AI CONTROL PLATFORM

Measure
01

Monitoring and Mathematical Analysis in one Platform.

Results from deployments currently in operation across pharmaceutical, CDMO, and industrial biomanufacturing environments. Not demonstration conditions.

01
~70%
Reduction in process development cycle time
02
>50%
Reduction in batch failure rate
03
20+
Deployed systems
04
8
Countries
The unit

Live monitoring.

Mathematical analysis.

Global fleet management.

Every parameter of a running batch on one screen — live chart, phase progression, event timeline. Each recommendation can be applied, deferred, or simulated first.

Filtering, smoothing, drift correction, multivariate models. Raw and processed signals sit in one overplot, so every step stays traceable.

The whole fleet at a glance: status per reactor, open alerts, yield and fleet health in one KPI row.

nVohu Live Ops screen: live process chart of a running batch with parameter selection, phase progression and event timelinenVohu Analytics screen: signal processing modules with raw and processed batch signals shown in one overplotnVohu fleet dashboard: reactor grid with per-unit status, KPI row, active alerts and upcoming events
01
Live monitoring
02
Mathematical analysis
03
Global fleet management
Capabilities

What the platform does.

01 / Sensing

Traceable prediction

Physics-informed bioprocess models grounded in established kinetics, combined with machine learning trained on continuous process data. Each prediction traces back to its biochemical basis.

02 / Closed-loop control

Bounded autonomy

Setpoint adjustment, feed strategy, and drift correction executed within defined operational bounds. The operator retains override authority at all times.

AI Process Unit →
03 / Fleet-level intelligence

Transfers with the process

Unified monitoring across multi-reactor and multi-site deployments. Process signatures transfer with the process during technology transfer.

04 / Cross-batch learning

Improves each run

Model improvement propagates across deployments as anonymised pattern data. Customer process data is not shared across organisations.

Licensing

One platform, four tiers

The licence unit is the site — named users and connected reactors are unlimited in every tier. The full scientific capability of the platform is present in every tier; what is gated is the compliance layer, deep plant integration, and multi-site scale.

Free Trial

Sixty days on a single site with the full scientific platform open. For teams who want to run their own process data through it before committing to anything.

Academic

An annual licence for universities and research institutes. The complete analysis environment for teaching and non-commercial research, with API access for your own tooling.

R&D*

For process development and MSAT teams working outside GMP. Adds plant connectivity, so models run against live equipment rather than exported files.

Enterprise

For commercial GMP manufacturing. Full plant integration, regulated operation with audit trail and validation, and model federation across every site you run.

What changes between tiers
Swipe to see all four tiers →
Free Trial
Academic
R&D*
Enterprise
Commercial terms
Licence unit
1 site, 60 days
Per site, annual
Per site, annual
Per site, annual
Eligibility
Any prospect
Degree-granting institutions; non-commercial research and teaching
MSAT departments; startups below stated threshold
Commercial manufacturing; all CROs and CDMOs
Use rights
Evaluation only
Non-commercial
Commercial, non-GMP
Commercial, GMP
Named users
Unlimited
Unlimited
Unlimited
Unlimited
Connected reactors
Unlimited
Unlimited
Unlimited
Unlimited
Runs on
Customer compute
Customer compute; AI process unit optional
Customer compute; AI process unit optional
AI process unit required
Core platform — included in every tier
Live Ops, fleet view, alerts
Signal processing suite
Multivariate analysis (PCA, PLS)
Time-series and dynamic modelling
Batch comparison and divergence analysis
Process optimisation environment
Predictive failure detection
Custom model training
Third-party sensor ingestion
Integration
API access
OPC-UA
PLC / DCS / MES integration
Regulated operation
21 CFR Part 11 mode, e-signature
Audit trail, change control support
Validation package (IQ / OQ / PQ)
Scale
Cross-site model federation
Multi-site deployment
Add-on
Service
Data retention
Trial period
2 years
3 years
Full history
Support
Community
Community and email
Business hours, response targets
SLA, named contact, escalation

Collaboration arrangement

Outside the tier ladder: full Enterprise capability, provided free of charge, time-bounded and governed by the terms of the collaboration agreement.

* R&D refers to MSAT departments of pharmaceutical companies, R&D departments of CDMOs and CROs, and biomanufacturers.

Specification

Known now. Detailed on request.

Model architectureHybrid mechanistic-ML, process-specific initialisation, cross-deployment transfer learning
Control outputFeed strategy recommendations, setpoint adjustments, drift alerts, trajectory predictions
ModalitiesCHO, E. coli, yeast, microbial fermentation
DeploymentOn-premise edge inference with platform synchronisation
RegulatoryDesigned for GMP readiness. FDA PAT framework alignment.
PartnershipNVIDIA Connect Program member
Previous productNext product
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.