Proof, in challenge–solution–result form

ProblemAdmissions and academic records were split across five disconnected systems. Producing a single institution-wide report meant manually reconciling exports from each campus, a process that consumed a significant part of every reporting cycle and left leadership working from outdated numbers.

SolutionWe deployed a unified Edlakes instance across all campuses, consolidating admissions, academic records and reporting into a single role-based platform. Faculty and administrators at each campus retained their own workflows, while leadership gained one consistent view across the whole institution.

ResultCross-campus reporting time was cut from weeks to days, and leadership gained a single, trustworthy view of enrollment and academic performance across the institution.

ProblemManual onboarding checks created compliance bottlenecks as customer volume grew. Each new account required manual document review and approval, and the review team couldn't keep pace with incoming volume without either slowing growth or risking compliance consistency.

SolutionWe built an automated onboarding and approval workflow with built-in compliance checkpoints, using document intelligence to pre-screen submissions and route only genuine edge cases to human reviewers.

ResultOnboarding time was meaningfully reduced while approval consistency improved, since automated checks apply the same criteria every time and free the review team to focus on genuinely ambiguous cases.

ProblemPatient scheduling and staff coordination relied almost entirely on phone calls and spreadsheets. This created frequent double-bookings, a high no-show rate with no reminder system in place, and a front desk team stretched thin managing manual coordination across locations.

SolutionWe deployed a patient engagement portal built on the Healthcare Experience Platform, giving patients self-service scheduling and automated reminders, while staff gained a shared coordination view across all clinic locations.

ResultNo-show rates dropped meaningfully after reminders were introduced, and front-desk workload eased enough for staff to spend more time on in-person patient support rather than manual coordination.

ProblemA Kalgoorlie law firm's office relocation meant taking over an entire IT and telecom environment on a hard deadline — legacy phone hardware, undocumented cabling, an M365 tenancy with licences expiring the same week as cutover, and a carrier domain transfer still pending with the outgoing provider. None of the existing infrastructure had been mapped in advance.

SolutionWe ran the internet and VoIP cutover as one coordinated move: a new 3CX AI Unified Communications platform replaced the old PABX, a UniFi UDM Pro went in as router, firewall and network security gateway, and we recovered and redeployed usable access points and an ADSL router already on site instead of replacing them outright. M365 licences were renewed and reassigned before expiry, with email security, backup and endpoint security scheduled straight after. Every data cable was tested and re-mapped, with the port map documented and left on-site in the comms room.

ResultThe firm now runs on a single managed network, phone system and Microsoft 365 environment instead of a patchwork of legacy providers — with a recovered standby router for redundancy and a fully documented cabling record for the first time. About 99% of the existing cabling was reused, keeping the relocation's disruption to a minimum, and the carrier domain transfer was scheduled for a weekday specifically so full support was available if anything needed sorting quickly.

ProblemA busy neighbourhood cafe serving breakfast, brunch, lunch and coffee to a steady stream of regulars was outgrowing its existing connection. Weekend rushes strained EFTPOS and phone-in orders at the exact moments the cafe could least afford a slowdown.

SolutionWe upgraded the venue to business-grade connectivity built for weekend peak volume, with a managed phone line for takeaway orders and bookings kept separate from payment and guest wifi traffic.

ResultWeekend service now runs on connectivity sized for its busiest hour rather than its average one, with orders, payments and calls no longer competing for the same line.

ProblemAn accommodation venue serving business travellers needed dependable guest wifi and phone reception handling at the same time, on infrastructure that had grown informally rather than being sized for business guests who expect reliable connectivity as standard.

SolutionWe deployed business-grade connectivity split cleanly between guest wifi and front-desk operations, with a managed phone system for reservations and reception calls.

ResultGuests now get consistent wifi regardless of how busy reception is, and reservation calls no longer compete with guest internet usage for the same connection.

ProblemA busy Kalgoorlie venue with an extensive wine, beer and cocktail list depended on a single internet connection to run EFTPOS, table bookings and phone enquiries at once. Any slowdown during peak service hours hit payments and bookings at the same time, with no backup path to fall back on.

SolutionWe put in business-grade connectivity sized to the venue's actual peak demand, paired with a managed VoIP phone system so booking calls no longer competed with card payments and guest wifi for the same connection.

ResultPeak-hour dropouts stopped affecting payments and bookings, and the venue now has a single point of contact for connectivity and phone issues instead of juggling separate providers.

ProblemA local restaurant needed its phone-in orders, EFTPOS and guest wifi running reliably on a single connection during service hours, without one function slowing down the others at busy times.

SolutionWe deployed business-grade connectivity with a managed phone line for orders and reservations, keeping payment traffic separated from guest wifi and phone-in order calls.

ResultService now runs on connectivity sized for busy periods rather than average ones, with orders, payments and guest wifi no longer competing for the same line.

ProblemA bistro running more than a dozen specialty pizzas made to order needed its phone-in orders, EFTPOS and online ordering to keep working at the same time during peak dinner service, without one dropping out when the others were busy.

SolutionWe deployed business-grade connectivity with a managed phone line dedicated to phone-in orders, keeping payment and online-ordering traffic separated so a busy phone line couldn't slow down EFTPOS.

ResultDinner-rush order calls, card payments and online orders now run on connectivity built to handle all three at once, instead of one connection stretched across every function.