Prescriptions
- NCPDP SCRIPT through Surescripts
- Pharmacy-to-pharmacy transfers
- Telehealth prescriber platforms
- Prescription drug monitoring programs where required

Selling medicine online means every order still needs a valid prescription, a pharmacist's review and a license for the state it ships to. Agnotic Technologies builds online pharmacy platforms that put those checks into the workflow, from e-prescription intake to delivery tracking and patient counseling.
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To sell medicine online, a licensed pharmacy needs a platform that accepts valid prescriptions, routes each one to a pharmacist for verification, takes payment and tracks delivery, while meeting state licensing and DEA rules for controlled substances. Agnotic Technologies builds online pharmacy platforms for pharmacies and health companies, connected to e-prescribing and pharmacy systems.
The storefront is the small part. Most of the build is the prescription workflow behind it: who sent the prescription, which pharmacist checked it, which state the patient is in, and what happened to the package.
This page covers the online, ship-to-patient platform. Software for the in-store pharmacy, such as dispensing, inventory and claims at the counter, is covered on our pharmacy management software page.
Order lifecycle
Six stages, each with an owner and a record. The patient sees a simple checkout; the pharmacy sees every check.
An e-prescription comes from the prescriber over NCPDP SCRIPT through the Surescripts network, or as a transfer from another pharmacy, and is matched to the patient account.
Identity, delivery address and state are checked against the pharmacy's licensed states, insurance or cash price is set, and controlled substance prescriptions are routed to their own workflow.
A pharmacist reviews the prescription with the patient profile, allergies and interaction checks, then approves it, holds it or contacts the prescriber. The decision is recorded against the pharmacist's login.
The pharmacy claim is sent to the patient's pharmacy benefit, or the patient pays by card. Payment is captured only after the pharmacist approves the order.
Label, packaging and carrier label are produced together, temperature-sensitive items get the right packaging, and the tracking number is sent to the patient.
The patient can reach a pharmacist by phone, chat or video, counseling is noted on the order, and refill reminders follow the prescription's remaining refills.
Rule to feature map
Each rule becomes a feature with an owner. This is the map we work from; your pharmacy counsel confirms it for your states and products.
| Rule | What it requires | What we build |
|---|---|---|
| State pharmacy licensure | A license in the pharmacy's home state and, for shipping, in the patient's state under that state's law | A licensed-states table checked at checkout and again at verification, so an order to an unlicensed state cannot ship |
| 21 CFR 1306.09 | No controlled substance sold over the Internet without a valid prescription, filled by a pharmacy registered as an online pharmacy | A separate controlled substance workflow, switched off until the DEA registration is modified |
| 21 CFR 1306.04 | The pharmacist shares responsibility that a controlled substance prescription is legitimate | Verification screens that show prescriber, history and red flags, with the pharmacist's decision logged |
| 21 CFR 1304.45 | Homepage disclosures for online pharmacies that dispense controlled substances | Disclosure content managed as data, so licensed states and the pharmacist-in-charge stay current |
| 21 CFR Part 1311 | Audited pharmacy applications for electronic prescriptions for controlled substances | Role-based access to prescription edits, signed and archived prescription records, and audit trails |
| HIPAA Security Rule | Administrative, physical and technical safeguards for electronic PHI | Encryption, access control, audit logging and BAAs with every vendor that touches PHI |
Many online pharmacies launch without controlled substances. The workflow can be built and kept off until the registration and audits are in place.
Modules we scope one by one, so a first release can be a narrow product line and still meet every rule that applies to it.
NCPDP SCRIPT messages through Surescripts, transfer requests and prescriber clarifications, matched to the right patient and queued for review.
Work queues by priority and state, with patient profile, interaction checks and prescriber contact in one screen, built for pharmacist throughput.
Separate workflow, role-based permissions and signed, archived prescription records, enabled only once the pharmacy's DEA registration allows it.
Card, HSA and FSA payments captured after approval, plus pharmacy benefit claims, refunds and receipts tied to each order.
Carrier labels, packaging rules per product, temperature-sensitive handling and tracking updates sent to the patient by text or email.
Pharmacist chat, call or video from the order page, counseling notes, refill reminders and renewal requests sent back to the prescriber.
Integrations
The platform sits between prescribers, the pharmacy and the patient. These are the connections we build.
Launch checklist
We work through this list with the pharmacist-in-charge before the first real order ships.
Failure points
Each of these is cheaper to design for than to fix after launch.
Challenge
Orders shipping to a state where the pharmacy is not licensed
Agnotic approach
The licensed-states table is checked at checkout and at verification, and changes to it are logged with who made them.
Challenge
Controlled substances treated like any other order
Agnotic approach
A separate workflow with its own permissions and records, switched off until the registration and audits allow it.
Challenge
A verification queue built as an afterthought
Agnotic approach
We design the pharmacist screens first, because pharmacist time sets how many orders the pharmacy can safely fill.
