Build or operate? The hidden cost of building private clinical AI yourself
Open medical models are free to download. Turning them into a safe, private service for clinicians is where the real time, hiring and operational costs lie.
Read articleHybrid Clinical AI for Hospitals and Clinics
Private AI in your own cloud for patient data. Leading managed models like Claude or GPT for public research. Answers written your specialists’ way, at a cost you can forecast.
Built for hospitals and clinics. Equally at home in health-tech teams.
Clinical AI rarely fails for lack of good models. Control breaks down for five reasons, and most hospitals and clinics recognise at least one of them.
Reason 1Shadow AI
Patient details get pasted into public chatbots because the approved tool is too weak or too slow.
The cost: A privacy and compliance risk you can’t see or audit.
Reason 2Stalled Pilots
Privacy and security teams won’t approve sending patient data to an outside AI vendor, so AI stays on admin tasks and public research.
The cost: You pay for AI that never touches the work that matters.
Reason 3Generic Output
General-purpose models ignore your protocols, care pathways and reporting templates, so clinicians rewrite what comes back.
The cost: The time AI was meant to save disappears in the rewrite.
Reason 4Runaway Cost
Per-token pricing rises with every page read and every note drafted, so finance can’t forecast it and heavy users get rationed.
The cost: The more useful AI becomes, the less you can afford to use it.
Reason 5Regulator Scrutiny
Data protection officers, insurers and auditors now ask how AI touches patient data.
The cost: Vague answers put approvals and renewals at risk.
Akasiio keeps patient data private, uses Claude or GPT only where it helps, answers your specialists’ way, and turns runaway token spend into a cost you can plan.
See how it worksHealth-tech? The same five problems show up as shadow AI in the product team, stalled pilots, rework, unpredictable spend and hard questions from customers and regulators. See the health-tech page.
Every request passes a policy check before any model sees it. Patient data runs on LLMs on GPUs in your own cloud, with no per-token fees. Work with no patient data can use Claude or GPT, billed per token for that share only. When in doubt, it stays private.
A RequestFrom a clinician or workflow
Policy CheckPatient data?
Private Where It MattersLLMs on GPUs in your own cloud
Managed Where It HelpsPer token, public work only
One AnswerLower cost per answer
Patient data is handled only by open-source models you control. When in doubt, a request stays private.
Managed models such as Claude, GPT or Grok keep your knowledge current without ever seeing a patient record. You pay per token only for this share of the work.
Most requests are answered by small, fast models. Large models are reserved for the cases that need them.
See how Akasiio answers: a clinician asks, and every answer separates observation from interpretation, states its confidence, cites your own protocol and shows which AI handled it.
CT thorax, 280 slices
Private AIPatient data: stays in your cloud
Draft the findings for this CT thorax in our template.
Chest X-ray, compared with prior from six months ago
Private AIPatient data: stays in your cloud
Has anything changed since the prior X-ray?
Chest X-ray, localise requested structures
Private AIPatient data: stays in your cloud
Mark the left apex, right hemidiaphragm and heart.
Scanned lab report (Dutch units)
Private AIPatient data: stays in your cloud
| Test | Result | Ref. |
|---|---|---|
| Hemoglobine | 6.8 mmol/L | 8.5–11.0 |
| Kalium | 6.1 mmol/L | 3.5–5.0 |
| eGFR | 38 mL/min | >60 |
| CRP | 4 mg/L | <10 |
Extract this lab report and flag anything urgent.
Dermatology photo of a pigmented lesion
Private AIPatient data: stays in your cloud
Does this lesion meet our biopsy criteria?
Chest X-ray with a question from the doctor
Private AIPatient data: stays in your cloud
Is there evidence of cardiomegaly on this image?
Patient intake questionnaire before a consultation
Private AIPatient data: stays in your cloud
Summarise this intake and suggest an urgency level.
Newly published clinical guideline (public), 38 pages
Managed AIPublic sources only: managed model allowed
Summarise what changed and draft a clinical update for our teams.
Illustrative examples with synthetic data. These are not real patient data or real model output; they show the format of Akasiio’s answers. Document names and sections are examples of your own protocols.
General-purpose assistants give every provider the same answers. As more clinical work passes through AI, the protocols and judgement that set your organisation apart become available to anyone with a subscription.
| Aspect | Generic AI | Akasiio |
|---|---|---|
| Learns from | Public data, the same for every customer | Your protocols, guidelines and care pathways |
| Writes like | The vendor’s house style | Your specialists |
| Judged by | The vendor’s benchmarks | Your specialists, on real cases |
| Improves | When the vendor updates everyone | Every time your clinicians review a case |
| Uses | One vendor’s model for everything | Private models for patient data, managed models where they help |
| Runs on | The vendor’s servers | Your own cloud account |
Your Competitor Can License the Same Model Tomorrow. They Can’t License Your Protocols, Your Cases or Your Specialists’ Judgement.
