Search for pharmacovigilance software companies and you get lists that mix very different businesses together: global enterprise vendors, cloud-native platforms, PV outsourcing firms, and software houses that will build a safety database to order. They are not interchangeable. Each one sells a different thing, and the right shortlist starts with knowing which of those things you are buying.
Who wrote this
PVgenix is one of the companies described below — we build a pharmacovigilance platform and we also build custom safety software. Read our conclusions with that in mind. We make no claims about what any other vendor's product does or does not do; confirm anything decision-critical with each vendor directly, in writing.
A safety database is the system of record for adverse event reports. It takes in individual case safety reports (ICSRs), supports triage, MedDRA and WHO Drug coding, causality assessment, narrative writing, and quality and medical review, and then generates and submits E2B(R3) reports to regulators within their deadlines. Around that core sit literature monitoring, signal detection, aggregate reporting (PBRER, PSUR, DSUR) and quality management. Every one of those steps has to leave an audit trail that satisfies 21 CFR Part 11 and EU GVP expectations — which is what makes this software harder to build than it looks. See ICSR case processing for the workflow in detail.
| Type of company | What you buy | Typically suits | Watch for |
|---|---|---|---|
| Enterprise safety platform vendors | A licence to a large, established safety suite, usually with an implementation partner | Large MAHs with high case volumes, many markets and an in-house IT and validation function | Licence and implementation cost, long go-live timelines, and separately licensed modules |
| Cloud-native platform vendors | A hosted, configurable safety database on subscription, with the vendor running the infrastructure | CROs, small and mid-size pharma, biotech and generics companies that want a working system quickly | Depth of submission coverage, tenant model, and what the subscription actually includes |
| PV service providers and CROs | Case processing, QPPV and PV operations performed for you — often on a safety database they license | Companies outsourcing the PV function itself rather than buying a system | Who owns the database and your data, and how you get it back when the contract ends |
| Custom software development companies | Engineers who build or adapt a safety database, LIMS or regulatory tool to your specification | Processes or data models no product fits, or companies with a roadmap and no engineers | Domain depth in GxP and Part 11, and whether qualification documentation is delivered with the code |
1. Enterprise safety platform vendors
The established enterprise suites — Oracle Argus Safety, ArisGlobal LifeSphere and Veeva Vault Safety are the names most buyers already know — are where most large marketing authorisation holders run their safety operations. They are typically bought through a licence plus an implementation project. If you are comparing against one of them, our Oracle Argus alternatives, Veeva Vault Safety alternatives and ArisGlobal alternatives guides cover the evaluation questions in depth.
2. Cloud-native platform vendors
A newer group of vendors offers the safety database as a hosted service: no on-premise installation, configuration rather than customisation, and subscription pricing. This is the category PVgenix sits in for most clients. The questions that separate vendors here are which regulators the system can actually submit to, whether the AS2 gateway is included, how tenants are isolated, and what the documentation package covers. Our pharmacovigilance software cost guide breaks down what a subscription should and should not include.
3. PV service providers and CROs
Many of the names on 'top pharmacovigilance companies' lists are service firms. They process your cases, provide a QPPV, and run signal and aggregate reporting — usually on a safety database they license from a vendor in rows one or two. That is the right answer if you want to outsource the PV function. It is a different purchase from buying software, and the contract should spell out who owns the database, where your data sits, and how it is exported to you in E2B format when the engagement ends. Our guide to pharmacovigilance outsourcing technology covers the due-diligence questions.
4. Custom safety software development companies
Some companies need a safety database built rather than bought: an unusual workflow, a data model no product supports, a system that sits next to the safety database (a LIMS, a reconciliation tool, a regulatory tracker), or an in-house platform that needs engineers. General software houses can write the code; the difference with a specialist is whether the team already knows what an audit trail has to capture, how electronic signatures must behave under Part 11, and how to deliver URS, FS, DS, IQ/OQ/PQ and a traceability matrix alongside the software rather than after it.
