be encountered throughout the development process. As a business owner, you need to consider the best techniques, strategies, and methodologies to effectively create business information products. This way, you can configure your software solutions quickly and inexpensively. To help you get started, read on to learn how to develop business software applications for your business.

Identify your business problem

Before you can even begin to develop commercial software, you must first identify your business problem. Custom software solutions can solve a wide variety of common business problems. Everything from managing your workforce to tracking inventory, scaling operations and maximizing productivity can be solved with advanced commercial software products. To find the most suitable software for your organization, sit back and think about the biggest problems your business faces. Typically, this will be barriers to growth, income and increased productivity. By taking the time to identify these issues, you can clearly define solutions to resolve these issues, and potentially even eliminate them. Certainly, identify your business problem to develop business software applications for your organization.

Choose a development methodology

Once you have identified your organization’s problem, select a popular and widely used development methodology. Historically, some of the best approaches are waterfall and agile development. These popular methods are known for careful planning and setting strategic goals. In recent years, DevOps has also become an incredibly popular strategy to follow. Essentially, this methodology involves the interdepartmental collaboration of development and operations teams. Of course, this collaboration is known to accelerate deployment, stabilize work environments and improve the quality of the end product. If this framework does not meet your needs, you can also consider the benefits of rapid application development. Overall, ADR is a nonlinear approach with a strong focus on speed and productivity. Definitely choose a development methodology to build a commercial software application for your business.

Determine the tools required

Before you start building, determine the tools required to develop a powerful and scalable commercial software application. Several powerful resources are required to design, develop, deploy, and distribute custom software assets. For example, many teams use container ledgers to securely feed their Docker world without technical limitations. Using a Container Registry by JFrog, you can support Helm Chart repositories and Docker containers for all of your Kubernetes cluster deployments. Of course, this will serve as a single point of access to manage, organize, and control all of your Docker images. By using these tools, you can enjoy reliable, efficient, and consistent access with integration into your build ecosystem. There is no doubt that determining the required tools is a critical step in developing a scalable and maintainable commercial software application.

Select an encoding language

Of course, you also need to select an encoding language in which to build your business software application. Some of the most popular software today is written in Python, JavaScript, or Java. Also, you can consider the benefits of building software with C ++, C, and C #. In addition, Google’s Objective-C and Golang have also become popular in recent years. If you want to build software exclusively for Android or macOS, you might also want to be proficient in operating system-specific languages, such as Kotlin and Java. Other popular frameworks include Ruby on Rails, Dart, Rust, and PHP. In conclusion, choosing a coding language is essential for developing business software applications from scratch.

Make a realistic programming plan

Next, create a realistic programming plan for your business software application. It can be very difficult to create commercial software without a plan in place. Therefore, write a comprehensive and detailed plan that includes direct milestones and programming goals. In addition, your plan should also break down your estimated budget and your initial development schedule. To help you through this planning process, involve input from your development team, as well as other industry experts. By taking the time to plan, you can set clear goals, perform in-depth risk assessments and perfect resource allocation. At the same time, these steps help you identify dependencies and strengthen communication within the team. Absolutely, make a realistic programming plan to develop a business software application for your business.

Consider the costs of developing commercial software

Next, consider the various costs associated with developing your business software application. Depending on the functionality desired, the complexity of the project, and the end goals, development expenses can vary widely. Of course, you need to set aside funds to build features, perform routine maintenance, and perform testing. In addition, you also need the resources to bring your app to market and continuously update it. Certainly, there are prices associated with each programming item. Therefore, it is essential to understand exactly what your users need. Keep in mind that this doesn’t mean that you have to invest millions of dollars in creating a user-friendly and functional app. By using the latest development tools, strategies and expertise, you can develop a program at a very affordable price. Indeed, factor in the programming costs to develop commercial software applications for your business.

Design wireframes

At this point, it’s time to design wireframes for your business company’s new software application. Essentially, the wireframe process is all about creating collaborative mockups of what you want your final product to look like. In short, this is the basic plan of what your app is going to do. Modern technology organizations rely on a wide range of wireframing and prototyping tools to effectively design their solutions. With this approach, you can quickly start viewing all of your different features, buttons, content, and screens. Of course, this will help you make edits more efficiently, focus on your UI / UX design, and clarify the functionality of the app. Certainly, wireframe development is essential for developing commercial software applications for your technology company.

