OT Digitalization for Pharmaceutical Manufacturing

OT Data Historian

OT-IT Integration

OT Cybersecurity

Consyst Digital helps pharmaceutical and life sciences manufacturers capture reliable plant-floor data, route it securely into MES, LIMS, QMS, and ERP systems, and protect critical OT infrastructure to improve production visibility and accelerate compliance readiness.

Challenges

Challenges in Pharmaceutical Manufacturing Digitalization

Plant-floor systems were built for production, not for data integrity or cyber resilience. As regulators push for accountability, the gaps in legacy OT environments become operational and compliance liabilities.

Disconnected Systems

Inconsistent data models create silos between PLC/SCADA and MES/ERP platforms, significantly slowing down batch release processes.

OT Cyber Exposure

Convergence widens the attack surface. Legacy systems and unmanaged endpoints raise ransomware-driven downtime risks on fill-finish lines.

Disconnected Systems

Inconsistent data models create silos between PLC/SCADA and MES/ERP platforms, significantly slowing down batch release processes.

Data Integrity Risk

Fragmented systems make consistent ALCOA+ data integrity difficult, leading to risks during regulatory audits.

Identity Sprawl

Unmanaged domain controllers and multiple local accounts weaken accountability and complicate multi-site audits.

Limited Visibility

Without centralized monitoring, deviations are caught late, leading to stalled decisions and high operational waste.

Our Pharmaceutical OT Digitalization Solutions

Three solution pillars, engineered to work as one connected system: a reliable historian, a secure integration layer, and a robust cybersecurity shield.

Solution 01

OT-IT Integration & Pharma DataOps

Connect manufacturing with enterprise applications.

Routes batch genealogy, equipment status, and environmental data securely into MES, LIMS, and ERP so quality teams work from the same facts, close to real-time.

PLC / SCADA to ERP Connectivity

Secure Data Integrity Pipelines

OPC UA & MQTT Architecture

MES/LIMS Platform Integration

Manufacturing Data Modeling

Real-time Data Exchange

Enables:

• End-to-end traceability from raw material to batch

• Near-real-time visibility for quality decisions

Solution 02

OT Data Historian Solutions

Capturing operational data you can trust.

A reliable historian is the backbone of any digitalized pharma facility. Without accurate, time-stamped process data, batch reviews and regulatory reporting are harder to defend.

OSIsoft PI / AVEVA Implementation

Critical Process Parameters Capture

Tag Standardization & Context

Batch Genealogy Support

Audit Trail Synchronization

Historian Disaster Recovery

Enables:

• Faster, more defensible batch review

• Single source of truth across production lines

Solution 03

OT Cybersecurity for Pharmaceutical Plants

Protect a plant that can't afford downtime.

OT-safe methods that protect production networks while supporting regulatory requirements without disrupting live operations.

Purdue Model Segmentation

Passive Asset Discovery

OT Domain Authentication

Intrusion & Threat Detection

Endpoint Hardening

Resilient OT Backup/DR

Enables:

• Reduced exposure to unauthorized access

• Defensible posture for regulatory audits

Engineered for Excellence. Compliant by Nature.

Since 2009, our 85+ industrial automation engineers have delivered 350+ OT digitalization projects across 9+ countries — each one engineered first for precision, security, and reliability. When your manufacturing architecture is built to this standard, meeting pharmaceutical compliance requirements like FDA 21 CFR Part 11 and EU GMP Annex 11 stops being a separate checkbox. It's simply what happens when OT cybersecurity and data integrity are engineered in from day one.

Engineered Integrity, Naturally Auditable

Traceable audit trails, segmented OT networks, and layered access controls aren't compliance checkboxes we bolt on at the end — they're the standard output of how we engineer every industrial control system from the ground up. The result: your quality team gets defensible, inspection-ready evidence on demand, because data integrity was never an afterthought. It was the architecture.

see How Our Engineering Practice Satisfies Every Standard

Our Engineering Practice

Standard It Naturally Satisfies

Deploying OT Domain Controllers and Endpoint Hardening to secure electronic records, audit trails, and user access control.

US FDA 21 CFR Part 11

Utilizing OT Domain Controllers with comprehensive patching and hardening to ensure validated system integrity, change control, and data security.

