AireSpring

AireSpring is a managed communications service provider offering enterprise voice, data, and networking services over a multi-carrier, software-defined network platform.

• Managed voice and unified communications services for multisite and distributed enterprises.
• Software-defined wide area networking (SD-WAN) and connectivity services (networking).
• Managed security and internet access offerings integrated with network and voice services (network security).
• Wholesale and channel-focused delivery model for partners, resellers, and service providers.
• Multi-carrier, fully managed Multiprotocol Label Switching (MPLS), broadband, and dedicated access options for branch and headquarters connectivity.

More About AireSpring

AireSpring focuses on managed communications and networking services for businesses that operate across multiple locations, remote offices, and contact center environments. Its portfolio typically integrates voice, data, and internet connectivity into a single managed services framework, making it relevant for enterprise IT teams that prefer carrier-agnostic, service-based delivery of Wide Area Network (WAN) and collaboration capabilities.

The company offers managed voice and unified communications services (unified communications), which can include Session Initiation Protocol (SIP) trunking, hosted PBX functionality, and cloud-based calling integrated with existing enterprise telephony architectures. These services are often used to replace or augment legacy Tamper Detection Mechanism (TDM) trunks and on-premises (on-prem) PBX systems, standardizing dial plans, call routing, and inbound contact flows across distributed sites. AireSpring’s voice offerings generally interoperate with IP-based enterprise environments through standard protocols such as SIP, Real-time Transport Protocol (RTP), and related session-control mechanisms.

On the data and networking side, AireSpring provides software-defined wide area networking (SD-WAN) services (SD-WAN / networking), along with MPLS, broadband, and dedicated internet access. Its Software-Defined Wide Area Network (SD-WAN) approach typically uses overlay tunnels across multiple underlay transport options, enabling policy-based routing, application-aware traffic steering, and path resiliency. This model is relevant for enterprises that are migrating from legacy hub-and-spoke MPLS to hybrid or internet-first WAN topologies while maintaining centralized management and monitoring.

AireSpring also positions managed security capabilities (network security) alongside its connectivity services, which can include features such as managed firewalls, Distributed Denial of Service (DDoS) mitigation, and secure internet access. These offerings align with architectures in which network edge security and WAN optimization are delivered as managed services rather than as customer-operated hardware appliances. For enterprises with limited in-house network Security Operations (SecOps), this structure can reduce the need to manage multiple vendors and platforms.

From a marketplace taxonomy perspective, AireSpring aligns with categories including unified communications as a service (UCaaS), SIP trunking, SD-WAN, managed WAN services, internet access, and managed network security. Its multi-carrier model allows it to aggregate last-mile and backbone connectivity from various underlying providers, presenting a single contract, support structure, and operations interface to customers and channel partners. This approach can be relevant for organizations standardizing communications infrastructure across regions where carrier availability and access technologies vary.

Channel partners and resellers often engage AireSpring to construct bundled offerings that cover voice, data, internet access, and security in a single managed package. For enterprises, the company’s services typically integrate into broader network architectures that may include on-prem data centers, colocation sites, and public cloud connectivity. In that context, AireSpring functions as a managed network and communications layer linking users, branch sites, and cloud-hosted applications over a combination of private and public IP transport.