Challenge
Patient uploads mistaken for prescriptions
Agnotic approach
An uploaded image starts a request to the prescriber; it is never dispensed on its own.
Challenge
Payment taken before a pharmacist approves
Agnotic approach
Cards are authorized at checkout and captured only after approval, so rejected orders do not need refunds.
Challenge
Health data leaking through marketing tools
Agnotic approach
No third-party pixels on prescription or account pages, and analytics events carry no drug names or conditions.
Scope drivers
We do not quote a price before scoping. These factors move the effort most.
Leaving them out of the first release removes the separate workflow, the audited application and extra disclosures.
Each state adds license data, rule checks and sometimes state-specific records to keep.
Cash-pay is a smaller build. Pharmacy benefit claims add adjudication, rejections and reconciliation.
Connecting to the pharmacy management system you run is usually faster than replacing it, if it exposes an interface.
Carrier shipping, local courier and temperature-sensitive delivery each need their own packaging and tracking flows.
Startups often need the full platform and pharmacist tools. Established pharmacies mostly need the online layer.
Who it is for
Every one of them dispenses through a licensed pharmacy; the platform is built for that pharmacy's workflow.
Adding home delivery and online refills to an existing licensed pharmacy.
A ship-to-patient pharmacy built as the product, with pharmacist tools from day one.
Prescriptions from their clinicians routed to a partner pharmacy, with order status back in the app.
High-volume verification queues, packing stations and carrier integrations.
Temperature-sensitive delivery, onboarding calls and refill coordination.
Discharge and outpatient prescriptions delivered to patients at home.
Prescriptions are PHI from the moment they arrive. These are the safeguards we build in.
Agnotic signs a BAA before any PHI is shared, and development uses test prescriptions and synthetic patients only.
Pharmacists, technicians, support staff and couriers each see only what their role needs, set by user and role.
TLS on every connection, encryption at rest, and keys in a secrets manager with rotation.
Every view, edit, approval and shipment is logged with user and time, so the pharmacy can answer any record request.
Health Insurance Portability and Accountability Act
Protect PHI with privacy-first architecture, encrypted storage and transmission, strict access controls, and traceable audit logs.
General Data Protection Regulation
Implement lawful consent flows, data minimization, retention controls, and secure processing for sensitive health data.
Fast Healthcare Interoperability Resources
Enable standardized health data exchange across apps, care teams, and systems through standards-based FHIR APIs.
Health Level Seven International
Support enterprise-grade interoperability with HL7-based integrations for records, events, and clinical messaging workflows.
Health Information Trust Alliance
Align security programs to healthcare-specific control and risk management practices trusted by providers and ecosystem partners.
Health Information Technology for Economic and Clinical Health Act
Design with breach notification readiness, digital record safeguards, and operational controls that support regulated care programs.
FDA Software as a Medical Device
Plan software quality, traceability, and documentation pathways for products that may require SaMD review and submission.
Medical Device Regulation (European Union)
Prepare EU market-ready processes for risk classification, evidence tracking, and lifecycle governance under MDR expectations.
Substance Abuse and Mental Health Services Administration
Apply confidentiality controls and consent-aware sharing models for behavioral and mental health data experiences.
Three stages, with a fixed first release agreed before build starts.
We confirm the licensed states, product lines, payment model and whether controlled substances are in scope.
Intake, pharmacist verification, payments and delivery for one product line, tested with test prescriptions.
More states, insurance claims, specialty products and, when the registration allows, controlled substances.
Standards in scope
Short facts we design around, each linked to the eCFR text.
No controlled substance that is a prescription drug may be delivered, distributed or dispensed by means of the Internet without a valid prescription, and only a pharmacy whose DEA registration is modified to operate as an online pharmacy may fill one.
Source: 21 CFR 1306.09 (eCFR)A controlled substance prescription is effective only if issued for a legitimate medical purpose by a practitioner acting in the usual course of practice, and the pharmacist who fills it carries a corresponding responsibility for proper dispensing.
Source: 21 CFR 1306.04(a) (eCFR)An online pharmacy must comply with state pharmacy licensure law in each state from which, and each state to which, it delivers, distributes or dispenses controlled substances by means of the Internet.
Source: 21 CFR 1301.19(b) (eCFR)Each online pharmacy must display on its homepage a statement that it complies with 21 U.S.C. 831, and must show its DEA-registered name and address, contact details, its pharmacist-in-charge and the states where it is licensed to dispense controlled substances.
Source: 21 CFR 1304.45 (eCFR)A pharmacy application that processes electronic prescriptions for controlled substances must set logical access controls by user name or role for altering or deleting prescription information, and must digitally sign and archive each prescription on receipt or receive and archive a digitally signed record.
Source: 21 CFR 1311.205(b) (eCFR)