WHO GMP Annex 11

Implementing OT Data Historians with validated integration for robust data integrity, audit trails, and support throughout the validation lifecycle.

EU GMP Annex 11 / GAMP 5

Establishing network segmentation and OT Domain Controllers to maintain strict security levels, zone & conduit models, and access control.

IEC 62443 (ISA/IEC)

Combining network segmentation, intrusion detection, and patching to facilitate proactive risk management, asset visibility, and incident response.

NIST SP 800-82

Our Edge

Why Choose Consyst Digital

OT-Focused Experience

17+ years of specialized expertise in operational technology and industrial automation.

Pharma Understanding

Deep knowledge of GxP facilities and stringent pharmaceutical regulatory requirements.

Vendor-Neutral

Architecture designed for flexibility, integrating seamlessly with your existing stack.

Proven Methodology

Non-disruptive deployment strategies that protect live production environments.

Trusted by Industry Leaders

Frequently Asked Questions

What is OT digitalization in pharmaceutical manufacturing?

OT digitalization in pharmaceutical manufacturing is the process of securely connecting plant-floor operational technology - PLCs, SCADA, DCS, and historians - to enterprise and quality systems, so production data is accurate, traceable, and protected. It combines reliable data capture, OT-IT integration, and OT cybersecurity to improve visibility, data integrity, and compliance readiness.

Why is OT cybersecurity critical for pharmaceutical plants?

OT cybersecurity is critical because IT-OT convergence exposes production networks to threats like ransomware that can halt fill-finish and packaging lines, destroy batches, and compromise data integrity. Strong OT security - segmentation, monitoring, and access control - protects both patient safety and regulatory compliance.

How does OT-IT integration improve pharmaceutical compliance and support key regulations?

OT-IT integration delivers accurate, attributable, time-stamped data from the plant floor into MES, LIMS, QMS and ERP systems, supporting FDA 21 CFR Part 11 and EU GMP Annex 11 requirements for data integrity, traceability, and audit-ready electronic records. It also helps align pharmaceutical OT cybersecurity and data systems with ISA/IEC 62443, the NIST Cybersecurity Framework, GAMP 5, and ALCOA+ data-integrity principles. The key standards are FDA 21 CFR Part 11 (electronic records and signatures), EU GMP Annex 11 (computerized systems), ISA/IEC 62443 (industrial control system security), the NIST Cybersecurity Framework, and GAMP 5 with ALCOA+ data-integrity principles.

What is an OT data historian and why does pharma need one?

An OT data historian captures high-fidelity, time-stamped processes, and environmental data from plant equipment. Pharmaceutical manufacturers need one to support defensible batch review, deviation investigation, trend analysis, and a single source of truth for regulated reporting.

What is ISA/IEC 62443 and how does it apply to pharmaceutical manufacturing?

ISA/IEC 62443 is the leading global standard for industrial automation and control system security. In pharma, it guides network segmentation, asset management, and defense-in-depth design to protect OT systems without disrupting validated production.

How do you secure OT systems without disrupting validated production?

We use OT-safe methods - passive asset discovery, read-only monitoring, and phased deployment aligned to validated change control - so security is added without interrupting live operations or invalidating qualification.

Which historian platforms does Consyst Digital work with?

Consyst Digital is vendor-neutral and works with leading platforms including OSIsoft PI/AF, AVEVA Historian, and Ignition, recommending the right fit based on operational and compliance requirements.

How long does an OT digitalization project take, and is it disruptive?

Timelines depend on scope, but Consyst Digital uses a phased, non-disruptive methodology - assessment, architecture design, deployment, validation support, and maintenance - designed to minimize production impact in live GxP environments.

How do we get started with a pharmaceutical OT digitalization project?

Start with a Pharma Digitalization Assessment. Our OT experts evaluate your current historian, integration, and security posture and deliver a prioritized, compliance-aligned roadmap.

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Ready to implement secure, connected, and data-driven manufacturing operations? Our experts are here to help.

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OT Digitalization for Pharmaceutical Manufacturing

OT Data Historian

OT-IT Integration

OT Cybersecurity

Consyst Digital helps pharmaceutical and life sciences manufacturers capture reliable plant-floor data, route it securely into MES, LIMS, QMS, and ERP systems, and protect critical OT infrastructure to improve production visibility and accelerate compliance readiness.