Write your source code

You are now ready to write the source code for your commercial software application. Preparing the source code is one of the most important steps in your entire software development lifecycle (SDLC). Whichever software coding language you choose, you can start writing a high-quality, readable, and maintainable software application. Spend time writing source code that is easy to understand and modify for your team. Of course, the code you prepare should be based precisely on your project requirements, initial design goals, and program specifications. When writing is complete, your source code will become valuable technological intellectual property (IP) for your organization. Surely, write your source code to create top quality business software solutions.

Check software compliance

Before deployment, verify the compliance of your commercial software application. This phase typically takes up to six weeks and is heavily focused on system inspection. In this step, you will be responsible for comparing your end products to desired functionality, coding standards, and usability requirements. The types of testing your product requires vary. However, you may want to start with a thorough review of the coding, end-to-end testing, and functional inspection procedures of the system. For concrete feedback and advice, you can also perform strategic beta acceptance testing procedures. Undoubtedly, confirm the software’s compliance to create a high-quality application from scratch.

Distribute your software solution

After your product has passed all the checks, it’s time to distribute your commercial software application. Of course, this step only applies to developers who want to monetize, license, or sell their software for profit. In other cases, you may just want to use your product exclusively in-house. If you are interested in distributing software, there are a variety of techniques you can use. One of the most common ways to distribute your products is to sell them through your personal website. Here you can clearly document all features, provide user tutorials, and focus on screenshots. If you are building your system to run exclusively on one type of operating system, you need to publish it to the App Store. This approach requires that you have a basic understanding of app store optimization techniques. Obviously, distributing your software solution is essential to get your business application off the ground.

There are several key steps in developing business software applications for your technology business. Before you even start to develop, identify the business issues your business is facing. Once you’ve done that, choose a popular development methodology. With these elements in place, determine the tools required to build your application. Next, create a realistic programming plan that you can follow. Next, consider the various costs associated with software development.

At this point, it’s time to design wireframes and sketch prototypes. You are now ready to start writing the source code for your product. Before deployment, verify the software compliance of your business application. If all of these are checked, it’s finally time to start distributing your custom software solution. Follow the points outlined above to learn how to develop business software applications for your business.

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Save the planet! Program in C, avoid Python, Perl Thu, 18 Nov 2021 13:30:07 +0000

As a former software engineer who mainly worked with C programming, and to a lesser extent an assembler, I know in my heart that these are the two most efficient programming languages ​​because they are so close to the hardware.

But to remove any doubt, a team of Portuguese university researchers attempted to quantify the energy efficiency of different programming languages ​​(and their compiler / interpreter) in an article titled Energy efficiency through programming languages published in 2017, where they looked at the runtime, memory usage, and power consumption of twenty-seven well-known programming languages. It is the clear winner here being the most efficient, while Python, which I will now call the polluter programming language :), is at the bottom of the scale with Perl.

The study goes through the methodology and various benchmarks, but let’s choose the results of binary trees to illustrate the point starting with the compiled code.

To everyone’s surprise, the study concludes that “compiled languages ​​tend to be, as expected, the fastest and most energy efficient.” C and C ++ languages ​​are the most efficient and fastest languages. Go is the worst language in the category of compiled languages, and it’s even worse than virtual machine-based languages ​​like Java or Erlang, at least with the sample binary trees used.

VM code efficiency

But the crown of the most inefficient languages ​​goes to interpreted languages ​​like Perl, Lua or Python, and that’s with a certain margin.

languages ​​interpreted poor efficiencyIt should be noted that all tests were performed on a machine based on an Intel Core i5-4460 Haswell @ 3.20 GHz processor with 16 GB of RAM and running the operating system Ubuntu Server 16.10 with Linux 4.8.0- 22. Given that MicroPyhon now works on a wide range of microcontrollers, I suspect it might not be as bad on platforms with a smaller footprint, and it would be interesting to find out the difference.

time memory energy programming languagesThe study also ranked each language with different combinations of goals mixing time, memory, and energy parameters, and C still leads with those metrics. This has been known for years, but if you want to optimize your program for battery life / low power consumption, some of the routines need to be optimized in C, assembler, SIMD instructions, or custom instructions for accelerators.

