市場調查報告書
商品編碼
1489538
物聯網網路安全產業分析(2024-2030)IoT Cybersecurity Industry Analysis 2024-2030 |
儘管某些產業比其他產業更先進,物聯網網路安全成熟度仍然相對較低。物聯網網路安全的成熟度落後於物聯網採用的快速成長,凸顯了對安全措施日益增長的需求。隨著物聯網部署的複雜性、規模和範圍的擴大以及設備數量的增加,隨著攻擊面的擴大,安全性變得越來越重要。 2023 年物聯網安全支出預計為 73 億美元,佔全球網路安全支出的 3.7% 以上。到 2030 年,物聯網將佔支出的 5%。
投資是由監管、設備安全性薄弱、設備激增以及對物聯網設備的警覺性增加所推動的。特別是,關鍵國家基礎設施(公用事業、交通運輸、金融部門)和與生活相關的領域(航空航太、汽車醫療)投資活躍。人們對關鍵基礎設施網路安全的興趣日益濃厚,以及物聯網設備在這些領域的快速採用,可能會推動高度監管產業的顯著成長。因此,這些是最大的細分市場,投資可能會繼續快速成長,直到 2030 年。
5G技術的推出將透過提供更快、更可靠的連接來促進更廣泛的 "大規模" 和 "關鍵" 物聯網部署,推動物聯網的快速成長。隨著資料的內在價值日益得到認可,組織越來越多地採用物聯網,因為他們尋求利用即時洞察來提高決策和營運效率。隨著組織尋求利用即時洞察來提高決策和營運效率,對數據內在價值的日益認識正在推動物聯網的進一步採用。隨著物聯網的不斷採用,連接設備的數量預計將增加,需要全面的設備資產管理來有效應對這種擴展。 因此,人們越來越關注設計安全和嵌入式設備保護,特別是旨在加強物聯網產品安全性的法律舉措和國家認證體係正在加速經過
到 2030 年,汽車和航空航太產業的物聯網網路安全成熟度預計將顯著提高,其次是交通運輸和公用事業。隨著物聯網設備越來越成為營運和基礎設施不可或缺的一部分,許多組織將把物聯網安全納入其整體網路安全策略。人們也認為,本機設備將更加安全,因為監管將鼓勵對安全設計實踐的投資。物聯網部署的規模和範圍以及網路安全的成熟度因行業和地區的不同而存在很大差異,物聯網安全意識和採用率提高的趨勢預計將持續下去。
該專案涵蓋用於在設備、邊緣和網路層級建立信任和安全的網路安全技術和解決方案。這不包括虛擬私有雲、駐留在雲端的物聯網資料或物聯網應用程式的安全性。我們使用 Azure IoT 信任模型專注於保護裝置、閘道、網路以及現場和雲端閘道之間傳輸的資料。專業和託管安全服務部門包括與物聯網設備和網路(包括雲端服務)的諮詢、實施和監控相關的服務。
Across all industries, IoT cybersecurity maturity remains relatively low despite some industries being further along than others. The maturity of IoT cybersecurity lags behind the rapid growth in IoT deployments, highlighting the escalating necessity for security measures. As the complexity, scale and scope of IoT deployments evolve, and the growing number of devices expands attack surfaces, security will become increasingly critical. Westlands advisory estimates that expenditure on IoT security in 2023 was $7.3B or 3.7% of the global spend on cybersecurity. By 2030 IoT will make up 5% of expenditure.
Investment is being driven by regulation, weak native device security, device proliferation and growing adversarial interest in IoT devices. Investment is particularly strong in critical national infrastructure (utilities, transportation, and financial sectors) and life critical applications (aerospace, automotive, and healthcare) . A growing focus on critical infrastructure cybersecurity and the rapid adoption of IoT devices in these fields will drive significant growth in highly regulated industries. Accordingly, these are the largest market segments and investment will continue to increase rapidly to 2030.
The rollout of 5G technology is catalysing rapid IoT growth by providing fast, more reliable connectivity thereby facilitating more widespread 'Massive' and 'Critical' IoT deployments. The increasing recognition of data's intrinsic value is further driving IoT adoption as organisations seek to leverage real time insights for improved decision making and operational efficiency. As IoT adoption increases, the number of connected devices is expected to grow, necessitating comprehensive Device Asset Management to effectively handle this expansion. Poor native device security has made these devices particularly weak links in the security of digital deployments. As such there is a growing focus on secure by design and embedded device protection, particularly accelerated by legislative initiatives and national certification schemes aimed at enhancing IoT product security.
By 2030 WA expects IoT cybersecurity maturity to have advanced significantly within the automotive and aerospace industries with transportation and utilities following closely behind. Many organisations will integrate IoT security into their overall cybersecurity strategy as these devices become increasingly integral to their operations and infrastructure. WA also expects far greater native device security as regulation drives investment in secure-by-design practices. Although the scale and scope of IoT adoption and cyber security maturity will vary greatly across industries and geographies, the trend towards greater IoT security awareness and implementation is expected to continue its upward trajectory.
The project focuses on cybersecurity technologies and solutions used to establish trust and security at the device, edge and network level. This does not include security of Virtual Private Clouds, the IoT data residing in the cloud, or IoT applications. Using the Azure IoT Trust Model, the focus of the work includes protection of devices, gateways, networks, and data in transit between the field gateway and the cloud gateway. The professional and managed security services segment includes services related to advising, implementing and monitoring IoT devices and networks which may include the cloud services.