The global edge computing market is expanding rapidly, with a projected market size expected to rise from about USD 168.40 billion in 2025 to USD 249.06 billion by 2030, featuring a CAGR of 8.1%. The edge computing market is experiencing significant growth, driven by four primary factors reshaping enterprise IT deployment models. The rapid adoption of IoT across industries such as manufacturing, transportation, healthcare, and energy generates large volumes of decentralized data, requiring real-time processing at or near the data source to ensure operational efficiency. At the same time, the increasing reliance on low-latency applications, ranging from autonomous systems to immersive digital experiences, is prompting infrastructure investments that minimize data transmission delays by bringing compute closer to the edge. Evolving government regulations related to data residency and protection are also pivotal, compelling organizations to comply with jurisdiction-specific requirements by adopting localized processing and storage infrastructures. Furthermore, integrating advanced analytics and machine learning (ML) capabilities at the edge enables faster, context-aware decision-making, reducing dependence on centralized data centers. These trends position edge computing as a critical component of modern digital infrastructure, offering the responsiveness, compliance, and scalability necessary to support emerging enterprise demands.
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Top Edge Computing Companies Include
These companies use and provide edge computing services to innovate faster, adapt to changing demands, and deliver more innovative connected experiences. From integrating artificial intelligence (AI) to optimizing embedded systems, these services help them improve performance, reduce time to market, and stay competitive globally.
In May 2025, Dell Technologies introduced significant enhancements to its edge AI portfolio at Dell Technologies World. The latest release adds to turnkey AI blueprints, multinode clustering, and direct, in-console purchasing of NVIDIA AI Enterprise licenses. With these capabilities, enterprises can rapidly onboard, orchestrate, and monitor AI workloads across thousands of edge locations, all managed through a single unified interface. This update strengthens Dell's position in enabling scalable, high-availability AI deployments at the edge, simplifying operational complexity, and accelerating enterprise adoption of real-time, distributed AI at scale.
In May 2025, HPE expanded its edge-to-cloud networking portfolio with the launch of the Aruba Networking CX 10040 distributed services switch, powered by integrated AMD DPUs for enhanced programmable security and performance at scale. The release also introduced compact Aruba CX 6300M campus switches and next-generation Wi-Fi 7 access points, enabling greater connectivity and throughput for AI and high-performance computing (HPC) workloads. These innovations are centrally managed through Aruba Central, supporting streamlined operations, secure deployments, and scalable edge infrastructure across distributed enterprise environments.
HPE
Hewlett-Packard Enterprise is executing a well-defined edge-to-cloud strategy that positions it as a leader in the edge computing market by delivering secure, scalable, and integrated infrastructure through its HPE GreenLake platform. The company’s core competencies include deep expertise in networking, edge infrastructure, cloud-native application management, and intelligent automation. These strengths enable HPE to support complex enterprise requirements for low-latency processing, data sovereignty, and secure device connectivity at the edge. To accelerate its capabilities, HPE has completed several strategic acquisitions, such as Juniper Networks in July 2024 to enhance its AI-driven networking foundation, Axis Security to strengthen secure remote access and Zero Trust architecture, and Morpheus Data to expand orchestration and automation across multi-cloud and hybrid edge environments. These acquisitions reflect vertical integrations, combining hardware, software, and security into a unified offering, and horizontal expansions across connectivity, security, and cloud operations. HPE’s approach delivers a single management framework to orchestrate distributed workloads while maintaining performance, compliance, and ease of use. These strategic developments have positioned HPE as a key enabler of next-generation edge computing, with solutions that bridge operational technology and information technology for enterprises worldwide.
