Power every shift with operational context.

Manufacturing teams move faster when they can work from the full context behind a problem. With Glean, teams can find relevant procedures, designs, maintenance history, operational records, and internal expertise across disconnected systems. That makes it easier to troubleshoot issues, compare similar incidents, and take the right next step with more confidence. Static SOPs still matter. Glean helps teams find and apply them faster, with the surrounding context needed to resolve issues.

The most practical AI platforms connect to the systems manufacturers already use, from document repositories and collaboration tools to ticketing, engineering, and operational systems. Glean offers broad connector coverage for common enterprise tools and supports APIs and integration layers for more complex environments. That helps teams start where knowledge already lives instead of waiting for a long integration program before seeing value.

AI is only useful at scale when it respects how access already works. Glean enforces source-system permissions, so employees only see information they’re authorized to access. It also adds governance, sensitive data protection, and security controls designed for enterprise use. That helps manufacturers make knowledge easier to use across plants and functions without loosening controls around supplier, product, or operational information.

The strongest early use cases are usually the ones where expertise is fragmented and delays are costly. Manufacturers often start with troubleshooting, maintenance knowledge access, onboarding, quality investigations, SOP lookup, engineering collaboration, and cross-site knowledge reuse. These workflows reduce time spent searching, make expertise easier to scale, and help teams respond faster to issues in daily operations.

Manufacturers should measure AI against the operational bottlenecks they want to improve. Useful metrics include time to resolve issues, time spent searching for procedures or expertise, repeated work avoided, downtime exposure, and ramp time for new engineers or plant staff. When those gains show up across recurring workflows, AI becomes more than a pilot. It becomes a practical capability that improves how the business runs.

In regulated or defense-related environments, manufacturers need clear answers on data control, deployment model, permission enforcement, auditability, and model interaction. They should understand where the system runs, how sensitive information is protected, how access is governed, and what oversight controls are available. Glean is built to help enterprises adopt AI while maintaining strong security, governance, and control over sensitive data.

The core question is whether your team wants to spend its time building AI infrastructure or solving business problems. Building in-house can make sense for highly specific workflows, but many teams underestimate the work required to connect systems, preserve permissions, rank information well, govern usage, and maintain the platform over time. An enterprise AI platform gives manufacturers a governed foundation so teams can focus on high-value use cases instead of rebuilding context, security, and retrieval from scratch.

Trust comes from usefulness, transparency, and control. Operators and engineers are more likely to adopt AI when it helps with real day-to-day work, shows where answers came from, and respects existing permissions and processes. Start with lower-risk, high-frequency use cases, let teams validate outputs, and expand once people see that AI can help them work faster without taking judgment out of their hands.

AI can help preserve hard-won expertise by making documents, records, prior work, and team knowledge easier to find and reuse. With Glean, employees can search across what the organization already knows and apply that context when they run into unfamiliar issues. That helps newer employees ramp faster, keeps best practices from getting lost, and makes expert knowledge more accessible across teams and locations.

A practical rollout usually starts with a focused pilot, not a plant-wide transformation on day one. Manufacturers often begin with a few connected systems and high-value workflows, then expand once adoption and outcomes are clear. The key stakeholders typically include operations leaders, plant or engineering users, IT, security, and system owners, because scaling depends on governance, workflow fit, and user trust as much as the technology itself.