Infrastructure & Network
intSignal delivers enterprise connectivity that combines fiber, 5G, satellite, and wireless into unified network architectures. We design solutions that match the right transport to each location—dedicated circuits where you need guaranteed performance, cellular and satellite where wired infrastructure isn't available, and software-defined overlay to tie everything together with centralized management.
Multi-Transport
Fiber, 5G, satellite, and wireless unified
Private Networks
Isolated from public internet for security
Global Reach
Connectivity across regions and continents
24/7 NOC
Monitoring and rapid response worldwide
Dedicated fiber connections
Point-to-point dedicated circuits deliver symmetrical bandwidth that's not shared with other customers. Unlike broadband, dedicated fiber provides consistent performance regardless of time of day or network congestion—critical for applications that require predictable latency and throughput.
We design, provision, and manage dedicated connections from 100 Mbps to 100 Gbps, backed by SLA guarantees for uptime, latency, and packet delivery. Our relationships with multiple carriers allow us to deliver service across diverse geographic areas with competitive pricing.
Private Networks
Connect your locations through a private network that never touches the public internet. Private WAN solutions—whether MPLS, private Ethernet, or dedicated wavelengths—provide the security and quality of service that sensitive applications require.
Traffic stays within a controlled environment with built-in QoS for voice, video, and critical applications. We design network topologies that match your traffic patterns, implement redundancy where needed, and manage the entire infrastructure so your team can focus on business operations.
SD-WAN
SD-WAN is the overlay that unifies your diverse transport infrastructure—dedicated fiber, broadband, 5G/LTE, satellite, and fixed wireless—into a single managed network. Applications are steered across the best available path based on real-time performance metrics, ensuring quality while optimizing costs across transport types.
Centralized management provides visibility and control across all locations and all transport types from a single dashboard. A headquarters on dedicated fiber, a remote site on satellite, and a temporary location on 5G all appear as part of the same network with consistent security policies and application performance.
Cloud Connectivity
Bypass the public internet with dedicated connections to AWS, Microsoft Azure, Google Cloud, and other major cloud platforms. Direct cloud connectivity delivers lower latency, more consistent performance, and enhanced security for cloud workloads.
Whether you're running hybrid cloud infrastructure, migrating workloads, or connecting to SaaS applications, we design cloud connectivity that integrates seamlessly with your existing network architecture and scales with your cloud adoption.
Unified Connectivity
Modern enterprise connectivity isn't limited to a single transport. We design and manage networks that combine fiber, wireless, 5G, and satellite into a unified architecture—giving you the right connectivity for each location while maintaining centralized control and visibility across everything.
We analyze your current network architecture, traffic patterns, exiHigh-capacity, low-latency connections for headquarters, datacenters, and high-traffic locations. The backbone of enterprise connectivity with guaranteed performance and SLA-backed reliability.sting controls, and gaps before recommending solutions.
Cellular connectivity for locations where wired infrastructure isn't available or practical. Primary connectivity for temporary sites, backup for critical locations, or bandwidth augmentation for peak demand.
Reach locations beyond terrestrial network coverage—remote operations, maritime, rural sites, and mobile assets. Low-earth orbit satellite now delivers latency suitable for real-time applications.
Point-to-point wireless links for rapid deployment or locations where fiber construction is impractical. Licensed spectrum provides dedicated bandwidth without cable installation delays.
Additional Services
Standardized connectivity deployments across retail locations, branch offices, warehouses, and remote sites. Rapid activation with consistent configuration and centralized management.
High-capacity links between primary and disaster recovery datacenters. Cross-connect services and carrier-neutral facility access for maximum flexibility.
Enterprise-grade global connectivity through our worldwide network infrastructure. Consistent performance and management across regions.
Dual-carrier and multi-transport configurations with automatic failover. Diverse path routing across different transport types ensures business continuity.
Industries
POS systems, inventory management, customer WiFi across hundreds of locations
HIPAA-compliant connections for EHR access, imaging, and telehealth
Low-latency trading, branch banking, secure transaction processing
Warehouse connectivity, fleet coordination, supply chain visibility
Plant-to-HQ links, IoT backhaul, production system connectivity
Comparison
Both solutions connect your locations securely, but they serve different needs. We help you choose the right approach—or combine them—based on your application requirements, budget, and growth plans.
Many organizations use hybrid architectures: MPLS for locations with strict latency requirements and SD-WAN for branches where flexibility and cost optimization matter more. We design networks that leverage the strengths of each technology.
Traditional carrier-managed private network with guaranteed SLAs and built-in QoS.
Most Popular
Software-defined overlay that uses multiple transport types with intelligent routing.
Industries
99.99%
SLA-backed uptime with redundant paths
<10ms
Predictable performance for real-time apps
100%
Traffic isolated from public internet
1
One point of contact for all connectivity
FAQ
It depends on your requirements. MPLS provides guaranteed SLAs and is ideal for latency-sensitive applications like real-time trading or high-quality video. SD-WAN offers more flexibility, faster deployment, and lower costs by leveraging multiple transport types. Many organizations use both—MPLS for critical sites and SD-WAN for branches. We assess your needs and recommend the right approach.
Timeline varies by service type and location. SD-WAN sites can often be deployed in days using existing internet connections. Dedicated fiber circuits typically require 30-90 days depending on whether infrastructure exists at your location. We provide realistic timelines upfront and manage the installation process end-to-end.
Yes. We're carrier-agnostic and work with your existing providers when it makes sense. We can also manage relationships with multiple carriers on your behalf, handling procurement, provisioning, and support through a single point of contact. Our goal is to optimize your connectivity—not force you into specific vendors.
SLAs depend on the service type and underlying transport. Dedicated circuits typically come with 99.99% uptime guarantees, latency commitments, and packet delivery guarantees. SD-WAN solutions include availability SLAs with credits for downtime. We document all SLAs clearly in service agreements and provide regular reporting on performance against commitments.
We design redundancy based on your business continuity requirements. This can include dual-carrier configurations at each site, diverse path routing (different physical routes), automatic failover between primary and backup connections, and LTE backup for critical locations. SD-WAN makes failover seamless by automatically routing traffic across available paths.
Yes. We deploy 5G/LTE, satellite (including low-earth orbit options like Starlink for lower latency), and fixed wireless to reach locations beyond traditional fiber infrastructure. This includes remote job sites, maritime operations, rural facilities, and temporary locations. These can operate standalone or integrate with your existing fiber-connected sites through SD-WAN.
SD-WAN technology creates a unified overlay network across all your transport types—fiber, broadband, 5G, satellite, wireless. From a management perspective, you see one network with consistent policies, security, and visibility. The SD-WAN fabric handles the complexity of steering traffic across different transports based on application requirements and real-time path performance.
Schedule a consultation to discuss your locations, bandwidth requirements, and how we can design a connectivity solution that supports your operations today and scales for the future.