Schedule

Cleanrooms are critical environments for pharmaceutical manufacturing, ensuring product safety and quality. The latest innovations focus on improving contamination control, automation, and monitoring systems. These advancements not only enhance operational efficiency but also help manufacturers comply with increasingly stringent regulatory standards.

With the rise of temperature-sensitive biologics and vaccines, cold chain logistics have never been more important. Innovations in real-time temperature tracking, packaging solutions, and last-mile delivery are revolutionising how pharma companies ensure product integrity throughout the supply chain - reducing spoilage and improving patient safety worldwide.

Bioproduction continues to grow rapidly, driven by advances in biologics, cell and gene therapies, and personalised medicine. New manufacturing platforms and process intensification techniques are enabling higher yields, faster scale-up, and more flexible production - making biopharmaceuticals more accessible and affordable.

Sustainability is now a core focus for pharma manufacturing. Suppliers who prioritise eco-friendly materials, reduce waste, and implement greener processes are gaining traction. This shift not only supports environmental goals but also aligns with regulatory pressure and growing demand from socially conscious stakeholders.

The pharmaceutical industry in 2026 is being reshaped by digital innovation, personalized care, and regulatory change. 

AI and generative models are streamlining drug discovery, reducing R&D timelines, and supporting clinical trial design. Digital health tools including wearables and remote monitoring are powering decentralised trials and improving patient engagement. 

Precision medicine continues to expand, driven by advances in genomics and diagnostics. Real-world evidence and digital biomarkers are gaining traction with regulators, influencing approvals and reimbursement. 

Manufacturing is becoming smarter, with continuous production, digital twins, and stronger supply chain transparency.

Military simulation systems are vital for the provision of increasingly realistic, risk-free training environments for global militaries, while also offering a significant reduction in costs compared to real world solutions.

Modern soldier systems integrated wearable technologies, communications systems, and protective gear to battlefield effectiveness and survivability. From electronic warfare system to prevent drone threats, to quicker and more actionable sharing of data, the humble soldier is fast becoming a critical warfare node.

Uncrewed airborne logistics offer the potential to transform military supply chains in being able to quickly deliver equipment to locations or people in need. Attritable for use in contested environments, uncrewed airborne logistics look set for greater integration into advanced militaries around the world, providing much-needed operational efficiencies. 

Advances in naval propulsion systems are driving greater speed, efficiency, and stealth features for modern warships, while providing ESG benefits in reducing environmental impact. Might hybrid or electric drive become more commonplace among the world’s navies?