Going through Hackaday

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Global BIM Object Software Market 2021-2027 Key Company Analysis with Market Opportunities – The UK Directory Wed, 17 Nov 2021 11:18:17 +0000

“A SWOT analysis of BIM object software, Professional investigation report including analysis of major global players with CAGR and stock market rising and falling. “

The Global “BIM Object Software MarketThe research report offers a comprehensive analysis and forecast of the BIM Object Software market on a global and regional level. It offers in-depth and unbiased market research. The report highlights the major inclinations and services which play a key role in the development of the global BIM Object Software market for the estimated period. It also highlights the market drivers and opportunities in the global BIM Object Software market for the coming period. Besides, it also highlights the dominant players in the market along with their market share. Well-established players in the market are Weblib, Bim Store, Polantis, Pierced Media, BIMsmith, GRAPHISOFT, ARCAT, Rubysketch, MagiCAD, BIM & CO, CADENAS,, modulCAD, Concora, BIMobject, Modlar, Bimetica, SpecifiedBy, NBS Library National BIM, Syncronia.

The research report comprises an in-depth value chain analysis giving an in-depth view of the global BIM Object Software market. It uses Porter’s Five Forces Analysis to understand the competitive scenario of the Global BIM Object Software Market. The report describes market dynamics and market trends, limiting factors, drivers and opportunities for the current and future global BIM Object Software market. Furthermore, the Global BIM Object Software Market report covers the major categories and segments of cloud-based, on-premises products in detail, as well as their Large Enterprise and SMB sub-segments.

In addition, the global BIM Object Software market research report presents an analysis of the various business strategies implemented by the major players in the Global BIM Object Software Market which contributes to the development and expansion of their activities. The study offers a comprehensive perspective on the BIM Object Software Market growth in terms of revenue (USD Million) across many regions including Middle East & Africa, Asia Pacific, Europe, North America and Latin America.

Read the detailed index of the full research study at:

The global BIM Object Software market research comprises the decisive analysis of the global BIM Object Software market by classifying it on the basis of product type, end-user, and application segments. The development of each segment is assessed as well as the forecasts for their expansion in the near future. Relevant facts and figures gathered from regulatory authorities are presented in the global BIM Objects Software research report to examine the expansion of each segment.

Further, the global BIM Object Software market is divided based on geographic regions such as Latin America, North America, Central and East Africa, Europe, and Asia-Pacific. Many analytical techniques are used to study the expansion of the global BIM Object Software market. It also highlights the key parameters of the dominant market players influencing the growth of the global BIM Object Software market along with their position in the global market.

Additional geographic segments are also mentioned in the empirical report.

North America: United States, Canada, rest of North America
Europe: United Kingdom, Germany, France, Italy, Spain, rest of Europe
Asia Pacific: China, Japan, India, Southeast Asia, North Korea, South Korea, Rest of Asia-Pacific
Latin America: Brazil, Argentina, Rest of Latin America
Middle East and Africa: GCC countries, South Africa, Rest of Middle East and Africa

Impact of COVID-19

The most recent report includes extensive coverage of the significant impact of the COVID-19 pandemic on the Heated Vests division. The coronavirus epidemic has a huge impact on the global economic landscape and therefore on this particular industry. Therefore, the report offers the reader a clear concept of the current scenario of this industry and estimates the consequences of COVID-19.

There are 15 Chapters to display the global BIM Object Software market

Chapter 1, definition, specifications and classification of BIM object software, applications of BIM object software, market segment by regions;
Chapter 2, Structure of manufacturing costs, raw materials and suppliers, manufacturing process, industrial chain structure;
Chapter 3, BIM object software technical data and manufacturing plant analysis, commercial production capacity and date, manufacturing plant distribution, R&D status and technology source, raw material source analysis;
Chapter 4, Global Market Analysis, Capacity Analysis (Company Segment), Sales Analysis (Company Segment), Sales Price Analysis (Company Segment);
Chapter 5 and 6, Regional Market Analysis which includes United States, China, Europe, Japan, Korea and Taiwan, BIM Objects Software Segment Market Analysis (by Type);
Chapter 7 and 8, BIM Object Software Segment Market Analysis (By Application) Major BIM Object Software Manufacturers Analysis;
Chapter 9, Market Trend Analysis, Regional Market Trend, Market Trend by Product Type Cloud Based, On Premises, Market Trend by Application Large Enterprises, SMBs;
Chapter 10, Regional marketing type analysis, International trade type analysis, Supply chain analysis;
Chapter 11, Consumer analysis of the global BIM object software;
Chapter 12, BIM Object Software Research Results and Conclusion, Appendix, Methodology and Data Source;
Chapter 13, 14 and 15, sales channel BIM object software, distributors, traders, resellers, research results and conclusion, appendix and data source.