Your know-how, your AI.
Its knowledge, writing style and quality standard come from your specialists. Nothing you build trains anyone else’s model.
Confidential by design.
Every model that sees patient data runs in your cloud account. We operate the platform without any access to your data.
Your clinicians approve it first.
Clinicians rate answers on real cases. A model or change goes live only when it meets the standard they set, and every answer cites its source.
The strongest model for each task.
Private models for clinical work, and Claude or GPT for public research. Agentic RAG pulls in the exact protocol or record. New models are adopted only after testing on your cases.
Costs less as you grow.
Small models first, capacity that follows clinic hours, and no per-token fees on clinical work. Managed AI is paid for only where it earns its place.
A complete clinical AI stack, operated for you. Each capability runs where it belongs: private for patient data, managed where public sources help.
Several large models on call, each chosen per task, so no single model or vendor limits your work.
Private + ManagedFast, efficient SLMs answer most requests first, keeping every answer quick and low-cost.
PrivateModels tuned on your protocols, templates and terminology, so notes and reports read like your department wrote them.
PrivateSupervised agents run multi-step work, such as assembling history, prior results and the right protocol into a pre-visit summary, with a clinician approving each outcome.
Private + ManagedOpen medical models read CT, MRI, pathology and X-ray images, validated on your own cases before any clinical use.
PrivatePublished guidelines, studies and drug information, researched from authoritative public sources and kept current.
ManagedEvery answer cites its source to the protocol, section or page, with observation kept separate from interpretation.
Private + ManagedLab reports, referral letters, scans and tables read accurately, with low-quality pages flagged for human review.
PrivateDictate in English or a leading European language, with speech processed inside your cloud. Uncertain drug names, doses and dates are flagged for review.
PrivateGovernance built in from day one, the way hospitals already work.
PrivatePrivate runs in your cloudManaged public sources onlyPrivate + Managed routed per request
Every AI workload has a break-even point. Below it, paying per token is cheaper; above it, owned capacity wins. Akasiio puts each workload on the right side of that line, and moves it when it crosses.
Illustrative. Monthly cost (vertical) against monthly usage (horizontal); dots mark each break-even point.
At very low volumes, pay-per-use can be cheaper. Our break-even calculator shows where your hospital sits. Cost is one reason for hybrid AI, not the only one: patient confidentiality often justifies private AI before the numbers do.
Building hybrid clinical AI yourself means hiring a team, building a platform and keeping it running before a single clinician benefits. With Akasiio, you skip straight to the part that matters: your clinicians using it.
Your private environment is running in hours, while a build-it-yourself project typically spends its first months on hiring and infrastructure. A supervised pilot with your clinicians follows within weeks.
No AI engineers, MLOps specialists or GPU experts to recruit in one of the tightest talent markets. Your IT team stays focused on the systems it already runs.
Upgrades, monitoring, scaling, security patches and model releases are handled around the clock. No infrastructure for your team to babysit.
Illustrative comparison of typical phases. Your timeline depends on scope and your own review processes.
XePlatform is our production AI operations platform, already running private and managed AI side by side inside customers’ own cloud accounts. Underneath is platform engineering on Kubernetes: a wide ecosystem of interconnected open-source tools for model serving, scaling, observability and security, integrated, tested and operated as one platform. Akasiio is the healthcare product built on it, so the engineering underneath is proven before your first pilot begins.
Most hospitals start with one of these workflows. Every answer shows where it came from.
Scanned and digital reports become structured results. Each value is read twice, and any mismatch is flagged.
Ask in plain language. Answers come from your own protocols, linked to the page they came from.
Referral letters, history and prior results, summarised before the consultation begins.
Dictate in English or a leading European language. A structured draft note is ready for review and signature.
Akasiio supports clinical decisions. It does not make them: a clinician reviews every output.
Explore workflows, example outputs and specialty scenariosYour clinicians work with Akasiio inside your own cloud account. We run the platform from outside, with no access to what is inside.
Patient data: never, including prompts, outputs, documents and logs. Operational health metrics: only these, which you can inspect or switch off. Managed AI: only the public sources and non-patient tasks you route to it, under a monthly cap you set. See the full data-flow breakdown.
Start with one workflow. Your privacy and security teams review in parallel, with documentation we supply.
Akasiio is installed in your cloud account, in the region you choose, in Europe or North America.
Protocols, guidelines and reference documents are indexed, each source traceable. You choose which tasks may use managed AI.