India has all four kinds. Large PV service operations run from Hyderabad, Bengaluru, Mumbai, Pune, Delhi NCR and Chandigarh-Mohali, and a smaller number of Indian companies build and sell their own safety databases. For Indian buyers the practical differences are cost base, support in the same timezone, India region hosting for contracts that require data to stay in the country, and — because so much Indian output is exported — whether the system covers the FDA, EMA and MHRA submission routes export markets require.
PVgenix Private Limited is one of the Indian companies that builds pharmacovigilance software, from its office in Chandigarh. See pharmacovigilance software company in India for the national picture and pharmacovigilance company in Chandigarh for the local one.
- Decide what you are buying. A system you run, a service someone runs for you, or software built to your design. This one decision removes most of any list.
- Write down your submission obligations. Which regulators, which formats (E2B(R2), E2B(R3), CIOMS I, MedWatch 3500A), and which gateways. Ask each company for documented support, not a roadmap.
- Ask who owns what. Your data, the configuration, any custom code, and the exit path in E2B format at the end of the contract.
- Ask what the documentation package contains. VMP, URS, FS, DS, IQ/OQ/PQ, RTM and SOP templates — and whether qualification execution is yours or theirs.
- Compare total first-year cost, not licence price. Implementation, hosting, qualification support, migration, training, and the MedDRA and WHO Drug licences you procure separately.
- Check support hours against your working day, and where the engineers who will fix a problem actually sit.
PVgenix sits in two of the four rows, and is clear about the two it does not.
| Company type | PVgenix |
|---|---|
| Platform vendor | Yes — a hosted, GxP-aligned safety database covering intake, case processing, E2B(R2)/E2B(R3) submission with documented FDA, EMA and MHRA routes, literature monitoring, signal detection, aggregate reporting and QMS |
| Custom development | Yes — an engineering team that builds safety databases, LIMS and regulatory tooling to your requirements, with the documentation set delivered alongside |
| Licensing and components | Yes — white-label licensing of the platform and licensable components such as E2B(R3) generation and MedDRA coding |
| PV services / CRO | No — we do not process cases, act as QPPV, or provide regulatory advice. PV decisions stay with your qualified personnel |
Validation is environment-specific
PVgenix is validation-ready and audit-ready: it ships with a complete IQ/OQ/PQ documentation package to support client-led validation. 'Validated' is a state achieved only after qualification is executed in a specific client environment.
The short version
Pharmacovigilance software companies sell one of four things: an enterprise licence, a hosted platform, an outsourced PV service, or a custom build. Decide which you need first, then compare submission coverage, ownership and exit terms, documentation, total first-year cost, and support hours.
Next: pharmacovigilance software for the PVgenix platform, safety database development for custom builds, and white-label pharmacovigilance software if you want to offer a safety database under your own brand.
Frequently asked questions
Common questions
Four kinds of company: enterprise safety platform vendors (Oracle Argus Safety, ArisGlobal LifeSphere and Veeva Vault Safety are the best-known names), cloud-native platform vendors offering a hosted safety database on subscription, PV service providers who run your PV function on a database they license, and custom software development companies that build a safety database to your specification. PVgenix is a cloud-native platform vendor and a custom development company, based in India.
Specialist software development companies with GxP and 21 CFR Part 11 experience. Look for a team that delivers URS, FS, DS, IQ/OQ/PQ protocols and a traceability matrix alongside the code, builds audit logging and e-signatures in from the first sprint, and will tell you when an existing product would serve you better than a build. PVgenix offers custom safety database development from its team in Chandigarh, India.
A software company sells the system: the safety database, its hosting, and its documentation. A services company performs the work: case processing, QPPV, signal management and aggregate reporting, usually on a database licensed from a software company. Some firms do both. PVgenix is a software company only.
Yes. India has a large PV services industry and a smaller number of companies that build their own safety databases. PVgenix Private Limited is an India-based pharmacovigilance software company in Chandigarh, offering a hosted safety database with India region hosting and custom safety software development.
Buy, in most cases — a configured product is faster and cheaper, and covers the standard ICSR workflow. A build is the right call when your process or data model genuinely does not fit a product, when the system you need is not a safety database at all, or when you have a roadmap and no engineers to deliver it.