Enterprises with print and scan environments are looking to modernize their operations but many discover that “cloud” approaches often introduce new compromises, hidden complexity, and architectural limitations.
That’s why LRS is launching a new educational webinar series: Rethinking Print & Scan in the Cloud Era
Across this seven-part series, LRS experts will explore the real-world architectural challenges enterprises face as they modernize print and scan infrastructure including cloud operating models, driverless strategies, application output, security, resiliency, and long-term flexibility.
Rethinking Print & Scan in the Cloud Era: Part 4: Protecting Print and Scan Without Breaking the Business
Security Shouldn't Come at the Expense of Productivity
Print and scan security conversations often begin with urgency a vulnerability, an audit finding, a compliance requirement, or a broader zero trust initiative. The response is frequently the same: lock down devices, restrict functionality, and limit user access.
Unfortunately, those measures often create new challenges.
Critical workflows break. Users find workarounds. Shadow IT emerges. And the business begins to view security as an obstacle rather than an enabler.
Join LRS for Part 4 of our six-part webinar series, Protecting Print and Scan Without Breaking the Business, as we explore how organizations can strengthen security while maintaining the reliability, flexibility, and user experience modern enterprises require.
What You'll Learn
During this session, our experts will discuss:
- Why traditional print and scan security approaches often leave critical gaps
- The limitations of securing devices and endpoints without securing the workflow itself
- How identity-first security models support Zero Trust initiatives
- Best practices for applying security policies consistently across cloud, hybrid, and on-premises environments
- The role of secure release, role-based access controls, and centralized governance
- How organizations can improve compliance, auditing, and traceability across print and scan operations
- Why workflow-level security is becoming essential for regulated and operational environments
Key Takeaways
After attending this webinar, you'll better understand:
- How to improve print and scan security without disrupting business operations
- Why security controls should be applied at the platform and workflow level—not just at devices and endpoints
- How identity, policy, and governance can work together to support compliance and reduce risk
- Practical approaches for securing user-initiated print, application-generated output, and scan workflows
- How LRS helps organizations implement a consistent security model regardless of where the platform is deployed
Who Should Attend?
This session is ideal for:
- IT Infrastructure Leaders
- Security and Compliance Teams
- Enterprise Architects
- End User Computing Teams
- Print and Output Management Professionals
- Organizations pursuing Zero Trust or cloud transformation initiatives
Reserve Your Seat
Security is most effective when it protects the business without limiting it.
Register today to learn how leading organizations are securing print and scan environments through architecture, security control, and workflow-level controls rather than restrictions and compromises.
Privacy Note: Your name and email address will be shared with Zoom so that you can receive an individual link to the webinar. If you do not consent to the sharing of this data with Zoom, please do not complete the registration.
Can't Attend? - register here for the Webinar Recording
Continue the Series
This webinar is part of LRS's six-part educational series exploring how organizations can modernize print and scan infrastructure for the cloud era.
Coming Next: Part 5 — Delivering a Consistent User Experience - October 21-22, 2026
Discover why the user experience remains one of the most overlooked aspects of print modernization and how organizations can provide consistent, reliable printing and scanning regardless of location, device, or deployment model.