Clinicians use Akasiio on real cases and rate every answer.
The configuration your clinicians approved goes live. Rolling back takes one step.
Healthcare buyers rightly ask for proof. Here is what you can inspect before you decide, and what your pilot hands you at the end.
No per-token fees for clinical work. Estimate your break-even point with our calculator.
Before the pilot starts, we record how your team works today. Then we measure the difference.
About hybrid, private and managed clinical AI for hospitals and clinics.
Hybrid AI uses different models for different tasks. In Akasiio, anything involving patient data stays on private, open-source models in your cloud, with small models answering first and larger models when needed. Tasks with no patient data, such as tracking new guidelines or summarising published research, can use managed models such as Claude, GPT or Grok.
Private-only means clinicians miss out on the most capable models for public research. Managed-only sends patient data to a vendor and bills every page by the token. Hybrid gives each task the right model: confidentiality where it matters, frontier capability where it helps, and the lower cost for each workload.
No. Every request passes a policy check before any model sees it. Anything involving patient data, or where the check is unsure, stays private. You decide which task types may use managed AI at all, and you can switch it off entirely.
In Akasiio, private AI is the part that handles patient data. The models run inside your own cloud account or data centre, under your control, instead of on a vendor’s servers. Akasiio delivers it as an operated platform, so hospitals and clinics get the benefits without building an AI team.
Running clinical AI is far more than provisioning a server with a GPU. It needs infrastructure provisioning as code, model serving, retrieval over your own documents, staging environments, release engineering with evaluation gates and rollback, observability of both the AI applications and the infrastructure, autoscaling, backup and security policy, all kept running every day. Akasiio delivers that complete platform engineering stack, built on XePlatform, inside your own cloud account and operated for you, so a supervised pilot can start within weeks without new hires.
XePlatform, the engine under Akasiio, runs the full stack in your account: managed Kubernetes and node pools, infrastructure provisioning, model serving and scaling, the policy check that routes each request, staging environments, the release pipeline that tests every model against your benchmark, observability for AI applications and infrastructure, backup and recovery, and security policy enforcement. Your team keeps ownership; we keep it running.
Akasiio is designed to support both GDPR in Europe and HIPAA in the United States. Patient data is processed only inside your own account, your organisation remains the data controller or covered entity, and we provide documentation to support your impact assessments and security reviews. Compliance itself depends on how your organisation uses the platform.
Yes. Akasiio runs on the major public clouds in the region you choose, in Europe or North America, or in a private cloud, built on open standards so you can move without rebuilding.
English, plus leading European languages such as Dutch, German, French, Spanish and Italian. Akasiio uses medical speech recognition for English and a multilingual model adapted to medical vocabulary for other languages, validated on your own clinicians’ recordings and running inside your account. Uncertain drug names, doses and dates are flagged for review.
No. Akasiio is clinical decision support with human oversight: a clinician reviews every output. Your organisation defines the intended use of each workflow.
Open-source medical and general models, such as the MedGemma family, run inside your account for all clinical work. New models are adopted only after they pass evaluation on your own cases. Managed models such as Claude, GPT or Grok are used only for tasks with no patient data.
Yes, the open medical models Akasiio uses can process CT, MRI, histopathology and chest X-ray images, including comparisons with prior images. Imaging scenarios need local validation on your own cases before clinical use, and may fall under medical-device rules depending on intended use, so we start them as supervised evaluations.
Any specialty can start with protocol questions, lab report extraction, pre-visit summaries and dictation. Specialty scenarios cover radiology, pathology, dermatology, ophthalmology, internal medicine and intake or triage, each grounded in your own protocols and criteria.
A fixed platform subscription plus your own cloud costs, with no per-token fees for clinical work. Managed AI is billed per token only for the tasks you route to it, under a monthly cap. Small models first, capacity that follows clinic hours and shared hardware keep the cost of each answer low. Our break-even calculator shows when owning capacity becomes cheaper than paying per use.
The environment is set up in hours and your knowledge loaded within days. A supervised pilot with your clinicians typically runs about four weeks, while your privacy team completes its assessment in parallel.
Open medical models are free to download. Turning them into a safe, private service for clinicians is where the real time, hiring and operational costs lie.
Read articleHospitals do not have to choose between sovereignty and leading managed models such as Claude, GPT or Grok. A hybrid architecture lets each task use the right one.
Read articleAI is about to pass through most clinical work. If every provider uses the same assistant, the things that set a leading hospital apart start to disappear.
Read articleExplore a supervised pilot using your own workflows, infrastructure and evaluation criteria. Tell us the workflow that costs your specialists the most time.