This article is based on reporting originally published by Light Reading, citing an interview with Shekar Ayyar, VMware EVP and GM of Telco and Edge Cloud.
VMware’s Push Into Telco Cloud
In the summer of 2019, VMware made three back-to-back startup acquisitions aimed squarely at accelerating what the industry calls “telco cloudification” — the migration of traditional, hardware-bound network functions onto agile, software-defined cloud infrastructure. The three companies acquired were Avi Networks, Bitfusion, and Uhana, each addressing a distinct challenge in modernizing telecom networks.
Shekar Ayyar, VMware’s executive vice president and general manager of telco and edge cloud, explained to Light Reading that the common thread across all three deals is positioning VMware as a stronger partner for telcos moving network control to a cloud architecture.
Breaking Down the Three Acquisitions
1. Avi Networks: Extending NSX to Layer 4–7
Avi Networks, acquired in July 2019, builds a virtualized application delivery controller (ADC). In networking terms, an ADC operates at OSI Layers 4 through 7 — the transport and application layers that sit above basic network routing and switching.
For VMware, Avi extends the reach of its NSX networking platform into these higher layers. For telcos specifically, this means:
- Placing virtual network functions (VNFs) at the optimal location within a telco cloud
- Load-balancing VNFs to deliver the best performance and latency
- Managing large volumes of simultaneous events at scale
Avi Networks is relevant to both VMware’s enterprise and telco business lines, given that application delivery and load balancing are universal infrastructure concerns.
2. Bitfusion: GPU Workload Orchestration
Bitfusion tackles a different problem: extending VMware’s ESX hypervisor architecture — which traditionally manages workloads on x86 CPUs — to support Graphics Processing Units (GPUs).
GPUs are increasingly critical for workloads that go well beyond gaming and graphics rendering, including:
- AI and machine learning inference
- Video processing at telco scale
- Radio Access Network (RAN) functions that require real-time media processing
By intelligently routing workloads to the best available GPU — whether on a local server or across a network — Bitfusion helps VMware provide technology that enables telcos to deliver video services more efficiently and optimize their RANs. Like Avi, Bitfusion has broader enterprise applicability beyond telecom.
3. Uhana: AI-Driven Mobile Network Optimization
Uhana is the most telco-specific of the three acquisitions. The company uses artificial intelligence to optimize RAN performance — a capability that is directly tied to the quality of mobile network experience for end users.
As telcos face mounting pressure to improve network efficiency ahead of and during 5G rollouts, AI-driven RAN optimization represents a meaningful technical differentiator. Uhana gives VMware a purpose-built tool for this use case rather than requiring telcos to adapt generic analytics platforms.
VMware’s Acquisition Playbook: A Pattern of Building Through Buying
These three deals fit a recognizable pattern in VMware’s history of building out its networking and infrastructure portfolio through acquisitions:
- Nicira (2012) — Acquired for more than $1 billion, this SDN pioneer became the foundation of VMware’s NSX software-defined networking platform, now a core part of the business.
- VeloCloud (2017) — Acquired for approximately $449 million, this SD-WAN startup is now integral to VMware’s WAN edge strategy.
- Avi Networks, Bitfusion, Uhana (2019) — Terms were not disclosed, and these deals are smaller in scale. However, they represent targeted capability additions rather than platform-level bets.
VMware also indicated at the time that its acquisition appetite was not yet satisfied, with Ayyar signalling continued interest in companies that could improve VMware’s intelligence, manageability, and security capabilities.
Why Telcos Are Looking Beyond Traditional Vendors
VMware’s telco push arrives at a moment of significant structural stress in the network equipment market. Telcos have historically relied on a small group of large incumbents — Huawei, Ericsson, and Nokia — for core networking gear. By 2019, each of those vendors faced serious headwinds:
- Huawei was facing intensifying geopolitical pressure, particularly restrictions tied to US-China trade tensions, creating uncertainty about its long-term viability as a trusted supplier in Western markets.
- Nokia and Ericsson were both navigating financial challenges and margin pressures in their infrastructure businesses.
The result is that network operators worldwide have been motivated to reduce their dependency on any single vendor and explore software-defined, cloud-native alternatives — which is precisely the space VMware is targeting.
VMware CEO Pat Gelsinger publicly described the telco opportunity as “enormous” during a keynote at VMworld, signalling that this was a strategic priority from the top of the organization, not an opportunistic side effort.
What This Means for Network Engineers and Architects
For engineers working at the intersection of cloud infrastructure and telecommunications, VMware’s 2019 acquisitions point to several practical directions:
- VNF placement and orchestration is becoming a first-class concern, not an afterthought. Avi-style Layer 4–7 intelligence is necessary to make cloud-native network functions perform reliably.
- GPU-accelerated workloads are moving into the network fabric, not just the data center AI cluster. RAN virtualization and real-time media processing are genuine GPU use cases in telco environments.
- AI for network operations (AIOps in the RAN context) is graduating from research projects to production acquisitions — signalling maturity in the tooling available to operators.
- The market is moving toward disaggregated, software-defined infrastructure, reducing reliance on vertically integrated hardware stacks from single vendors.
Summary
VMware’s three 2019 acquisitions — Avi Networks for Layer 4–7 application delivery, Bitfusion for GPU workload orchestration, and Uhana for AI-driven RAN optimization — represent a coherent, targeted strategy to make VMware’s platform relevant to telco cloud transformation. Backed by a track record that includes Nicira and VeloCloud, and driven by genuine market demand from operators seeking alternatives to a shrinking pool of traditional vendors, VMware’s telco cloudification push reflects both a technical and commercial opportunity that extends well beyond its enterprise roots.