市場調查報告書
商品編碼
1245753
全球威脅建模工具市場規模、份額、行業趨勢分析報告,按行業、平台(基於 Web、基於桌面、基於雲)、組件、組織規模、地區展望和預測,2022-2028 年Global Threat Modeling Tools Market Size, Share & Industry Trends Analysis Report By Vertical, By Platform (Web-based, Desktop-based, and Cloud-based), By Component, By Organization Size, By Regional Outlook and Forecast, 2022 - 2028 |
到 2028 年,威脅建模工具的全球市場規模預計將達到 18 億美元,預計該市場在預測期內將以 14.6% 的複合年增長率增長。
威脅建模的工作原理是識別對計算機系統和應用程序構成風險的各種威脅因素。 該組織通過徹底檢查軟件架構、業務環境和其他工件(例如功能規範和用戶文檔)來完成威脅建模。 通過這種方式,我們可能能夠更好地理解和發現系統的本質方面。 公司通常在新應用程序的配置階段完成威脅建模,以發現漏洞並了解它們在設計、編碼和配置選擇方面的安全意義(儘管這可能發生在其他階段。有時)。
COVID-19 影響分析
COVID-19 大流行對威脅建模工具市場產生了積極影響。 政府為應對大流行的爆發而實施的限制措施使員工更有可能工作或留在家裡。 因此,技術在許多人的個人生活和職業生活中都扮演著更重要的角色。 公司正在加速數字化,因此網絡安全正成為頭等大事。 如果忽視網絡安全問題,聲譽受損、業務運營、法律和合規性可能會受到嚴重影響。
市場增長因素
對用戶友好的威脅建模技術的需求不斷增長。
我們的威脅建模工具易於使用、易於瀏覽且用戶友好。 它具有構建和評估威脅模型的分步說明,具有易於使用的用戶界面,並且可以輕鬆導入和導出數據。 威脅建模工具可以與其他團隊成員協作共享威脅模型,簡化與其他安全工具和系統的集成。 它還包括用於典型威脅建模情況的內置模板。 這可以簡化威脅建模過程並提高用戶效率。 由於這些原因,威脅建模工具市場預計將在預測期內大幅擴大。
物聯網和雲的採用很普遍
在雲和 IoT(物聯網)技術的引入中,發現了利用威脅建模工具的可能性。 隨著越來越多的公司將其基礎架構和應用程序遷移到雲端並部署物聯網設備,對評估和保護這些系統和設備的高效威脅建模工具的需求也在增加。 隨著要保護的系統和應用程序變得更加複雜,雲和物聯網的採用可能會推動威脅建模工具的使用。 隨著雲的使用和物聯網設備的引入,需要保護的系統和應用程序變得更加複雜和多樣化。
市場約束
越來越複雜
威脅建模工具的複雜性既指用戶在使用和理解該工具時遇到的困難,也指該工具旨在調查的應用程序和系統的複雜性。 某些技術可能需要很高的技術熟練度和陡峭的學習曲線。 此外,有些具有用戶友好的界面,但需要很長時間才能設置和配置。 工具分析的深度和廣度是其複雜性的進一步指標。 一些工具只關注特定的資產或危險,而其他工具可能能夠評估各種各樣的資產和風險,甚至是那些隱藏或難以發現的資產和風險。
平台展望
按平台劃分,威脅建模工具市場分為基於網絡、基於桌面和基於雲。 到 2021 年,基於雲的部分在威脅建模工具市場中佔有顯著的收入份額。 這是因為基於雲的威脅建模解決方案允許組織從遠程和不同的位置執行威脅建模,這些位置託管在雲中並可通過 Web 瀏覽器和 API 訪問。 這些技術通常是基於訂閱的,並提供基於雲的基礎架構的可擴展性、可靠性和安全性優勢。
組件視角
基於組件,威脅建模工具市場細分為解決方案和服務。 2021 年的威脅建模工具市場將由解決方案領域主導。 因為它是一種自動化的威脅建模解決方案,可以延長和保護企業的軟件開發生命週期。 採取主動安全措施可降低整體風險。 此外,這種方法還可以發現、預測和分類整個攻擊面的危害。
組織規模展望
根據組織規模,威脅建模工具市場分為大型企業和中小型企業。 到 2021 年,中小企業部門將在威脅建模工具市場中佔據相當大的收入份額。 這是由於需要抵禦在線攻擊並保持對行業法律的遵守。 該技術使公司能夠發現其係統、應用程序和網絡中的潛在安全風險和漏洞,從而使他們能夠採取適當的預防和緩解措施。
行業展望
按行業劃分,威脅建模工具市場分為 BFSI、醫療保健、公用事業、IT&IT 等。 IT & ITes 部門在 2021 年的威脅建模工具市場中佔有最大的收入份額。 這是因為它是一種採用虛擬場景、系統設計和測試來幫助保護系統和數據的技術。 威脅建模通過發現弱點、支持風險評估和建議補救措施來增強網絡安全和客戶對關鍵業務系統的信心。
區域展望
按地區分析了北美、歐洲、亞太地區和拉美地區的威脅建模工具市場。 北美地區在威脅建模工具市場佔據主導地位,2021 年收入份額最大。 北美擁有最多的威脅建模工具供應商,因為它受數據安全漏洞的影響最大。 該地區的組織和政府將數據安全視為該地區最緊迫的經濟和國家安全問題。 由於對敏感數據和關鍵基礎設施安全性的日益關注,近年來政府對威脅建模工具的干預變得更加頻繁。
市場進入者採取的主要策略是收購。 根據基數矩陣中的分析,Apple, Inc. 和 Google, Inc. 是威脅建模工具市場的領導者。 Microsoft Corporation、Cisco Systems, Inc. 和 IBM Corporation 等公司是威脅建模工具市場的領先創新者。
The Global Threat Modeling Tools Market size is expected to reach $1.8 billion by 2028, rising at a market growth of 14.6% CAGR during the forecast period.