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Reasons to Buy BIM Object Software Market

  • This report provides an accurate analysis of changing competitive dynamics
  • It provides a forward-looking perspective on the various factors driving or restraining the growth of the market
  • It provides a six-year forecast evaluated on the basis of how the market is predicted to grow.
  • It helps to understand key product segments and their future
  • It provides accurate analysis of changing competitive dynamics and helps you stay ahead of your competition
  • It helps to make informed business decisions by having a comprehensive view of the market and performing in-depth analysis of market segments

Thank you for reading this article; you can also get a section by chapter or a report version by region, such as North America, Europe or Asia.

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Software composition analysis explained and how it identifies risks associated with open source software Wed, 17 Nov 2021 10:00:00 +0000

Definition of software composition analysis

Software Composition Analysis (SCA) refers to getting an overview of the open source components and dependencies used in your application, and how, all in an automated fashion. This process is used to assess the security of these components and any potential risk or license conflict that may arise from them. The correct integration of SCA tools into your software development workflow is an important step towards strengthening the security and integrity of the software supply chain by ensuring that no borrowed code introduces security risks or risks. legal compliance issues in your products.

Why software composition analysis is necessary

Gone are the days when software applications were built from scratch. The widespread adoption of open source software has revolutionized application development. Independent developers and businesses can use existing components and libraries in their code to implement functionality ranging from simple web form validations to complex cryptographic operations.

While re-using open source code has largely eliminated the need to reinvent the wheel, it comes with a few caveats: What if the code you’re borrowing has bugs or security holes? Additionally, what if the license terms carried by the open source component conflict with your application’s license? Who should review all of this?

Examining a dozen components can be a simple task to do manually, but modern software applications are built using hundreds of libraries. These libraries may themselves have other dependencies. This process can run many layers deep, and before you know it, your application that otherwise appears to have only a handful of libraries, may extract hundreds or thousands of transitive dependencies. This is where SCA comes to the rescue.

Analysis of software composition and SBOM

Most SCA tools can generate a software bill of materials (SBOM). An SBOM is a detailed account of the inventory, all of the dependencies and components that make up your application. An ideal SBOM provides the component name, version number, release date, checksum, license information among other metadata for each component present in your application.

This can be done in one of two ways:

  1. Manifest analysis: The SCA tool analyzes your application’s build manifest files, such as package.json, for JavaScript or pom.xml for Apache Maven (Java) projects and generates a list of dependencies there. This approach works when developers analyze applications without the final version artifacts contained in or from a version control system (for example, GitHub, GitLab, or SVN).
  2. Binary analysis: The SCA tool analyzes your build artifacts and identifies open source components through a binary fingerprint. This process identifies all packages included in the final version of your app, which reduces false positives and captures third-party software and libraries added to your app in non-standard ways. Not all SCA tools have binary analysis capabilities.
  3. Manifest and binary analysis: Some SCA solutions may take a hybrid approach: parsing both manifests and binaries to get very accurate SBOMs. Therefore, the sophistication of your SCA solution determines how accurately it can identify all the hidden components in your application.

Typically, SBOMs are provided as text files in XML, JSON or similar format that make them readable by humans and machines. Below a SBOM example for the Keycloak application, version 10.0.2. XML document is based on OWASP CycloneDX standard and lists the components that make up Keycloak, including their checksums, version number, release date, and license information. It should be noted that a single version of Keycloak contains more than 900 components, according to the SBOM:

sharma sca 1 OWASP

CycloneDX SBOM example provided in XML for Keycloak 10.0.2

Linux Foundation SPDX the format, although still text-based, differs from the CycloneDX standard. a Example is shown below.

sharma sca 2 Linux Foundation

Linux Foundation SPDX based SBOM example

How do SCA tools help detect open source vulnerabilities?

