Sydney's enterprise SD-WAN and LAN audit specialists. SD-WAN readiness assessment, brownfield LAN remediation, and hybrid WAN delivery — before SD-WAN is activated on infrastructure that was never validated to carry it. Cisco Meraki and Cradlepoint. Sydney and nationwide.
SD-WAN is a software-defined architecture that optimises traffic across available WAN connections. It depends entirely on the physical underlay beneath it: LAN switches, cabling, edge routers, and WAN termination points. When that underlay is undocumented, unvalidated, or degraded in brownfield environments, SD-WAN performance reflects those limitations regardless of the software configuration above it.
A proper SD-WAN readiness assessment starts with a LAN audit. In Sydney and at branch sites nationwide, AAA documents what's actually there before a single SD-WAN appliance is staged. Hybrid WAN environments — combining MPLS, broadband, and 4G/5G — require WAN failover paths that are physically validated, not assumed. Branch network rollouts fail when the physical layer at each site is treated as a given.
SD-WAN projects that stall in delivery or underperform in production almost always have one root cause: a physical layer that was assumed ready rather than proven ready.
AAA designs and deploys enterprise-grade LAN and SD-WAN infrastructure. Qualified installation, nationwide reach, and a single accountable partner from layer 1 to the edge.
From LAN readiness assessment through to targeted remediation and WAN integration, delivered as a single accountable engagement. Enterprise network resilience starts with a physical layer that is documented, tested, and brownfield-aware.
SD-WAN readiness assessment — site-by-site physical layer audit identifying gaps between your current infrastructure and the requirements of your SD-WAN deployment. LAN audit across Sydney and all branch sites. Switching, cabling, edge devices, and WAN termination all assessed against your solution design before deployment begins.
Targeted remediation of existing LAN infrastructure — switching upgrades, cabling remediation, rack rationalisation, and documentation. Work is scoped to what is required for SD-WAN readiness, not wholesale replacement.
Physical layer support for WAN circuit activation — validating termination points, testing connectivity, coordinating with carrier technicians, and documenting the physical WAN configuration at each site.
Physical infrastructure support for hybrid WAN environments combining MPLS, broadband, 4G/5G, and fibre WAN connections. WAN failover paths physically validated at every site before go-live. We ensure the physical layer supports the diversity and redundancy your hybrid WAN design requires. Carrier diversity is a contract — route diversity is geography. Read why the difference matters before a circuit is activated.
Branch network rollout across distributed sites — consistent physical layer build standards, site templates, and QA processes that ensure every branch meets the same infrastructure standard. Scalable delivery from 5 sites to 500.
Post-deployment as-built documentation covering physical LAN topology, WAN circuit details, device inventory, and cabling records. Your team inherits a documented physical layer, not assumptions.
We validate that the physical infrastructure is ready before SD-WAN is activated. Every site. Every time.
Site-by-site audit of existing LAN, cabling, switching, and WAN termination against your SD-WAN solution design and performance requirements.
Gaps between current state and SD-WAN readiness documented and prioritised. Remediation scope agreed before any work commences.
LAN and physical layer remediation delivered at each site, aligned to your project timeline and staged to minimise disruption to live operations.
Physical layer readiness confirmed at each site before SD-WAN activation. As-built documentation provided. Single point of accountability throughout.
We work on live, business-critical networks nationwide. One accountable partner. No disruption. Full documentation.
SD-WAN (Software-Defined Wide Area Network) manages and routes traffic across multiple internet and network connections, directing it over the best available path instead of relying on a single fixed circuit. It sits on top of the physical network, which is why the underlying LAN and connections still have to be sound for it to deliver what it promises.
MPLS is a single dedicated, carrier-managed circuit. SD-WAN can combine multiple connections — broadband, 4G/5G, fibre — and route traffic dynamically across whichever is performing best, generally at lower cost and with more resilience than a single MPLS link. It's not a straight replacement decision in every case, but for most enterprise sites it delivers better redundancy for less.
Route diversity means your connections don't all fail for the same reason — different carriers, different physical paths into the building, ideally different pits and conduits. SD-WAN's resilience is only as good as the diversity of the underlying connections it's routing across. One cut cable or one carrier outage shouldn't take out every path at once.
SD-WAN needs a sound LAN and verified connections underneath it — clean cabling, correctly terminated and tested, with documented pathways for every circuit it's meant to route across. We assess and remediate the underlay before or alongside an SD-WAN deployment, because software-defined routing can't fix a physical layer fault.
Yes. Live network delivery is core to how we operate — SD-WAN and LAN remediation work is planned and staged to avoid disruption to production traffic, with cutover windows agreed in advance.
A full as-built record of the underlying LAN and connections — cable routes, test results, and route diversity mapping — plus configuration documentation for the SD-WAN deployment itself, so the network is fully accountable after we leave site.