The process of gathering, compiling, and evaluating all of the data and applying it to a software system is known as threat modeling. This approach enables decision-making concerning application security threats. In addition to producing a model, most threat modeling efforts result in a prioritized list of security improvements to the Web application's requirements, design, or implementation. Threat modeling contributes to better cybersecurity and increases customer confidence in crucial business systems by identifying vulnerabilities or monitoring attack surfaces, helping with risk assessment methodologies, and implementing remedial action.
In protecting a single highly classified material, threat modeling attempts to identify, convey, and interpret dangers and their easing through time. An organized representation of all the data that affects the application's security might be a threat model. A security-focused reading of the application is being done. In addition to software systems, apps, networks, distributed systems, Internet of Things (IoT) devices, and business processes, threat modeling is often used in various contexts.
Threat modeling functions by identifying the various threat agents that pose a risk to a computer system or application. Organizations thoroughly examine the software architecture, business environment, and other artifacts while completing threat modeling, for instance, functional specifications and user documentation. They may have a deeper grasp of and uncover essential facets of the system owing to this method. To discover vulnerabilities and understand the security significance of their design, coding, and configuration choices, businesses often finish threat modeling at the configuration stage of a new application (although it may arise at other phases).
COVID-19 Impact Analysis
The COVID-19 pandemic has positively affected the threat modeling tools market. Employees are more likely to work from home and remain at home due to the limitations put in place by the government in reaction to the pandemic outbreak. As a result, technology now plays a more significant role in both the personal and professional lives of many people. Businesses are quickening the process of becoming digital, and as a result, cybersecurity is increasingly becoming a top concern. The reputational, operational, legal, and compliance ramifications may be significant if cybersecurity concerns are disregarded.
Market Growth Factors
There is a rising need for user-friendly threat modeling technologies.
Tools for threat modeling are simple to use, browse and are user-friendly. They give step-by-step instructions for building and assessing threat models, have an easy-to-use user interface, and can easily import and export data. Tools for threat modeling may collaborate and share threat models with other team members and simplify integration with other security tools or systems. They also come with built-in templates for typical threat modeling situations. This may assist in simplifying the threat modeling process and increase user efficiency. Due to these reasons, the threat modeling tools market is anticipated to have considerable expansion over the projected period.
IoT and cloud adoption are widely used
A potential for using threat modeling tools may be observed in deploying cloud and IoT (Internet of Things) technology. The need for efficient threat modeling tools to assess and safeguard these systems and devices grows as more businesses transfer their infrastructure and applications to the cloud and introduce IoT devices. Making the systems and applications that need to be safeguarded more complicated, adopting cloud and IoT might encourage using threat modeling tools. The systems and applications that need to be protected grow increasingly complicated and varied as firms use the cloud and roll out IoT devices.
Market Restraining Factors
Increasing complexity
Threat modeling tools' complexity is referred to as both the difficulty users have while using and comprehending the tool and the complexity of the applications and systems the tools are intended to examine. A high degree of technical competence and a steep learning curve for specific technologies may be needed. Others could have a user-friendly interface, but they take a long time to set up and configure. The tool's analysis's depth and breadth are further indicators of complexity. Although some tools may only concentrate on a specific group of assets and dangers, others could be able to assess a wide variety of assets and risks, even those that are concealed or difficult to find.
Platform Outlook
By platform, the threat modeling tools market is segmented into web-based, desktop-based and cloud-based. In 2021, the cloud-based segment acquired a prominent revenue share in the threat modeling tools market in 2021. This is due to the fact that organizations may undertake threat modeling remotely and from different places due to cloud-based threat modeling solutions, which are hosted on the cloud and accessible through a web browser or API. These technologies, which are often subscription-based, provide cloud-based infrastructure's scalability, dependability, and security advantages.
Component Outlook
On the basis of component, the threat modeling tools market is fragmented into solution and services. The solution segment dominated the threat modeling tools market with maximum revenue share in 2021. This is because they are an automated threat modeling solution that scales and protects the company's software development life cycle. They lessen the overall risk by using preventative security measures. Moreover, this approach discovers, predicts, and categorizes hazards across the attack surface.
