Life sciences organizations are developing life-changing technologies like cell therapy, medicine, gene therapy, new food products, and more. IoT devices are a critical part of the manufacturing and development process. We discover, profile behavior and risks, and automate policies to secure them to ensure they do not become attack entry points into the organization.
Research and Development Devices
IP-enabled smart lab devices or connected clinical trial monitoring devices are used for life sciences research and development. They are part of an organization’s intellectual property and must be protected against attacks.
Manufacturing Devices
IoT devices used in manufacturing processes can range from environment control devices to control systems used for production optimization and maintenance. These devices can be compromised and become attack vectors.
Facilities Systems
Life sciences organizations rely on IoT devices for third-party supply chain operations ranging from drug delivery management to drug analytics. Device data is sensitive, requiring segmentation from other devices in the organization.
Identify and Monitor Life Sciences Devices
IoT devices are used in the life sciences manufacturing and development process. We discover and classify these devices allowing IT, networking, and device owners to understand risks and vulnerabilities associated with them. By profiling device behaviors, we can understand how every device should behave and create segmentation policies to only allow “sanctioned communications.”
Secure Buildings and OT Systems
Today’s smart buildings connect to many different subsystems, including HVAC, surveillance, access control, and energy systems. We secure these devices from compromise, ensuring that they do not become initial entry points into the network. Ordr Flow Genome and our Layer 2 and Layer 3 constellation mapping enable easy visualization of network communications to identify anomalies.
Secure Intellectual Property
Secure sensitive intellectual property by segmenting the devices that contain this data. We identify high-risk devices—those with weak ciphers and certificates, legacy operating systems, or with actual vulnerabilities. Protect vulnerable devices by generating and enforcing Zero Trust segmentation policies on networking and security infrastructure.
Resources
Pro Health Case Study
See how medical IOT devices are classified, regulated, and secured with Ordr.
Ordr Overview
Learn how the Ordr Systems Control Engine (SCE) will discover every connected device, profile device behaviors and risks, and automate response. Read the solution brief now.
Rise of the Machines 2021 Enterprise of Things Adoption and Risk Report
Explore the Enterprise of Things in our 2021 Report on Adoption and Risk. We profile adoption and risks for more than 5 million unmanaged, IoMT and IoT devices deployed.
