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Case study · Healthcare

Practice software the whole clinic can use, not just the person who set it up

Task Dent is a cloud platform for running a dental practice: appointments, patient records, treatments and the day-to-day admin. The brief was accuracy and security, in an interface that reception staff and clinicians can both work in.

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Engagement · Build & operate

A cloud practice management platform for dental clinics.

Industry
Healthcare — dental
Solution
Practice management platform
Engagement model
Product team
Market stage
SaaS product
Client
Task Dent
Scope
Custom software & SaaS
Platform
Cloud web application
Focus
Records, scheduling, treatments

Outcomes

What clinical software has to guarantee

In a clinic the relevant figures are about accuracy and accountability, not throughput.

  • 65% Less administrative time per day

    Appointments, records and treatment history in one system removes the daily work of keeping a diary, a records system and a spreadsheet agreeing with each other.

    Reported by practices after moving onto the platform

  • 40% Fewer missed appointments

    Automated reminders and a diary that reception can change in seconds turn a no-show into a rescheduled appointment.

    Measured across appointments after reminders went live

  • 3x Faster patient check-in

    Reception works from one screen with the patient standing there, instead of moving between a diary, a record and a payment note.

    Measured at the reception desk against the previous process

Context

The situation before the platform

How a dental practice runs before it has one system, and why that stops working.

The business

Task Dent provides practice management software to dental clinics: the appointments, patient records, treatments and admin that make up a clinic day.

The starting point

Many practices run on a paper diary, a records system older than the web, and a set of habits held by whoever has worked there longest.

The trigger

When the person who knows how everything works is on leave, the practice slows down. Knowledge held in habits is not knowledge the business owns.

What they wanted

One cloud platform holding appointments, patient records and treatment tracking, with patient data handled properly and an interface that needs no training nobody has time for.

Constraints

Patient data has to be protected and access attributable · a wrong record shown to a clinician is a clinical risk, not a bug · reception works at speed with a patient in front of them · practices cannot stop working while software is introduced.

System

What it runs at today

The platform as it runs in a clinic today.

  • 3 Roles served

    Reception, clinician and practice administrator, each with their own path

  • 1 Record per patient

    Details, history, treatments and documents in one place

  • 24/7 Cloud availability

    Hosted centrally with backups and updates handled for the practice

  • 0 Servers in a cupboard

    No on-site infrastructure for a practice to maintain

The engineering problem

Four problems specific to a clinic

Clinical software fails when it is designed for the person buying it rather than the person using it forty times a day.

  1. Reception and clinicians need opposite things

    Reception needs to book, move and check people in at speed, with a patient standing at the desk. A clinician needs the relevant history at a chair, without reading everything ever recorded. One screen serving both serves neither well.

    What we did

    Two designed paths over one record: a fast, dense reception view and a clinical view that surfaces relevant history rather than all of it.

  2. A wrong record is a clinical risk, not a defect

    In most software, showing the wrong row is an inconvenience. In a clinic, a clinician acting on another patient's history is a safety incident. The usual tolerance for ambiguity does not apply.

    What we did

    Unambiguous patient identification throughout, with the record's identity visible at every point a clinical decision could be made from it.

  3. Access has to be provable after the fact

    A practice may be asked who accessed a record and when — by a patient, a regulator or an insurer. An access log added later covers only the paths someone remembered.

    What we did

    Access recording built into the data layer from the start, so reading a patient record without recording it is not a path the application has.

  4. A practice cannot pause while software changes

    Clinics run to appointments booked weeks ahead. There is no quiet week to migrate in, and a failed switchover means turning patients away.

    What we did

    Rollout designed so old and new overlap rather than a hard cut, with the practice able to fall back at any point during the transition.

Architecture

How it fits together

Simplified — the shape of the system rather than every service in it.

  1. Application

    • Cloud web application
    • Reception view
    • Clinical view
    • Admin

    One application presenting role-shaped interfaces over the same records, so reception speed and clinical clarity do not have to be traded against each other.

  2. Access layer

    • Authentication
    • Role-based permissions
    • Access logging

    Every read and write passes through a layer that checks the role and records the access, which is why the audit is complete rather than partial.

  3. Services

    • Appointments
    • Patient records
    • Treatment tracking
    • Practice admin

    The clinic's working parts as separate services over one patient record, so scheduling and clinical history cannot drift apart.

  4. Data & infrastructure

    • Encrypted storage
    • Automated backups
    • Managed hosting

    Patient data encrypted at rest with backups and updates handled centrally, removing the on-site server most practices should not be running.

Access control and access logging were built before any feature. Retrofitting either onto a patient record system is close to impossible, and a partial audit trail offers a practice no protection at all.

Solutions

The working parts of a practice, in one platform

The design brief was ordinary and demanding: the common task has to be fast, and the record has to be right.

  • Appointments and diary

    A clinic diary across practitioners and chairs, with booking, rescheduling and cancellation handled quickly enough to do while a patient waits.

  • Patient records

    Patient details, history and notes in one record, structured so a clinician can see the relevant history without reading everything.

  • Treatment tracking

    Treatment plans and their progress recorded accurately, so what was proposed, what was done and what is outstanding are never in doubt.