AWS
Amazon Web Services advances its edge computing strategy by delivering a robust ecosystem of distributed cloud services, developer tools, and integrated platforms tailored for low-latency, real-time workloads. AWS’s core competencies span global cloud infrastructure, deep experience in IoT and event-driven architectures, and a broad portfolio that includes AWS IoT Greengrass, Wavelength, Local Zones, and CloudFront, enabling seamless data processing and application deployment at or near the data source. The acquisition of Fig in 2024 strengthens AWS’s developer-centric edge proposition, integrating advanced command-line and automation capabilities that accelerate development, collaboration, and operational efficiency for edge-centric solutions. AWS also emphasizes security, compliance, and flexibility through continual enhancements to its security frameworks and zero-trust architecture, supporting regulated industries operating at the edge. While AWS’s vertical integration unifies compute, storage, networking, and orchestration within a single management plan, its horizontal integration is evident in broad industry adoption and developer ecosystem growth. Through these strategies and continuous innovation, AWS enables enterprises to build, deploy, and manage scalable, secure, and intelligent edge environments worldwide, supporting the next wave of digital transformation.
Cisco
Cisco is a major player in the Edge Computing Market, offering robust networking and security solutions that extend data processing closer to where data is generated. Through its edge-native platforms, such as Cisco IOx and Edge Intelligence, the company enables real-time analytics, efficient data management, and secure IoT connectivity. Cisco’s edge solutions are widely used across smart cities, manufacturing, and transportation sectors, helping businesses reduce latency and enhance operational efficiency.
Dell Technologies
Dell Technologies brings powerful infrastructure solutions to the Edge Computing Market through its portfolio of rugged edge servers, hyperconverged infrastructure, and edge gateways. With offerings like Dell VxRail and Dell EMC PowerEdge, the company supports real-time processing and AI workloads at the edge. Dell also collaborates with VMware and other ecosystem partners to deliver scalable, secure, and manageable edge deployments across industries such as retail, energy, and healthcare.
Microsoft
Microsoft is a prominent force in the Edge Computing Market, leveraging its Azure ecosystem to deliver hybrid and edge computing capabilities through Azure Stack Edge and Azure IoT. The company enables data processing and AI model deployment directly at the edge, empowering enterprises to run workloads locally while syncing with the cloud. Microsoft’s edge solutions are instrumental in industries like manufacturing, agriculture, and logistics, facilitating low-latency applications and intelligent edge operations.
Market Ranking
In 2025, the edge computing market remained fragmented yet highly dynamic, with HPE, AWS, Cisco, Dell Technologies, and Microsoft emerging as key innovators across diverse deployment environments. HPE strengthened its position in June 2025 by releasing ProLiant Gen12 edge servers, featuring enhanced memory, AI accelerators, and a ruggedized design tailored for industrial edge use cases. AWS expanded its edge capabilities through the rollout of additional AWS Local Zones in March 2025 and upgraded its Snow Family devices in May 2025, enhancing compute, storage, and AI support for disconnected or latency-sensitive sites. Cisco advanced its edge portfolio in June 2025 by launching next-generation enterprise edge servers built for AI/ML workloads, resilience, and secure remote operations. Dell Technologies introduced updated VxRail satellite nodes in April 2025, offering simplified orchestration, scalability, and lifecycle automation for edge deployments. Microsoft enhanced Azure Stack HCI in May 2025 with deeper Kubernetes integration and extended Azure Arc compatibility, enabling seamless management of hybrid edge-cloud architectures. These developments reflect how each vendor pursues differentiated strategies to address the expanding edge landscape, which spans manufacturing, healthcare, mobility, and smart infrastructure. With no dominant provider, the market continues evolving through ecosystem partnerships, vertical-specific solutions, and modular infrastructure. As enterprises prioritize localized analytics, workload portability, and operational efficiency, edge computing is becoming central to digital transformation efforts. These leading vendors leverage cloud-native tools, AI integration, and secure-by-design architectures to meet the growing demand for intelligent, distributed computing at the edge.
Related Reports:
Edge Computing Market by Component (Edge Hardware (Servers, Gateways, Sensors, Devices), Edge Software (Data Management)), Edge Application (Edge AI & Inference, Real-Time Processing & Control, Immersive & Interactive Experiences) - Forecast to 2030
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