Your front desk team starts Monday morning the same way they ended Friday afternoon: catching up.
The schedule changed over the weekend. Patients confirmed, cancelled, or never responded — but the EHR still doesn't know it.
The Solutionreach sync won't run until tonight. So your team picks up the phone and starts working through the list manually: re-confirming appointments the system was supposed to handle, and updating records the platform was supposed to update automatically.
This is what batch sync looks like in practice. It sounds like a minor inconvenience. It isn't.
Solutionreach was built on an architecture that made sense a decade ago. A piece of locally installed software extracts data from your EHR in scheduled batches — maybe every few hours, maybe once a night.
The platform sends reminders based on that snapshot. When patients respond, those confirmations don't write back to your EHR automatically.
Your staff fills the gap, transcribing responses and updating records one by one, every single day.
As your practice grows, the gap between what the platform knows and what's actually happening in your schedule gets wider. A patient cancels at 9 a.m. That slot sits empty at noon. Nobody calls. Revenue walks out the door.
That is the core problem driving so many practices to search for a solutionreach alternative for their medical practice — not that Solutionreach is broken, but that it was never designed for the clinical communication demands of a modern, scaling practice. Broadcast messaging and batch uploads can only take you so far.
The decision to complete a switch from Solutionreach to Curogram migration is about more than features.
It's about moving from a platform built around one-way broadcast messaging to one built around real-time clinical automation — a platform that communicates with your EHR continuously, not on a timer.
This guide walks you through exactly how to make that move.
Step by step. Week by week.
Without disrupting your patients or your team.
There's a moment every growing practice reaches where the workarounds start to outnumber the workflows.
Your staff checks the schedule twice before huddle — once in the EHR, once in Solutionreach — because they know the two won't match.
They spend the first hour each morning catching up on confirmations the platform processed overnight but never pushed back to the chart.
They keep a separate log for patients who responded by text, because those responses don't automatically update anything.
None of this feels like a technology failure. It feels like just how things work.
But it isn't how things have to work.
The batch-sync model creates a window of inaccuracy that's hard to see until you start measuring it.
When your EHR and your patient communication platform aren't talking in real time, decisions get made on stale data.
Reminders go out to patients who already cancelled. No-shows happen at slots that could have been filled. Staff time gets absorbed into reconciliation tasks that should never exist.
Think about what that adds up to in a week. If your practice sees 200 patients a week and your no-show rate sits around 14% — which is close to where many practices land before making a change — that's roughly 28 missed appointments.
At an average visit value of $150, that's $4,200 in lost revenue every week. More than $200,000 a year.
That's not a software inconvenience. That's a structural revenue problem.
Solutionreach was designed as a patient relationship management platform — a tool for sending appointment reminders, recall messages, and practice newsletters. It does that reasonably well.
The problem is that as your clinical operations grow more complex, you need capabilities that fall entirely outside a broadcast platform's design:
These are not features Solutionreach can add with a software update. They require a different architectural foundation entirely.
That's why the move to migrate from legacy PRM to clinical automation isn't just an upgrade — it's a category change.
Before you can make the switch, you need to understand exactly what you're switching away from.
The first phase of this migration isn't technical. It's diagnostic. You're mapping out every place your practice currently depends on Solutionreach — and every place your staff has built a workaround to compensate for what it can't do.
Start here. Before any technical work begins, run a full audit of your current Solutionreach setup.
You're looking for five things specifically:
This is also the moment to inventory your local sync software installation. Solutionreach's sync tool runs directly on your clinic server, consuming resources and requiring ongoing maintenance.
Part of what makes this a solutionreach to curogram transition guide rather than a simple platform swap is planning the physical decommission of that local software — something most practices don't think about until it's right in front of them.
Most practices find, when they sit down and actually count, that staff members are spending anywhere from one to two hours per day compensating for what the platform can't do automatically.
That's 5–10 hours per week, per staff member involved — time spent on manual confirmation checks, intake transcription, and EHR updates that a real-time system handles instantly.
