Networking & Connectivity — SD-WAN, SASE, and Resilient Design for Always-On Operations

Simplify connectivity, strengthen resilience, and turn network investments into measurable ROI.

Because uptime, visibility, and control start with how your network is built.

Today's enterprise runs on connected performance — from core sites to remote teams.

BEK Networks helps organizations modernize connectivity with SD-WAN and SASE frameworks that simplify management, strengthen security, and control cost across every carrier and location.

Through our vendor-neutral advisory model, we design and orchestrate networks that deliver measurable ROI: higher uptime, lower Opex, and full lifecycle visibility. Whether migrating from MPLS, adding multi-carrier redundancy, or optimizing traffic for hybrid work, BEK ensures your network supports business continuity and growth — not complexity.

SD-WAN That Simplifies Management and Proves Its ROI

A modern WAN approach that replaces complexity with cost control and visibility.

Streamlined architecture, predictable spend, measurable performance.

SD-WAN transforms how enterprises connect sites, applications, and cloud environments by replacing legacy MPLS circuits with agile, software-defined control.

BEK advises organizations on strategies that reduce carrier costs and accelerate deployment while maintaining the security and performance business operations demand. We evaluate leading providers, negotiate pricing, and design right-sized networks that align architecture, budget, and outcomes — so every connection earns its keep.

The result: simpler management, higher visibility, and ROI that can be tracked from day one through renewal.

40-60%
typical WAN cost reduction
3-6 months
average deployment timeline

SASE and Zero-Trust for the Cloud-Managed Enterprise

Converging networking and security to protect every user, device, and route.

One secure fabric — identity-driven access, full visibility, zero compromise.

As networks expand across clouds and remote endpoints, security can't sit at the perimeter — it has to travel with every connection.

BEK helps enterprises integrate Secure Access Service Edge (SASE) and Zero-Trust principles to unify access, inspection, and policy enforcement in one cloud-managed framework.

We evaluate SASE providers for architecture integrity, ZTNA readiness, and CASB/DLP controls, ensuring your environment protects data without slowing performance.

The result is a flexible, identity-driven model that aligns network security with user experience and business agility.

ZTNA
identity-driven access
CASB + SWG
unified cloud security

Multi-Carrier Resilience Without the Overspend

DIA, LTE/5G, and DNS failover designs that keep operations continuous.

Redundancy that's smart, automatic, and budget-controlled.

Downtime costs more than connectivity — which is why resilient design starts with diversity.

BEK helps organizations build multi-carrier and multi-path architectures that blend DIA, LTE, 5G, and DNS failover for uninterrupted access and predictable spend.

We negotiate carrier contracts, validate SLAs, and design redundancy that fits operational reality — not theoretical uptime.

From secondary ISPs to dynamic failover policies, our goal is simple: keep every site, user, and workload connected without overspending.

99.9%+
uptime with failover
DIA + LTE
diverse path design
Auto
instant failover

Multi-Site Continuity Through Smarter BGP and Routing Design

Underlay/overlay patterns engineered for uptime, QoS, and hybrid work.

Performance continuity — from branch to backbone.

Modern networks need to do more than connect — they need to adapt.

BEK helps enterprises engineer multi-site continuity with BGP failover, QoS policies, and overlay design that keeps traffic flowing even when carriers don't.

Our advisors design redundant underlay/overlay architectures that balance performance and cost across hybrid environments — ensuring remote and branch teams experience the same uptime as HQ.

The result is a network that self-corrects in milliseconds, delivering the resilience modern operations demand.

Policy-Based Routing & Automatic Failover

Every second of downtime is a lost transaction — and potentially a lost customer.

BEK designs failover routing frameworks that leverage BGP path control, QoS tagging, and real-time monitoring to prioritize business-critical applications.

We map existing circuits and traffic flows, then architect policy-based routing that automatically rebalances load during carrier or ISP disruptions.

Our team coordinates ISPs and vendors to validate uptime metrics and latency thresholds, ensuring multi-site continuity isn't just planned — it's proven.

Your Step-by-Step Migration Plan — from MPLS to SD-WAN

Assess, phase, and modernize connectivity with minimal disruption.

A faster, safer exit from legacy circuits — with full observability.

Legacy MPLS networks weren't built for cloud applications or distributed teams — and the cost shows.

BEK guides organizations through a phased SD-WAN migration that reduces spend, improves agility and enhances visibility without sacrificing control.

We analyze your current infrastructure, carrier contracts and application dependencies to define a transition plan that fits both risk tolerance and budget.

The result is a future-ready network that delivers faster rollouts, simpler management and lower TCO from day one.

Structured Migration Framework

BEK delivers a structured migration framework rooted in assessment, planning, and continuous measurement.

We start with a comprehensive network baseline — circuits, applications, QoS, and security policies — then design an SD-WAN overlay that mirrors your operational priorities.

Our team coordinates providers to execute a phased cutover plan that minimizes disruption and verifies performance outcomes through vendor-delivered reporting.

After go-live, BEK tracks ROI metrics and carrier performance through lifecycle management, ensuring the benefits of modernization are quantified — not assumed.

Frequently Asked Questions

Ready to Modernize Your Network Infrastructure?