[ Where we have built the most ]

HEALTHCARE,WHERE A BUGis not just a bug.

Healthcare & Diagnostics Software Development

Diagnostics, labs, clinics and home care. This is the sector we have built in most — booking platforms, LIMS, blood banks — and the discipline it demands is different from ordinary business software.

Healthcare & Diagnostics

Diagnostics, labs, clinics and home care. This is the sector we have built in most — booking platforms, LIMS, blood banks — and the discipline it demands is different from ordinary business software.

Tell us what your lab or clinic runs today

[ Technologies We Use ]

HL7 & ASTMLIS & HIS integrationABDM readinessLaravel & NodeReact NativePostgreSQLAudit loggingRole-based access

[ What You Get ]

Records that can be reconstructed

Who saw what, who changed what, when and why. In healthcare an audit trail is not a feature request, it is the baseline.

Amendments never overwrite

A corrected report supersedes the original with a reason recorded. Replacing a released clinical result is not acceptable in any system we build.

Interfacing over transcription

Analysers and devices connected directly, because retyping a result is the largest single source of reporting error in a lab.

Offline where care happens

Home collection and home care happen in lifts, basements and villages. A clinical observation must never be lost to a dead signal.

[ Platforms & tech ]

What we build.

Diagnostics Platforms

Test booking with home collection, phlebotomist routing, sample tracking and report delivery — built and operated for a working pathology lab.

  • Test & package catalogue
  • Home collection routing
  • Sample tracking
  • LIS integration
  • WhatsApp report delivery

Laboratory Systems

LIMS from accession to authorised report, analyser interfacing, QC and the records an accreditation assessment asks for.

  • Accession & barcodes
  • HL7 / ASTM interfacing
  • Validation & authorisation
  • QC & TAT reporting
  • Amendment trail

Care Delivery

Home care, on-demand clinicians and hospital-at-home — care plans, offline vitals capture and clinical escalation.

  • Care plans
  • Offline vitals
  • Escalation ladder
  • Family visibility
  • Episode billing

[ Our Process ]

From strategy to growth.

Step 01

Understand the clinical workflow

Not the process document — how the lab, clinic or team actually works, including the workarounds. Software that fights the real workflow gets bypassed.

Workflow mappingRolesReal practice
Step 02

Establish the compliance frame

NABL, licensing, consent, record retention and what an assessor will ask to see. This shapes the data model, not just the reports.

AccreditationConsentRetention
Step 03

Map the integrations

LIS, HIS, analysers, devices and any ABDM linkage. This is nearly always the largest variable in cost and timeline.

LIS & HISAnalysersABDM
Step 04

Build with the trail

Every state change recorded with actor and timestamp, amendments versioned, and access logged — designed in rather than added for an audit.

Audit trailVersioned amendmentsAccess logs
Step 05

Test the unhappy paths

Rejected samples, repeat runs, corrected reports, missed visits, out-of-range vitals. In healthcare these are daily events, not edge cases.

RejectionsRepeatsEscalations
Step 06

Train and support the transition

Parallel running where the risk warrants it, role-based training, and support through the first weeks — clinical teams cannot pause while software settles.

Parallel runRole trainingGo-live support

[ Overview ]

Healthcare is the sector we have built in most, and the one where the difference between adequate and correct matters most. A wrong result reaching a report, a sample that cannot be located, an amended report that quietly replaced the original — these are not defects to fix next sprint.

What that means in practice is that the audit trail, the amendment model and the integration with instruments are designed first, and the interface is arranged around them. It also means we test the unhappy paths hard, because rejections, repeats and corrections happen every day in a working lab.

[ In Detail ]

The trail is part of the product

Who did what and when, including corrections and the reasons for them. An assessor asks to be shown, not told.

Integrate rather than retype

Analyser and device interfacing removes the main source of clinical reporting error. It is the highest-value work in most of these projects.

Design for the bad day

Rejected samples, repeat runs, missed visits, out-of-range vitals. These are the normal case in healthcare, not exceptions.

[ What has changed ]

Healthcare in 2026.

01

ABDM made interoperability a live question

Labs and clinics are being asked about linking records to a health ID. Storing structured values alongside PDFs is what makes that possible without a retrofit.

02

Home collection became the default expectation

What was a premium add-on is now baseline in metros and spreading. Routing and slot capacity are core system requirements as a result.

03

WhatsApp replaced the report counter

Patients expect the report where they already are. Delivery, not just generation, is now part of what a diagnostics system must do.

[ FAQs ]

Questions, answered.

Yes — this is the sector we have worked in most. We have built and run a diagnostics booking and home collection platform for a working pathology lab, along with laboratory and blood bank systems. That experience is why we ask about analyser interfaces and amendment handling in the first conversation rather than the third.

Ready to tell us what your lab or clinic runs today?

Let’s talk about your healthcare project. No obligation, just a conversation.