Sylabot Technology

Sylabot Healthcare

Clinical data that is ready for review, not guesswork.

Studies generate more data than most teams can keep tidy. Sylabot Healthcare programmes SDTM and ADaM datasets, TFLs, and the QC trail that sits around them. We do not diagnose, treat, or replace clinical judgement. We build the data systems that study teams already run.

Street-level office addresses are not published. Reach the team through the contact form.

Clindata AI
Clinical datasets and protocol-aware study systems

Clinical data programming

From raw extracts to submission-ready datasets.

Programming is scoped to the study you send us. Specs, code, logs, and output stay together so a reviewer can see how a number was made.

Structured clinical datasets and programming workspaces

SDTM and ADaM development

Raw study extracts are mapped into CDISC SDTM and ADaM structures that reviewers can follow. Domains, derivations, and define-ready metadata are built against the protocol and the statistical analysis plan, not a generic template.

TFL programming

Tables, figures, and listings are programmed to the mock shells your biostatistics team approves. Every output traces back to the analysis datasets, so a listing is never a one-off spreadsheet.

SAS and R programming

Work is delivered in the language your environment already trusts. SAS remains the core for many regulated pipelines. R is used where the sponsor has approved it for analysis, QC support, or visualization.

QC and validation

A second programmer reviews code, logs, and output against the specification. Findings are written down. Nothing is marked complete until independent review agrees the result is ready.

Legacy conversion

Older studies, mixed formats, and non-standard extracts are remapped into current structures so they can sit beside live programmes without inventing a second standard.

Study acceleration

Keep the programme moving when the protocol moves.

Artificial Intelligence here is used to structure documents, surface quality issues, and scale repeatable work. Approvals stay with people.

Protocol digitization

Protocol digitization

Protocol text is structured into study objects that programmers and data managers can share. The team works from one source, not a marked-up PDF that lives in someone’s inbox.

Amendment support

Amendment support

When a protocol or analysis plan changes, we isolate what the amendment actually moves. Datasets, specs, and TFLs are updated without restarting the whole programme.

Multi-study scalability

Multi-study scalability

Shared standards, reusable macros, and consistent naming let the same team support more than one study. The method stays stable as the portfolio grows.

AI-supported data quality

AI-supported data quality

Automated checks surface missingness, unexpected values, and mapping drift early. A person still decides what to fix. The model does not close a query on its own.

Clinical data strategy

Decide what to standardise before the next study starts.

Clinical data strategy

We help sponsors decide what to standardise, what to automate, and what must stay under a programmer. Engagements can be a single study, a programme of work, or a review of standards and QC.

Standards that reviewers can follow

CDISC alignment, define metadata, and traceability are treated as part of the delivery, not a late add-on before a submission window.

How we work with you

A study can be staffed as programming support, a dedicated pod, or an advisory review. Scope is written first. Invented clinical outcomes are not published here.

Human review

Automation and document intelligence sit under operational owners. Approvals are not left to the model.

Scope first

Every engagement starts with the study, the data, and the programmers who will own it. We do not publish invented clinical results.

Same company

Sylabot Healthcare is a division of Sylabot Technology, alongside Sylabot AI and Sylabot Talent Acquisition. Clindata AI is the product surface for this work.

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