Built for validated, audit-ready production.

Pharmaceutical & Life Sciences Manufacturing

Validated Automation Where Compliance Is Not Optional

In pharmaceutical and life sciences manufacturing, the stakes are too high for automation that is almost compliant. Regulatory gaps, failed validation, or data integrity issues can halt production, trigger warning letters, or put patients at risk. Lineside designs control systems built for GMP environments from the start, with the traceability, containment, and validation documentation that FDA, Health Canada, and your own quality team require.

We bring engineering rigour from high-demand sectors and apply it to the precision and compliance demands of pharmaceutical manufacturing. Whether you’re a CDMO managing high-mix production or a manufacturer scaling a new product line, Lineside delivers automation you can validate, audit, and rely on.

Compliance starts with engineering, not paperwork. Let’s talk about your facility.

REGULATORY FRAMEWORK

Automation Aligned with Pharma Regulatory Requirements

Pharmaceutical manufacturing operates under some of the most stringent regulatory oversight in any industry. Every control system Lineside designs is developed with awareness of these requirements because the architecture decisions made at the design stage determine your compliance posture for the life of the system. We implement systems that fit your SOPs.

Built for FDA, Health Canada, and ISPE Frameworks

21 CFR Part 11

FDA electronic records & signatures: audit trails, access control, data integrity.

GMP

Good Manufacturing Practice: consistency, documentation, contamination prevention.

GAMP 5

ISPE risk-based approach to computer system validation.

Health Canada

Canadian pharma manufacturing regulations & drug GMP guidelines.

IQ / OQ / PQ

Installation, Operational, Performance Qualification: full validation lifecycle.

21 CFR Part 210/211

Current Good Manufacturing Practice regulations for finished pharmaceutical products.

Lineside’s engineering approach incorporates your requirements at the specification and design stage so your validation effort is supported by clean, well-documented code, comprehensive I/O documentation, and systems that behave predictably under test conditions.

WHAT WE HEAR FROM PHARMA & LIFE SCIENCES CLIENTS

The Challenges You're Facing

Pharma and CDMO clients we work with consistently raise these pain points.

21 CFR Part 11 Gaps

Electronic records and signatures that don't meet 21 CFR Part 11 requirements, creating data integrity risk and audit exposure.

Validation Burden

Validation documentation that is incomplete, inconsistent with the installed system, or not maintained after changes, making IQ/OQ/PQ execution painful and time-consuming.

Containment Risk

Poor material containment controls creating cross-contamination risk between product campaigns: a critical issue in high-mix CDMO environments.

Batch Record Integrity

Batch record accuracy issues from manual data entry, system integrations that miss parameters, or process steps that aren't tracked.

High-Mix Inflexibility

Inflexible automation that slows changeover between products: a major constraint for CDMOs managing multiple clients on shared equipment.

Legacy Systems

Aging control systems that can't support the data logging, audit trail, or access control requirements of modern regulatory standards.

OUR FOUR CORE PILLARS FOR PHARMACEUTICAL AUTOMATION

Engineering for Compliance, Flexibility, and Repeatability

01

Compliance by Design

21 CFR Part 11, GMP, and GAMP 5 requirements can be built into system architecture from the specification phase. Access control, audit trails, electronic signatures, and data integrity measures as standards, not add-ons.

02

Validation-Ready Documentation

We produce the documentation your validation team needs per your SOPs: functional specifications, I/O lists, wiring diagrams, program backups, and instrument calibration records. We can also support development of IQ/OQ/PQ protocols.

03

Material Containment & Traceability

Containment interlocks, campaign management logic, material tracking from receipt to release, and batch genealogy. Engineered to prevent cross-contamination and prove traceability from raw material to finished product.

04

High-Mix Flexibility

Recipe-driven automation with parameter lockouts allows rapid changeover between products without re-programming. Ideal for CDMOs running multiple formulations on shared equipment with minimal downtime.

These four pillars define how Lineside approaches every pharma project: from first conversation to commissioning and beyond.

EQUIPMENT & SYSTEMS INTEGRATION

Pharma-Specific Equipment We Integrate With

Pharma plants run equipment most integrators have never touched: lyophilizers, autoclaves, isolators, particle counters, serialization printers. We integrate this hardware into your SCADA + historian + EBR so a single audit trail tells the whole batch story.