  • Security and access

    Role-based access to patient data, with access recorded, so a practice can answer who saw what and when.

  • Practice admin

    The surrounding work — practitioners, availability, billing information — kept in the same system rather than a parallel spreadsheet.

  • Cloud delivery

    Hosted and maintained centrally, so a practice gets updates and backups without running a server in a cupboard.

Key capabilities

What it does day to day

Six capabilities covering the clinic day.

CapabilityRunsRefreshWhat it does
Appointments & diary Reception Real time Booking, rescheduling and cancellation across practitioners and chairs, fast enough to do at a desk
Patient records Clinician On demand Details, history and notes structured so relevant history surfaces without reading everything
Treatment tracking Clinician Per treatment What was proposed, what was done and what is outstanding, never in doubt
Access control Admin Continuous Role-based access to patient data, with every access recorded
Practice admin Admin As needed Practitioners, availability and billing information in the same system
Backups & updates Automatic Continuous Hosted centrally so a practice gets both without running infrastructure

Integrations

How the moving parts plug in

Everything a clinic does passes through the access layer before it reaches a patient record.

Clinic activity

  • ReceptionBooking and check-in
  • CliniciansHistory and treatment notes
  • AdministratorsPractitioners, availability, billing

Access layer

  • AuthenticationWho is asking
  • Role permissionsWhat that role may do
  • Access loggingRecorded before the data is returned

Patient records

  • Appointments
  • Patient history
  • Treatments
  • Documents

Because the access layer sits between every user and every record, "who saw this patient's file" is a query rather than an investigation — and there is no route around it.

Security & data

What protects patient data

A practice is trusting the platform with its patients' medical histories, which sets the standard for everything else.

  • Role-based access

    Reception, clinical and administrative access are separate, enforced on the server, and scoped to the practice the user belongs to.

  • Recorded access

    Every view of a patient record is attributable to a person and a moment, so the practice can answer for it.

  • Encryption and backups

    Patient data is encrypted at rest and backed up automatically, without the practice maintaining either.

  • No real data in testing

    Test environments run on generated data, so patient records never exist outside production.

The brief

Clinics run on a mix of software, paper and memory

A dental practice juggles appointments, patient histories, treatment plans and payments. Many run this across a diary, a records system that predates the internet, and a set of habits held by whoever has worked there longest.

Task Dent set out to bring that into one cloud platform, with patient data handled properly, and an interface that reception, hygienists and dentists can each use without training that nobody has time for.

  • Appointments and patient records in one place
  • Treatment history that is accurate and quick to read
  • Patient data secured and access recorded
  • Usable by clinical and non-clinical staff alike

What healthcare software must not get wrong

  • 01Patient data has to be protected, and access has to be attributable
  • 02A wrong record shown to a clinician is a clinical risk, not a bug
  • 03Reception works at speed with a patient standing in front of them
  • 04Practices cannot stop working while software is introduced

Process

Built with the people who would have to use it

Clinical software fails when it is designed for the person buying it rather than the person using it forty times a day.

  1. Stage 1

    Understanding the clinic day

    We worked through a practice day from first arrival to closing, noting where staff currently repeat themselves and where mistakes happen.

  2. Stage 2

    Designing for two audiences

    Reception needs speed at a counter; clinicians need the right history at a chair. We designed those paths separately rather than compromising on one screen.

  3. Stage 3

    Building the platform

    A cloud application with the record model, permissions and audit designed in from the start rather than added before launch.

  4. Stage 4

    Security and data handling

    Access control, recorded access and careful handling of patient data throughout, including in test environments.

  5. Stage 5

    Rollout

    Introduced so a practice can keep working through the change, with the old and new overlapping rather than a hard switch.

Technology

A cloud platform built for patient data

A multi-practice cloud application with strict access control, recorded access and backups as a default rather than an option.

Application

  • Cloud web application
  • Role-based interfaces
  • Design system

Data

  • Relational database
  • Encrypted storage
  • Automated backups

Security

  • Access control
  • Access logging
  • Session management

Operations

  • Managed hosting
  • Monitoring
  • Release process

Business impact

What changed for the practice

Three things a clinic notices after moving off paper and habit.

  • Knowledge the business owns

    How the practice runs lives in the system rather than in one long-serving person's memory.

  • Faster at the desk

    Booking and rescheduling happen while the patient is still standing there, rather than after they leave.

  • Answers for regulators

    Recorded access turns a compliance question into a search, which is the difference between an afternoon and a fortnight.

The result

One platform for the diary, the records and the treatment history

Task Dent gives a practice its appointments, patient records and treatment tracking in one secure, cloud-hosted platform, with access controlled by role and recorded.

It was designed so the people at a reception desk and the people at a chair can each do their job quickly, rather than both working around the same compromise.

  • Appointments, records and treatments in one system
  • Role-based access with access recorded
  • Cloud-hosted with backups and updates handled centrally
  • Separate paths designed for clinical and reception staff
Talk about a project like this

What we hold to in clinical software

  • 01Design the reception path and the clinical path separately
  • 02Record access to patient data from the first commit
  • 03Never use real patient data in a test environment
  • 04Plan the rollout so the practice never stops working

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