End to end digital health product development

Build faster. Integrate cleanly. Scale into enterprise healthcare.

Reaching product, commercial and regulatory milestones is hard enough without your software fighting you at every step. Dreamix offers digital health software development and build products that integrate cleanly into healthcare infrastructure and move through milestones faster.

Let’s build your digital health product

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What we build for digital health companies

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healthcare bg image 2 - Digital Health Software Development

We cover end-to-end digital health product development, from the prototype, first release through testing, maintenance & scaling.

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Product development

Build and launch telemedicine platforms, patient apps, clinician portals and healthcare marketplaces faster. Compliant

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Healthcare interoperability

Connect products to real healthcare infrastructure through FHIR, HL7, DICOM, EHR/LIS integrations, identity and payment systems.

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Enterprise readiness and scale

Prepare products for larger customers with stronger security, architecture, auditability, cloud infrastructure, QA, tenancy and observability.

digital health software development services

AI-enabled healthcare workflows

Add AI where it creates practical value, from documentation and triage support to risk scoring and decision support, with data readiness and human oversight built in.

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Where digital health products lose time

Four patterns account for most of the delay we see in health tech roadmaps. Digital health software development services in the HLS and digital health domain tackle them precisely.

Integration discovered late

The pilot ran on sample data. Then the first health system asks for HL7 v2 feeds, FHIR resources, DICOM handling and single sign-on against their identity provider, and a two-week estimate becomes two quarters.

Security review as a hard stop

Enterprise procurement asks for penetration test results, data residency decisions, access control models, breach liability terms and an audit trail. Products that answer slowly get parked; products that cannot answer get disqualified.

Regulatory classification arriving after the build

Software that supports a clinical decision is regulated differently from software that displays information. Discovering which one you built during a funding round or a certification process is expensive.

Architecture that cannot carry the next customer

The system that served ten thousand consumer users behaves differently when one hospital group brings a hundred thousand patients, a data residency requirement and an SLA.

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Three ways to partner with us

Path 1: Accelerator saving 30-40% development time

We take an existing Dreamix accelerator, adapt it to your workflows, connect it to your systems and data, validate it against your regulatory requirements and put it into production.

Best for: companies with a well-understood problem and pressure to show results this quarter.

What you get: a branded production solution on your infrastructure, integrated with your existing systems.

Path 2: Custom build - 12-24 weeks

When no accelerator fits, we define the smallest production release with business value, build it properly and get it live quickly. The best path for complex or unique problems requiring custom development.

Best for: a distinctive workflow, a custom product idea/ process no off-the-shelf tool covers.

What you get: a first production release + a clear roadmap.

Path 3: Scale into enterprise healthcare

Large, fixed scope enterprise projects in healthcare are delivered in phases, each ending with something usable in production. Your organisation benefits early, stakeholders see progress and the risk of a single launch date disappears.

Best for: platform replacements, multi-system integrations, enterprise-wide automation or AI programmes.

What you get: production within the first phase, then a steady releases.

Tell us what you need

Medical AI Decision Software

A configurable foundation for connected, AI-enabled clinical workflows: diagnostic decision support across labs, imaging, symptoms and history, automated clinical note generation with EHR integration, preventive care flagging, and patient self-service check-in and scheduling. HIPAA and GxP compliant, with components already proven in live clinic environments.

Best fit for digital health: virtual care platforms adding clinical intelligence, specialty and fertility clinics, radiology products, and health platforms whose buyers are asking for decision support.

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iConsent

Digital informed consent built for clinical trials, with a dual creation engine (compliant predefined fields or AI-generated forms), a centralised traceable consent database across sites, remote patient consent in a single secure login in line with telemedicine workflows, and a full real-time audit trail. HIPAA and 21 CFR Part 11 compliant.

Best fit for digital health: platforms serving CROs and sponsors, decentralised trial products, and telemedicine companies moving into research workflows.

Digital health software development is the design and engineering of software products that deliver, support or coordinate care outside a traditional clinical system: telemedicine and virtual care platforms, patient-facing apps, remote monitoring products, care-coordination platforms and clinical data products. It differs from general software development in three ways. The product handles regulated health data, so security and privacy obligations such as HIPAA and GDPR apply from the first line of code. It has to interoperate with healthcare infrastructure through standards like HL7, FHIR and DICOM. And depending on what the software does with clinical information, it may fall under medical device regulation such as EU MDR or IEC 62304.

Three things. It knows the integration surface, so HL7, FHIR, DICOM and EHR connections are planned into the architecture rather than discovered during a customer implementation. It knows the regulatory surface, so the product's classification under frameworks like HIPAA, GDPR, EU MDR and the EU AI Act is established before the build rather than after. And it knows what enterprise healthcare procurement asks for, so security documentation, audit trails and access controls exist when the buyer's security review starts rather than being assembled under deadline.

Dreamix works on three delivery paths. If one of our accelerators fits the problem, we customise, integrate and deploy it saving 30-40% of the time compared to starting from scratch For a focused bespoke build, the first production release ships in 12 to 24 weeks. For larger platform programmes, we deliver in phases and put usable functionality into production in the first phase rather than at the end. In every case the milestone is a live release, not a prototype.

By treating the review as a design input. Access control models, audit trails, data lineage, tenancy separation, data residency decisions and encryption approach are settled during architecture. Security testing and code review run as part of delivery rather than as a pre-launch exercise. The documentation a hospital or payer security team asks for is produced alongside the software, so the evidence exists when the request arrives.

It depends on what the software does with clinical information. Software that provides information for a healthcare professional to interpret is generally treated differently from software that supports or drives a clinical decision, and the classification determines which obligations apply under frameworks like EU MDR, IVDR, ISO 13485 and IEC 62304. This is one of the first things we scope with you, because the answer changes the architecture, the documentation and the timeline. We work to your regulatory counsel's determination rather than replacing it.

You do. We build to your specification, and we can maintain and support the product afterwards, but the code, the models and the intellectual property belong entirely to you. There is no vendor lock-in and no dependency on somebody else's product roadmap.

Our software accelerators represent a pre-built foundation for a problem we have solved before. Roughly 60 to 70% of the solution already exists, with components running in live healthcare and life sciences environments. Off-the-shelf products are finished software built for the widest possible market, so you work around the parts that do not fit. An accelerator is a starting point: the foundation is built and tested, and everything on top of it is built for your workflows, integrations, process logic and compliance requirements. Development time drops by 30 to 40% against an equivalent build from scratch.

Both. Our healthcare partners range from digital health startups to multinational pharmaceutical organisations. For earlier-stage companies the usual engagement is a focused first production release followed by iteration; for scaling companies it is more often platform hardening, integration work and enterprise readiness ahead of larger customers.

End to end digital health product development

Build faster. Integrate cleanly. Scale into enterprise healthcare.

They trust us