Aseptic Processing Equipment

Lyophilizers — GEA, IMA, SP Scientific

Vial & ampoule fillers — Bosch, Optima, Groninger

Isolators & RABS — Skan, Getinge

Autoclaves, SIP & tubing welders

Glove-port leak testers

Tubing welders / sealers

Environmental & Cleanroom Monitoring

Particle counters — TSI, Lighthouse, Met One

Viable air samplers — MAS-100, EMTEK

Vaisala T/RH + differential pressure

BMS / EMS — Honeywell, JCI, Siemens Desigo

Pure steam & WFI quality probes

BMS / EMS (Honeywell, JCI, Siemens Desigo)

Validation, MES & Compliance Stack

Werum PAS-X / OpenPath MES

Rockwell PharmaSuite + Ignition 21 CFR Part 11

Kneat & ValGenesis VLMS

OPC UA + ISA-95 / S88 batch + eBR

Ignition 21 CFR Part 11 module

Electronic Batch Records (eBR)

Serialization, Track & Trace, Devices

Vision — Cognex, Antares, Mettler-Toledo

Serialization printers — Domino, Videojet, Markem-Imaje

DSCSA + EU FMD aggregation + RFID

PI Historian + AVEVA Insight

Tamper-evidence sealers

PI Historian + AVEVA Insight

OUR CAPABILITIES

What We Can Do in Pharma & Life Sciences Manufacturing

We support control system integration, modernization, and turnkey projects across the pharmaceutical production lifecycle.

Areas where we can help:

1

API Containment and Control

  • Batch reactor control
  • CIP/SIP sequences
  • Containment interlocks

Batch reactor control, temperature and pressure management, automated CIP/SIP sequences, containment interlocks, process parameter logging with full audit trails, and electronic batch record generation.

2

Formulation & Compounding

  • Gravimetric dosing
  • Recipe enforcement
  • Batch traceability

Gravimetric dosing and dispensing control, recipe management with parameter enforcement, environmental monitoring integration, containment verification, and batch traceability from raw material through formulation.

3

Fill-Finish Operations

  • Aseptic fill control
  • Vision inspection
  • Cleanroom monitoring

Aseptic fill line integration, fill-volume control and in-process weight checking, stopper/capper integration, vision inspection for container integrity, and cleanroom pressure and airflow monitoring.

4

Packaging & Serialization

  • DSCSA track & trace
  • Label verification
  • Tamper evidence

Automated packaging line control, DSCSA + EU FMD-aligned serialization, label verification, tamper-evidence integration, and lot/expiry management.

5

Cleanroom & HVAC Control

  • Differential pressure
  • Particle monitoring
  • Environmental alarms

Environmental monitoring (temperature, humidity, differential pressure, particle count), cleanroom HVAC cascade control, alarm management, and integration with Building Management Systems and EMS.

6

SCADA & Data Systems

  • 21 CFR Part 11
  • Electronic batch records
  • Historian integration

21 CFR Part 11-compliant SCADA implementation (Ignition, FactoryTalk, WinCC, AVEVA), electronic batch records, OPC-UA integration with MES/ERP, historian integration, and audit trail configuration.

End-to-end control system integration across the pharma manufacturing lifecycle: built for compliance from day one.

INDUSTRY STANDARDS

Standards & Frameworks We Engineer To

VALIDATION LIFECYCLE
GAMP 5 Category Mapping
CATEGORY 3
Non-configured COTS: historians, OS, network
CATEGORY 4
Configured products: Ignition, FactoryTalk, WinCC, recipe SCADA
CATEGORY 5
Custom code: PLC logic, custom HMI faceplates, EBR scripts
Risk-based effort. Cat 3 vendor-validated. Cat 5 full V-model. Every deliverable mapped to its category.

Industry Framework

ISPE GAMP 5

Risk-based computer system validation

The international standard for validation of GxP computerized systems. Our design and documentation workflows align with GAMP 5 category 3, 4 and 5 software handling so your validation effort is structured, defensible, and audit-ready from day one.

5
GAMP categories covered
9
ALCOA+ properties
100%
tamper-evident audit trails
DATA INTEGRITY
ALCOA+ Principles in Practice
A
Attributable
L
Legible
C
Contemporaneous
O
Original
A
Accurate
+CCEA
Complete, Consistent, Enduring, Available
Engineered into the SCADA + historian layer. Architectural, not a checklist.

Industry Framework

ALCOA+ Data Integrity

Attributable. Legible. Contemporaneous. Original. Accurate. + Complete, Consistent, Enduring, Available.

Every audit trail, electronic record and historian configuration we deliver is engineered around ALCOA+. Time-synchronized servers, role-based access, immutable logs and contemporaneous capture are configured at the SCADA and historian layers, not bolted on afterwards.