For a practice with two front desk staff at $18/hour, that's roughly $17,000 to $35,000 in annual labor absorbed by workarounds. The audit doesn't just reveal a gap. It quantifies the economic case for migrating.
Five things, and the order matters less than the timing. Campaign definitions, recall lists, message templates, opt-out records, and message history.
Request all of it while the contract is still live. Portal access usually ends when the contract does, and a practice that cancels first has a problem support cannot solve quickly.
Export formats are not published, so ask your account manager what each item arrives as and how long it takes. Put it in writing. Ten business days is a reasonable planning assumption for a full pull.
Campaign definitions matter more than they sound. You need the trigger, the timing offset, and the message body for each one, because a campaign you cannot describe is a campaign you cannot rebuild.
Open the files when they land. A Solutionreach data export that arrives short is a problem you want in week two, not the week you cancel. Spot-check a recall list you know the size of, one template you use weekly, and a patient thread going back a year.
Most recall lists carry years of dead numbers. Migrating them wholesale imports the failure rate along with the contacts.
Strip three things before import. Landlines, which will never receive a text and depress every delivery metric you report afterward. Hard bounces, meaning numbers that have failed repeatedly rather than once. And duplicate records for the same patient under two spellings.
Run the landline check with a carrier lookup rather than by eye. A 2,000-row recall list takes minutes to screen and the result changes what your first month looks like.
This is the step that makes the day-one numbers honest. A clean list reports a real delivery rate, where a dirty one reports the previous vendor's accumulated decay as though it were yours.
No other point in a Solutionreach migration gives you permission to touch those lists. Once the practice is live and busy, a recall list becomes something nobody wants to be responsible for editing.
Of everything on the export list, this is the one with regulatory consequences and the one practices forget.
Treat it as a blocking step rather than a line item. The opt-out list is imported and verified before the first automated send, and nothing goes out until somebody has confirmed the count matches the export.
The failure mode is specific. A patient who opted out two years ago receives an automated reminder from a number they do not recognize, complains, and the practice discovers the gap after the message rather than before it.
Keep the exported file alongside your consent records. Mass text messaging for patient outreach is where that list does its work, and HHS HIPAA guidance on record retention covers how long the surrounding message records stay with you.
Pull send volume and response rate per campaign before migrating anything.
Most practices find a handful doing the work and a long tail nobody has opened in a year. The appointment reminder, the recall, and maybe a post-visit message carry nearly all the traffic.
Rank by volume, then check response rate on anything in the top group. A campaign sending thousands of messages at a response rate near zero is not worth carrying across. It is a habit.
Three or four usually justify the rebuild. Anything below that line goes on a list you revisit at day 30, once the practice is stable and somebody has the appetite to add rather than move.
Rebuild the top group properly and test each one against a real patient record before go-live.
Test with a staff member’s own phone rather than a dummy number. A reminder that renders badly on a real handset, with the practice name cut off, is the kind of thing that only shows up on a real screen.
A migration is the only moment a practice will willingly delete a campaign. Use it.
Three candidates come up every time. Duplicate reminders, usually created when two people solved the same problem in different months. Campaigns targeting a location that closed. Anything whose response rate rounds to zero.
Say the retirements out loud in your project notes with a date. Six weeks after go-live somebody will ask why patients stopped getting a particular message, and the answer should be a decision rather than a mystery.
Expect one argument. A provider will defend a campaign nobody responds to, usually because they set it up.
Send volume and response rate settle that conversation faster than opinion does, which is why you pull those figures before the discussion rather than during it.
Here's the thing about switching platforms:
Practices worry it will break everything. It won't — if you do it in parallel.
The right approach to curogram onboarding from solutionreach is not a hard cutover. You don't turn one platform off and another one on. You run both systems simultaneously during a defined transition window, validating
Curogram's performance before you retire Solutionreach entirely.
The technical centerpiece of this migration is the shift from Solutionreach's locally installed sync software to Curogram's cloud-native, real-time API connection.