Organization Size Outlook
Based on organization size, the threat modeling tools market is divided into large enterprises and small & medium enterprises. In 2021, the SMEs segment covered a considerable revenue share in the threat modeling tools market. This is due to the necessity to defend against online attacks and maintain compliance with industry laws. Using the right preventative or mitigating actions is made possible by these technologies, which enable firms to discover potential security risks and vulnerabilities in their systems, applications, and networks.
Vertical Outlook
By vertical, the threat modeling tools market is bifurcated into BFSI, healthcare, utilities, IT & ITes, and others. In 2021, the IT & ITes segment generated the maximum revenue share in the threat modeling tools market. This is because it is a technique of employing fictitious scenarios, system designs, and testing to help safeguard systems and data. Threat modeling enhances cybersecurity and customer confidence in important business systems by finding weaknesses, assisting with risk assessment, and recommending remedial action.
Regional Outlook
Region wise, the threat modeling tools market is analyzed across North America, Europe, Asia Pacific and LAMEA. The North America region dominated the threat modeling tools market with maximum revenue share in 2021. North America has the highest number of threat modeling tool vendors since data security breaches most often impact it. Organizations and governments in the area see data security as the region's most pressing economic and national security concern. The government has intervened more often in threat modeling tools in recent years due to rising worries about the security of sensitive data and key infrastructure.
The major strategies followed by the market participants are Acquisitions. Based on the Analysis presented in the Cardinal matrix; Apple, Inc. and Google, Inc. are the forerunners in the Threat Modeling Tools Market. Companies such as Microsoft Corporation, Cisco Systems, Inc., and IBM Corporation are some of the key innovators in Threat Modeling Tools Market.
The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Cisco Systems, Inc., IBM Corporation, Synopsys, Inc., Intel Corporation, Microsoft Corporation, Sparx Systems Pty. Ltd., Securonix, Inc., Varonis Systems, Inc., Coalfire Systems, Inc. (Apax Partners LLP), and Mandiant (Google LLC)
Recent Strategies Deployed in Threat Modeling Tools Market
Partnerships, Collaborations and Agreements:
Jun-2022: Securonix and Snowflake expanded their partnership with Zscaler, a US-based software-as-a-service firm. The partnership involves advancing threat detection and response at the cloud scale.
May-2022: Securonix partnered with Mphasis, an India-based provider of IT solutions. The partnership combines Securonix's analytics-driven detection and automated response tools, and Mphasis' digital & cyber defense expertise to deliver cyber threat monitoring and response services to customers globally.
Feb-2022: Mandiant partnered with Nucleus, a US-based developer of vulnerability management software. Integrating Nucleus' analytics, and vulnerability management orchestration abilities, with Mandiant Advantage Vulnerability Intelligence, enables users to advance the vulnerability prioritization and triage process. Further, this partnership advances Mandiant's potential to serve and support the organization to advance security and risk decision-making.
Sep-2021: Synopsys came into partnership with The Chertoff Group, a US-based global advisory firm. The partnership focuses on integrated threat modeling, on-time cyber policy insights, technical testing, and validation outcomes.
Apr-2021: IBM teamed up with HCL Technologies, an India-based provider of IT solutions. The collaboration involves unifying threat management for clients through a modernized security operation center (SOC) platform. Through this collaboration, the companies aim to modernize security operations and support clients advance their security outcomes.
Acquisitions and Mergers:
Jun-2022: Microsoft completed the acquisition of Miburo, a US-based provider of cyber threat analysis and research services. The addition of Miburo perfectly aligns with Microsoft's aim to take action and partner with others in the private and public sectors to discover long-term solutions.
Nov-2021: IBM took over ReaQta, a Netherlands-based developer of detection and response platform. The addition of ReaQta expands IBM's market presence in the extended detection and response (XDR) market.
Jul-2021: Microsoft acquired RiskIQ, a US-based developer of a digital threat management platform. The addition of RiskIQ's team and technology enables Microsoft to better take care of the needs of mutual customers.
Jun-2021: Coalfire acquired Denim Group, a US-based developer of security software. The addition of Denim Group advances Coalfire's devotion to bring simplicity to AppSec risk programs. Further, this acquisition enables Coalfire to transform modern application development.
Jun-2021: Cisco took over Kenna Security, a US-based developer of a predictive cyber risk analysis platform. This acquisition reinforces Cisco's platform experience.
Product Launches and Expansions:
Mar-2022: Coalfire launched AppSec solutions. The new solution includes program development and implementation, secure code review, application perimeter mapping, etc.
Aug-2020: Microsoft introduced two new solutions for threat intelligence and attack surface management, Track Threat Actor Activity and Patterns, and See your Business the way an attacker can. Additionally, these new solutions broaden Microsoft's security products and solutions offerings.
Market Segments covered in the Report:
By Vertical
By Platform
By Component
By Organization Size
By Geography
Companies Profiled
Unique Offerings from KBV Research
List of Figures