Resound Networks — Connecting communities faster
Cutting Resound's circuit activation time from 320 days to 45. The result: a $303M federal grant expansion across 7 states.
Wide area networking across every transport your sites require.
Most multi-site WAN programs are held together by carrier relationships that were never designed to work as a system.
Carrier coordination spreads accountability.When SD-WAN, MPLS, and last-mile circuits come from separate vendors, nobody owns the end-to-end path. Incidents take longer to diagnose because responsibility stops at every handoff.
SLA guarantees vary by segment.A contractual latency floor on the MPLS leg doesn't cover the last mile. A best-effort broadband circuit degrades the path regardless of what the private circuit guarantees.
Provisioning timelines differ per carrier.A new site can take two weeks or four months depending on which carriers serve the area. Without a consolidated view, your team tracks multiple installation queues independently.
SD-WAN
Application-aware routing across every link you already have.
SD-WAN abstracts your underlying transport (MPLS, broadband, LTE) into a single managed overlay. Traffic routes dynamically based on application policy, link quality, and real-time performance. You get MPLS-grade results across commodity transport, without the MPLS price tag at every site.
Best for
Multi-site organizations running a mix of transport types (broadband at branches, private circuits at headquarters) that need consistent application performance without paying for MPLS everywhere.
Policy-based routing
Per-application traffic steering rules define which transport each workload uses. Voice takes the private path. Backup traffic uses broadband. Rules adapt automatically when link conditions change, with no manual intervention.
Link bonding and failover
Active/active across multiple transports with sub-second failover. Sessions survive a link going down. Users experience a brief jitter, not a dropped connection. That is critical for UCaaS and cloud-hosted ERP.
Zero-touch provisioning
Sites come online from a central controller. The CPE phones home, pulls its config, and is live. No pre-staging, no truck roll, no on-site configuration. This is especially valuable for retail rollouts across dozens of locations.
MPLS
Guaranteed-performance transport for traffic that cannot tolerate jitter.
Label-switched paths give you deterministic latency and packet loss across our carrier network. Where SD-WAN trades some predictability for flexibility, MPLS trades flexibility for guarantees. Right for latency-sensitive applications and compliance environments with strict SLA requirements.
Best for
Healthcare systems, financial services firms, and manufacturers running real-time workloads (trading platforms, PACS imaging, SCADA) where a contractual latency floor is a business requirement, not a preference.
Committed SLAs
Contractual latency, jitter, and packet loss guarantees backed by real network telemetry. Breaches are auditable: you have the data to hold the carrier accountable, and so do we.
Traffic class separation
CoS marking is honored end to end. Voice, video, and data each follow their own priority queue across the entire path, not just within your CPE, but through the carrier backbone.
Converged access options
MPLS handoff into your existing CPE, or converged onto a single managed CE device we provision, monitor, and support. Either way, one NOC owns the circuit from end to end.
VPLS
Layer 2 reach that makes distributed sites behave like one LAN.
VPLS extends Ethernet across an MPLS backbone, giving distributed sites a shared broadcast domain. Useful where applications expect Layer 2 adjacency: legacy clustering, replication protocols, and database deployments that break under Layer 3. No routing between sites: it is a WAN that looks like a switch.
Best for
Organizations migrating legacy data center applications to distributed environments, running proprietary clustering software with Layer 2 dependencies, or extending a campus network to a disaster recovery site.
Full mesh by default
Every site sees every other site at Layer 2, with no hub-and-spoke hairpinning through a primary data center. Broadcast and multicast traverse the backbone natively, which is what most legacy clustering software expects.
Transparent to protocols
Any protocol that runs on Ethernet runs on VPLS, including those that depend on Ethernet broadcast for discovery or heartbeat. IP routing dependency is removed from the equation entirely.
Scalable PE architecture
Built on our carrier MPLS backbone with full provider-edge redundancy at every site. Adding a location means provisioning a new PE attachment, not redesigning the topology.
Our client portal gives you complete visibility into your network, wherever you are.
Track every service from order through activation. View service details, provisioning milestones, contract terms, and monthly costs in one place. Execute changes - upgrades, moves, modifications, reterminations - on demand, without opening a support ticket. Technical documents are available for download at any stage.
One network reaching every site you need to bring online.
The same carrier relationships and field reach that light a single circuit connect a hundred branches under one managed program.
- 500+
- carriers sourced across the lower 48
- 5,000
- field technicians behind every install
- 10G–400G+
- capacity provisioned, branch to backbone
Tap a dot to explore our network
AS 14016Our backbone networkEquinix IX Dallas · Equinix IX Chicago · DRIX Atlanta · CIX-ATL · DE-CIX New York
About our networkWe go above and beyond for your network.
Our NOC is staffed by engineers who treat your network as their own.
- 24/7 support
- Round-the-clock coverage from engineers who act the moment a problem lands, not a queue that opens at nine.
- US-based
- Answered in the US by engineers with the authority to act on it themselves.
- Result driven
- We escalate to carriers on your behalf and stay on a problem until your network is right.
Your sales staff isn't pushy. The onboarding process was very easy. Pricing was competitive. The blend of providers for IP transit in Chicago was a good fit for us.
Capcon client
Joink
The difference managed connectivity makes.
Transport matched to the site, not the carrier's footprint. We source SD-WAN, MPLS, and last-mile across our carrier network, so every location gets the circuit that fits its address and its budget, not whoever happens to have fiber in the building.
One NOC owns the whole path. SD-WAN, MPLS, and the circuits underneath them are monitored and escalated by the same team. When performance degrades, diagnosis doesn't stop at a carrier handoff.
Your whole WAN on one screen. ClearView puts circuit status, performance metrics, DDoS alerts, and invoices in one place. What your team can see, they can manage.
Our clients don't worry about connectivity and neither should you.
We measure our performance against one standard: yours. So when we say we handle it, we mean it - end to end, across every carrier, every circuit, every issue.
9.52
NOC satisfaction
Rated out of 10 across all support interactions.
9.8
Provisioning satisfaction
Client-rated score on circuit delivery and onboarding.