This is what it means to switch from batch sync to real-time API — not just a terminology difference, but a fundamental change in how data flows.
Once Curogram's API connection to your EHR is established, data moves continuously.
A schedule change at 10 a.m. is reflected in Curogram at 10 a.m.
A patient confirms by text at 2 p.m. and the EHR is updated at 2 p.m. There is no batch window.
There is no lag. There is no gap for staff to fill manually.
The first thing your team will notice is that the schedule they see in Curogram matches the schedule in the EHR — at the same time, every time.
As Curogram's real-time connection proves reliable, you activate its clinical automation capabilities one layer at a time. Appointment confirmation workflows come online first, running simultaneously with Solutionreach's batch reminders during the overlap period.
Your team can monitor both in real time, compare confirmation rates, and verify that write-back to the EHR is accurate before any commitment to move forward.
From there, the remaining capabilities activate in sequence: intake forms that write to discrete chart fields, missed-call-to-text that captures patients who would have slipped away on hold, text-to-pay for balance collection, and recall campaigns for patients who haven't scheduled a follow-up.
Each layer builds on the one before it — and none of it requires Solutionreach to be switched off first.
Once all communications are running through Curogram and data integrity is confirmed across the board, the Solutionreach sync software is uninstalled from your server. The local infrastructure dependency disappears entirely.
No more scheduled batch extractions. No more server overhead. No more split schedule views.
That overlap window does a second job once a number port is under way. As well as proving write-back works, it keeps the send schedule whole.
Order it with care. New sends move across first, while the old platform finishes the reminders already queued against it.
State the failure mode plainly: a number in the middle of a port sends on neither system. That gap is usually short and it is the entire reason the overlap exists.
Give the front desk one instruction for the window. Send from the new platform, check both for replies. Two sending systems produce two threads with one patient, which is the confusion the overlap is meant to prevent.
Set the end date before you start and put it on the wall. Parallel runs that end when somebody remembers have a way of lasting a month, and you pay both vendors for every week.
Three things, every time. The account holder of record, a recent bill showing the number and the account, and a signed letter of authorization.
The name on the bill has to match the name on the letter. That sounds obvious until you find the account still sits with a partner who retired in 2022, or under a practice name that changed after a merger.
Check the service address too. A practice that moved suites without telling the carrier gets a rejected port for a reason nobody thinks to look for.
Business days, not hours. Start the paperwork before you start anything else, because chasing a corrected bill can add a week before a port has even been submitted.
Do not schedule go-live on the first day the port could land. Add a buffer, give your providers the buffered date, and keep the earlier one to yourself.
One notice three days out, one on go-live day.
T-3: “Our office is updating our text messaging system on [date]. You may receive messages from a new number. Reply STOP at any time to opt out.”
Go-live: “This is [practice name]. We have moved to a new messaging system. Save this number for appointment reminders and messages from our office. Reply STOP to opt out.”
Consent does not transfer automatically between vendors. Where the original consent language named Solutionreach rather than your practice, re-confirm before any automated send, and read the FCC guidance on telemarketing and robocall rules before deciding you are covered.
Import the exported opt-out list before the first automated send, and verify the count against the export file.
Name it as a blocking step in the go-live checklist rather than a nice-to-have. Somebody signs off that the number matches, and that sign-off releases the first campaign.
Re-check it after the first send as well. A list that imported partially looks identical to one that imported fully until the first complaint arrives. Our SOC 2 Type II and HIPAA compliance standards cover how those records are held once they are with us.
A transition prompts a small wave of opt-outs. Some patients read a new number as spam; others use the moment to unsubscribe from something they never wanted.
Give the front desk two sentences: “That is no problem, I have removed you from text reminders. Would you like a phone call reminder instead?” Then the handling step, which is recording the opt-out in the platform rather than on a sticky note.
Brief this before go-live. The first opt-out call should be handled at the desk in thirty seconds, not escalated to the practice manager as a sign the migration is failing.
