JumpCloud Unveils Partner Program to Empower Global Growth and Innovation
JumpCloud partners can now deliver unmatched value to their clients and ongoing expansion through simplified IT management.
JumpCloud Inc. announced the launch of the JumpCloud Partner Program. This increases JumpCloud’s commitment to providing partners of all sizes with the support, resources, and incentives they need to thrive in a customer-driven market. The new program will incorporate a four-tiered system for JumpCloud managed service providers (MSPs) and value-added resellers (VARs). This system recognizes and rewards different levels of commitment, expertise, and collaboration.
"As a proud partner of JumpCloud, we share a commitment to delivering innovative and secure IT solutions,” said Nikki Harley, vice president, partner ecosystem & solutions, SADA. “Our partnership has allowed us to join together to deliver exceptional value to our customers."
The JumpCloud Partner Program incentivizes channel partners with distinct benefits that include:
Program tiers. Each distinct tier recognizes and rewards varying levels of commitment, expertise, and collaboration. Whether partners are exploring, innovating, or strategizing, there is a tier that aligns with their goals.
Incentives that propel growth. JumpCloud has crafted a suite of benefits to ensure partners can thrive. These include discount and margin tiers, exclusive resources, priority support, and co-marketing opportunities.
Partner benefits. As partners move up the tiers, they unlock extra benefits. These include higher discounts, marketing support, and early access to new features.
As the automotive industry accelerates toward fully autonomous vehicles, reliable and accurate localization is crucial for determining both vehicle position and the driving environment. Traditional localization systems, heavily reliant on Global Navigation Satellite Systems (GNSS) or crowd-sourced maps, face significant challenges such as limited coverage, high costs, and susceptibility to interference. Additionally, these systems rely on a single source of sensor-based information, leading to frequent errors and over-reliance on one type of input during driving.