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Modernization assessments move faster when the structure is already in place. Instead of recreating custom fields, interview questions, and assessment workflows for every customer, you can use a custom field template to standardize how data is collected from the start. This guide shows you how to create a reusable Tidal Accelerator custom field template using Node.js and the Tidal API, so your assessments are easier to repeat, compare, and scale. So you’re starting a modernization practice.

Managing DHCP across distributed networks gets messy fast. Lease activity changes constantly. Naming conventions drift. Infrastructure changes happen independently across locations. Before long, your team no longer has a complete view of what’s happening across the network. What started as a straightforward service becomes a records problem with real operational consequences.

Dynamic Host Configuration Protocol (DHCP) activity changes faster than most IP inventory systems can keep up. Devices reconnect. Leases expire. Infrastructure changes constantly across servers, endpoints, and cloud environments. If your IP inventory cannot reflect those changes automatically, teams quickly lose confidence in the data they rely on to operate the network.

Your Dynamic Host Configuration Protocol (DHCP) server already knows what’s connected to your network. The problem is that DHCP data rarely stays aligned with the rest of your infrastructure systems. Instead, it becomes fragmented across Windows servers, branch offices, spreadsheets, and disconnected operational tools. Lease data ages, assignments go untracked, and teams lose confidence in their network inventory.

Organizations starting AWS Migration Acceleration Program (MAP) Phase 1 face a tooling choice. Which assessment platform should they use? Most start with AWS Transform. It is built by AWS. It produces migration cost estimates, instance recommendations, and agentic execution for VMware, .NET, mainframe, and other workloads. This is half the picture.

Without site context, your 5-minute fix becomes a 30-minute hunt through spreadsheets and Slack channels while users wait. This isn’t just inconvenient—it’s expensive. Every minute of downtime costs your business, and every minute spent playing IP detective is a minute not spent solving the actual problem. As networks scale across cloud, hybrid, and on-premises environments, this lack of infrastructure context creates real operational pain for your team.

In growing organizations, network requests pile up and so does the risk of delays, miscommunication, or misconfigurations. Whether a developer needs a static IP for a staging server or a project team is scaling infrastructure, manual processes don’t scale with you. LightMesh Requestor Workflow gives your users a secure, controlled way to request static IP addresses — without granting access to your entire IP address management (IPAM) platform. Admins stay in control. IT team stays productive.

We’re excited to share that our latest industry analysis has been featured in Packet Pushers, one of the most trusted voices in networking and infrastructure.

Network Address Translation (NAT) is foundational in today’s enterprise and cloud networks, yet NAT documentation often remains an afterthought, managed in spreadsheets or skipped entirely. This creates unnecessary complexity, security blind spots, and wasted IP resources. At LightMesh, we believe IP address management (IPAM) should include intuitive tools to track NAT configurations just as easily as subnets and IP assignments.

Cloud adoption is at an all-time high but unified network views haven’t kept up. With 98% of organizations using cloud infrastructure and 95% supporting remote workers, what once lived in a controlled environment is now scattered across public clouds, hybrid setups, personal devices, and remote endpoints. The result? A visibility crisis and it’s hitting IP address management (IPAM) hard.