9
ALCOA+ properties enforced
NTP
time-sync at SCADA + historian
0
mutable audit-trail records

OUR APPROACH

How We Work with Pharma Clients

Pharmaceutical automation projects require a structured, disciplined approach. Here’s how we engage:

1

Discovery

We invest time understanding your process, your regulatory environment, your validation approach, and your operational constraints before proposing a solution.

2

Specification First

We produce function and design documents for your review before any programming begins.

3

Revision Control

We follow structured revision management practices throughout the project. Every change is documented, reviewed, and captured via revision control.

4

Clean, Auditable Code

Our code is clean, structured, and commented. We don’t write spaghetti logic that makes validation painful and future changes risky.

5

Complete Documentation

We produce complete deliverable packages: as-built drawings, I/O lists, program backups, calibration records, and all documentation required for IQ/OQ/PQ execution.

6

Ongoing Support

We remain available after commissioning for technical support, change management, and system health evaluations. Your needs don’t end at go-live.

WHY IT MATTERS

The Business Case for Validated Automation

Compliance failures aren’t just regulatory exposure. They’re production stoppages, rejected batches, delayed launches, and erosion of regulator trust that takes years to rebuild. Engineering compliance into your control systems from day one is the lowest-cost path to predictable, audit-ready production.

Audit-Ready

Validation packages built into project deliverables, not assembled at the last minute. Regulators see a system designed to be audited.

Lower Cost

Clean specifications, well-documented code, and predictable system behaviour cut validation cycle time and rework.

Faster

Recipe-driven, parameter-locked automation lets CDMOs run more product lines on the same equipment with less downtime.

ALCOA+

Tamper-evident audit trails and time-synchronized historian capture mean batch records hold up under regulatory scrutiny.

FREQUENTLY ASKED QUESTIONS

Common Questions from Pharma & Life Sciences Manufacturers

Pharma teams often start with these questions before bringing us into a project. If yours isn’t covered, just reach out.

How do you ensure our systems meet 21 CFR Part 11 requirements?

21 CFR Part 11 compliance is built into system architecture from the start, not retrofitted. Through the discovery process, we understand your needs and SOPs. This often means role-based access control with unique user IDs, electronic signatures with meaning and authority, tamper-evident audit trails that capture who changed what and when, time-synchronized clocks, and data integrity measures that prevent unauthorized modification of electronic records. We configure these elements in the SCADA and historian layers, and we document the configuration for your validation records.

Recipe-driven automation is the answer. We implement master recipe libraries at the SCADA level with parameter lockouts that prevent operators from running off-specification processes. Product changeover is guided by the system, checklist-driven with interlock verification, reducing changeover time and human error risk. Each recipe is revision-controlled and access-restricted, so the right product gets the right parameters every time.

We produce a comprehensive documentation package designed to support your IQ/OQ/PQ execution: functional design specification, detailed I/O list, electrical wiring diagrams, instrument calibration records, program documentation with annotated code, as-built drawings, and change logs. We can also work with your validation team to develop test protocols, or review protocols prepared by your team to ensure they’re aligned with the installed system.

Containment is addressed at the engineering level through interlock logic that enforces sequence requirements. For example, preventing a reactor from opening until containment conditions are confirmed, or requiring a validated cleaning cycle before a new campaign can begin. We design containment verification into the process control logic, and we log all containment-related events in the audit trail. For highly potent compounds, we can design for single-pass airflow, negative pressure confirmation, and containment breach alarming. We follow your lead on this topic; we aim to meet your SOPs or help you improve on your current systems.

Often, yes. We assess what’s in place and identify what needs to change to achieve compliance, which is frequently the HMI and SCADA layer rather than the PLC and field instruments. Adding a compliant historian, implementing user authentication, and configuring audit trails can often be accomplished without wholesale replacement of working control hardware. We’ll give you an honest assessment of what’s required and what the options are.

We work with Ignition (Inductive Automation), FactoryTalk View (Rockwell), WinCC (Siemens), and Wonderware. For pharmaceutical applications, Ignition is often our recommendation because of its native 21 CFR Part 11 compliance module, open architecture, and strong historian and reporting capabilities. We recommend the platform that best fits your compliance requirements, existing infrastructure, and long-term maintainability needs.

Let's Build Your Compliant Automation Foundation

Compliance, traceability, and validated performance, engineered from the start. Connect with our team for a no-obligation consultation.

1-888-845-7955  |  [email protected]  |  60 Ottawa St S, Kitchener, ON, N2G 3S7