Challenges

Challenges in Pharmaceutical Manufacturing Digitalization

Plant-floor systems were built for production, not for data integrity or cyber resilience. As regulators push for accountability, the gaps in legacy OT environments become operational and compliance liabilities.

Disconnected Systems

Inconsistent data models create silos between PLC/SCADA and MES/ERP platforms, significantly slowing down batch release processes.

OT Cyber Exposure

Convergence widens the attack surface. Legacy systems and unmanaged endpoints raise ransomware-driven downtime risks on fill-finish lines.

Disconnected Systems

Inconsistent data models create silos between PLC/SCADA and MES/ERP platforms, significantly slowing down batch release processes.

Data Integrity Risk

Fragmented systems make consistent ALCOA+ data integrity difficult, leading to risks during regulatory audits.

Identity Sprawl

Unmanaged domain controllers and multiple local accounts weaken accountability and complicate multi-site audits.

Limited Visibility

Without centralized monitoring, deviations are caught late, leading to stalled decisions and high operational waste.

Our Pharmaceutical OT Digitalization Solutions

Three solution pillars, engineered to work as one connected system: a reliable historian, a secure integration layer, and a robust cybersecurity shield.

Solution 01

OT-IT Integration & Pharma DataOps

Connect manufacturing with enterprise applications.

Routes batch genealogy, equipment status, and environmental data securely into MES, LIMS, and ERP so quality teams work from the same facts, close to real-time.

Enables:

• End-to-end traceability from raw material to batch

• Near-real-time visibility for quality decisions

Solution 02

OT Data Historian Solutions

Capturing operational data you can trust.

A reliable historian is the backbone of any digitalized pharma facility. Without accurate, time-stamped process data, batch reviews and regulatory reporting are harder to defend.

Enables:

• Faster, more defensible batch review

• Single source of truth across production lines

Solution 03

OT Cybersecurity for Pharmaceutical Plants

Protect a plant that can't afford downtime.

OT-safe methods that protect production networks while supporting regulatory requirements without disrupting live operations.

Enables:

• Reduced exposure to unauthorized access

• Defensible posture for regulatory audits

Engineered for Excellence. Compliant by Nature.

see How Our Engineering Practice Satisfies Every Standard

Our Engineering Practice

Standard It Naturally Satisfies

Deploying OT Domain Controllers and Endpoint Hardening to secure electronic records, audit trails, and user access control.

US FDA 21 CFR Part 11

Utilizing OT Domain Controllers with comprehensive patching and hardening to ensure validated system integrity, change control, and data security.

WHO GMP Annex 11

Implementing OT Data Historians with validated integration for robust data integrity, audit trails, and support throughout the validation lifecycle.

EU GMP Annex 11 / GAMP 5

Establishing network segmentation and OT Domain Controllers to maintain strict security levels, zone & conduit models, and access control.

IEC 62443 (ISA/IEC)

Combining network segmentation, intrusion detection, and patching to facilitate proactive risk management, asset visibility, and incident response.

NIST SP 800-82

Our Edge

Why Choose Consyst Digital

OT-Focused Experience

17+ years of specialized expertise in operational technology and industrial automation.

Pharma Understanding

Deep knowledge of GxP facilities and stringent pharmaceutical regulatory requirements.

Vendor-Neutral

Architecture designed for flexibility, integrating seamlessly with your existing stack.

Proven Methodology

Non-disruptive deployment strategies that protect live production environments.

Trusted by Industry Leaders

Frequently Asked Questions

An OT data historian captures high-fidelity, time-stamped processes, and environmental data from plant equipment. Pharmaceutical manufacturers need one to support defensible batch review, deviation investigation, trend analysis, and a single source of truth for regulated reporting.

ISA/IEC 62443 is the leading global standard for industrial automation and control system security. In pharma, it guides network segmentation, asset management, and defense-in-depth design to protect OT systems without disrupting validated production.

We use OT-safe methods - passive asset discovery, read-only monitoring, and phased deployment aligned to validated change control - so security is added without interrupting live operations or invalidating qualification.