Automated SCA tools can help software teams create and deliver high-quality code and give stakeholders a proactive approach to risk management. By identifying vulnerabilities and security risks early in the software development process, SCA tools can enable software developers to select more secure components up front in a transparent manner. This advantage speeds up the development process by minimizing the need for repeated security assessments, as sufficient care is taken early on when including third-party components and libraries in an application.

If a component with known risks and vulnerabilities is absolutely necessary, development teams can make judgment when first introducing the component and consider adopting potential workarounds to use the component safely.

The goal of the SCA process and tools goes beyond simply analyzing your application’s sources and binaries to produce an SBOM. The main challenge is to accurately map each version of the component to known vulnerabilities. Next comes the compliance aspect: let stakeholders transparently review and resolve any licensing conflicts posed by components.

Maybe a few years ago the process was straightforward. It would have been enough to go through the CVE streams provided by MITER or NVD and map them to the versions of the components present in your application. Research including a document produced by the University of Central Florida, George Mason and Georgia Tech have shown that CVE advisories can often be inaccurate and contain inconsistencies. Other times the CVE data may be misinterpreted due to the way Common Platform Enumeration (CPE) data is presented in these notices.

For example, a CVE advisory issued for a vulnerability in the Tomcat server might apply only to a component selected under the Apache Tomcat namespace, such as org.apache.tomcat: coyote rather than the the entire Apache Tomcat namespace, but this may not be clear from the CPEs mentioned in the notice.

SCA tools therefore need to be smart enough to accurately map security vulnerabilities to impacted components, rather than blindly trusting CVE advisories and flagging harmless components. To minimize friction for developers while putting security assessment and compliance teams in peace, SCA solutions must minimize the occurrence of false positive vulnerabilities in their results, but not at the risk of introducing false negatives. (i.e. missing security risks). This may warrant human intervention, security research, and signature-based file scanning tools.

Additionally, relying solely on CVE feeds for security information is not sufficient. Vulnerability notices may appear on the websites of product suppliers, GitHub, and in many other places, including private databases. Likewise, proof-of-concept exploits for zero-day or known vulnerabilities can appear on Exploit-DB, hacker forums, and other mysterious places. Not all SCA tools are created equal and must have sufficient capacity to extract information from a plethora of sources and make sense of thousands of those entries.

New supply chain threats: malware, pirated libraries, confusing dependencies

When selecting SCA tools for your organization, another challenge is dealing with new attacks, and not just known security risks and vulnerabilities.

As if staying ahead of zero days wasn’t already an issue, we are now seeing an increase in the incidences of typosquatting attacks and dependency confusion malware infiltrating open source registries like npm, PyPI. and RubyGems, and these keep evolving.

As a principal security researcher, I have to analyse hundreds of malware samples and confusing dependency packages infiltrating the open source ecosystem. October 2021 marked the first time we saw working ransomware code included in a cleverly named typosquat: noblox.js-proxies. The legitimate package is named noblox.js-proxied, and is a mirror of the official Noblox.js package, a Roblox game API wrapper.

In the same month, malicious actors also hijacked hugely popular npm libraries, ua-parser-js, coa and rc themselves to install cryptominers and password stealers. UA Parser Library is downloaded over 7 million times per week and is used by Facebook, Microsoft, Amazon, Google, among other tech companies, demonstrating the potential impact that could have resulted from a hijack like this. Likewise, coa records around 9 million weekly downloads and around 14 million downloads.

Rather than a typosquatting or dependency diversion attack, this supply chain incident involved threat actors compromise npm account the main people responsible for these projects. JetBrains disclosed potential impact on Kotlin / JS developers who had run Karma test cases during the compromise window, like ua-parser-js was one of the dependencies of the Karma testing framework.

All of this begs the question: Are your SCA tools capable of detecting malware injections, malicious typosquats, dependency hijacking, and compromised libraries before they are distributed downstream?

Identifying the thousands of components that make up your application is itself a daunting task for an automated tool, let alone a team of human developers. Next comes the task of sifting through security feeds listing thousands of vulnerabilities that may or may not apply to your application. Finally, the ever-changing threat landscape has further complicated the security and integrity issues of the software supply chain. Integrating a complete, fast, and accurate SCA solution into your software development workflow has become essential, but acquiring one that addresses most if not all of the aforementioned new threats remains a challenge.

Copyright © 2021 IDG Communications, Inc.

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