Watch the volume rather than the individual calls. A handful of opt-outs in week one is normal. A steady stream into week three usually means a campaign is firing at the wrong time of day. That is a setting, not a patient problem.
The entire migration from start to full go-live takes four weeks.
Here's how each phase breaks down:
| Migration Phase | Timeline | Key Activities | Success Metric |
|---|---|---|---|
| Phase 1: Batch-Sync Audit & Workflow Inventory | Week 1 | Document all active Solutionreach workflows; map batch-sync schedule and data lag windows; inventory local sync software; identify clinical gaps | Complete current-state map with data lag cost baseline and gap inventory |
| Phase 2: Real-Time API Connection & Validation | Week 2 | Establish Curogram's EHR API connection; validate discrete write-back accuracy; activate confirmation workflows | Real-time sync verified; confirmations active with instant EHR updates |
| Phase 3: Patient Communication Transition & Sync Software Removal | Week 3 | Migrate all patient messaging to Curogram; activate intake forms, missed-call-to-text, and text-to-pay; begin deinstall of local sync software | All communications running through Curogram; local sync software removed from server |
| Phase 4: Full Go-Live & Legacy Infrastructure Decommission | Week 4 | Fully decommission Solutionreach; activate review generation and recall campaigns; complete staff training and adoption | Confirmation rate ≥75%; zero batch-sync lag; single unified real-time platform |
A lot of practices assume a migration like this comes with some period of disruption — a day the phones don't work, a week where nothing is confirmed. That's not how this works.
A few reassurances worth keeping in mind:
Four weeks is a realistic timeline. Most practices don't need more.
Once the migration is complete, the performance gap becomes clear.
Moving from a legacy PRM to real-time clinical automation delivers measurable improvements across scheduling, revenue, and patient engagement.
The most immediate impact is reduced no-shows.
With confirmation rates exceeding 75%, more patients show up. In one case, no-shows dropped from 14.2% to 4.91% (~65% reduction), recovering about $2.7K per week or ~$140K annually.
Automation also removes manual limits. Practices can handle over 1,100 confirmations per month without adding staff—something that would be difficult to sustain manually.
Beyond confirmations, recall campaigns bring patients back. Around 35% of recalled patients reschedule, generating roughly 1,240 visits and about $186K in recovered revenue from a single campaign.
Finally, automated review requests strengthen online presence. Generating 1,000+ new 5-star reviews in just a few months improves visibility and drives more new patients.
Together, these gains—lower no-shows, higher confirmations, recovered recall revenue, and stronger reputation—translate into real, measurable growth.
If the gap between what Solutionreach can do and what your practice actually needs is getting wider every quarter, it may be time to stop patching around it.
The switch from Solutionreach to Curogram migration is not a disruptive, high-risk project. It's a structured, four-week process with clearly defined milestones, parallel operation during the transition, and measurable performance outcomes from Week 2 onward.
Your team doesn't go dark. Your patients don't notice. Your EHR gets smarter.
What changes is the infrastructure underneath everything. Batch uploads give way to a real-time API. Local sync software comes off your server permanently.
Manual transcription and daily confirmation checklists become things your staff used to do. And your practice gains clinical automation capabilities — missed-call-to-text, text-to-pay, real-time intake write-back, automated recall — that no PRM broadcast platform was ever designed to deliver.
The practices that have completed this transition share a common observation: the upgrade felt overdue the moment it was done. Not because the migration was easy, but because the difference between batch-sync and real-time is impossible to un-see once you've experienced it firsthand.
You don't need to keep compensating for what your current platform can't do. You need a platform built for how your practice actually operates — not how practices operated a decade ago.
Curogram's migration team has guided practices through this exact transition, with onboarding support, EHR integration specialists, and a structured timeline designed to minimize disruption and maximize speed to value.
Schedule a demo with Curogram today and see what a real-time clinical automation platform looks like for your practice — before you spend another month working around a batch-sync system that was never built to scale with you.
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