Keeni Procedures VS Hyperview

Keeni, pronounced 'keen eye', is a collaboration by rocket engineers, aerospace technicians, and software geeks to help teams stay in sync during critical process flows. It enhances team productivity and decreases risk by streamlining paper or manual workflows into digital processes. Running critical workflows without a modern solution leaves teams vulnerable to miscommunication and susceptible human errors.

The software platform was developed for enterprises requiring electronic process management for rocket launches and space vehicles, where time is a premium and safety is vital. The platform combines years of lessons learned from the field, with stringent regulatory conditions and processes, to produce an intuitive solution for managing organizational workflow. It allows teams to transform their operating procedures for space and beyond.

The Keeni team is located in Alaska because Alaska is a place where people and technology shape the land, and the land shapes the people and technology. Alaska is home to two unique launch facilities and rocket ranges. While the platform was originally built for rocket companies in the aerospace industry, the architecture and interface of the platform make it deployable by other complex industries including healthcare, manufacturing, government, and utilities.

Transform your operating procedures into modern, digital workflows.

Hyperview is the leading cloud-based Data Center Infrastructure Management (DCIM) platform designed to optimize and streamline the operations of modern data centers. Our state-of-the-art software platform empowers businesses to effectively manage their data center assets, reduce energy consumption, minimize downtime, and enhance overall performance.

The platform is used further to manage and monitor capacity, rack and floor space, asset lifecycles, asset health, power, energy, and temperature. Core features include Asset Management, Power Monitoring, Energy Management, Environmental Monitoring, and Capacity Planning, and 3D Visualization.