ClinicalOS™

Win more bids.
Run faster trials.

The AI-native operating system for CROs and sponsors. Six engines cover protocol drafting, feasibility, eligibility, endpoint timing, recruitment and research — so your commercial team answers a sponsor in hours and your operations team keeps the trial on schedule.

Sponsor RFP response
50% faster
Protocol draft3 weeks4 hours
Feasibility model2 weeks1 day
Eligibility review1 week2 hours
Bid defence pack1 week1 day

Illustrative cycle times for a mid-size oncology bid.

50%
Shorter proposal timelines
3.5×
Operational efficiency gain
6
Engines in one platform
24/7
Active trial oversight
The operational reality

Sponsors ask for more. The old process gives less.

Every CRO feels the same squeeze from both sides. ClinicalOS is built at the point where those two pressures meet.

What sponsors expect

  • Rapid turnarounds

    Sponsors want feasibility responses back in days, at full clinical precision.

  • Defensible feasibility

    Estimates have to be backed by data, not by the last study that looked similar.

  • Compressed timelines

    Flawless execution is expected against schedules that keep getting shorter.

Where legacy process breaks

  • Proposal delays

    Manual protocol drafting stalls bid progression by weeks at a time.

  • Site failures

    High site drop rates trace back to design assumptions nobody could test up front.

  • Margin erosion

    Recruitment dry spells trigger the penalties that quietly eat the execution budget.

What changes

Three things ClinicalOS protects.

Speed on the way in, precision in the estimate, and the margin you agreed to when you signed.

Speed and efficiency

Automated generative workflows replace manual point solutions, so your team responds to a sponsor within hours rather than weeks.

Precision feasibility

Data viability is checked programmatically against live global health registries, which takes historical guesswork out of the estimate.

Margin security

Operational momentum is monitored continuously, protecting execution budgets from the timeline expansions that trigger penalties.

Inside ClinicalOS

Six engines that replace weeks of manual work.

Each one targets a specific bottleneck between an incoming RFP and a trial that actually enrols on schedule.

Protocol Architect

Structures compliant, regulatory-ready trial protocols, compressing pitch cycles from weeks to hours.

Benchmark Intelligence

Reviews past trial timelines, regional costs and competitor profiles to build feasibility models that hold up in a bid defence.

Inclusion & Exclusion Matrix

Tests eligibility criteria against real global registries and flags restrictive design before it stalls enrolment.

Predictive Endpoint Model

Forecasts when outcomes should be measured, based on evidence from comparable trials rather than instinct.

Patient Recruitment Engine

Matches patients to open sites from EHR data, ending the enrolment dry spells that trigger penalties.

Deep Research Engine

Synthesises literature, registries and regulatory history into instant domain expertise in a new therapeutic area.

The commercial bottom line

Overhead converts into margin.

Running commercial and clinical operations on one platform means your team spends its hours on the bids worth winning rather than on assembling the paperwork to chase them.

50%
Reduction in proposal timelines
Zero
Patient recruitment dry spells
3.5×
Operational efficiency gain
24/7
Active trial oversight
Integration and security

Fits the stack you have. Survives the audit you'll face.

ClinicalOS runs alongside the systems your trials already depend on, and every artefact it produces carries the trail a regulator expects.

Seamless compatibility

Native API data pipelines connect into the CTMS and eTMF ecosystem you already run, so nothing has to be ripped out first.

Uncompromised security

Aligned with HIPAA, GDPR and FDA 21 CFR Part 11, with deployment inside your own environment rather than a vendor cloud.

Validated infrastructure

End-to-end user auditing and data traceability, so every generated artefact can be reconstructed for a regulator.

Looking for the sector view instead?

See how ClinicalOS fits alongside our wider healthcare and clinical research work.

Healthcare solutions
ClinicalOS questions

What CRO teams ask before a pilot

Still have questions?

Our team is ready to help — let’s get you set up.

Contact our team