LALAL.AI
LALAL.AI is a next-generation audio separation service powered by advanced AI technology. With a suite of innovative tools - Stem Splitter, Voice Cleaner, Voice Changer, Voice Cloner, LALAL.AI enables users to take their audio content to the next level.
Stem Splitter
The core service of LALAL.AI, Stem Splitter allows users to extract individual vocals or instruments from audio tracks. Supported instruments include: drums, bass, piano, guitar (electric and acoustic), synthesizer, and string and wind instruments
Voice Cleaner
A powerful tool for extracting clean, clear vocals from audio and video
Voice Changer
Tap into the power of AI to mimic the singing styles of famous stars
Voice Cloner
Create custom voices
Echo & Reverb Remover
Remove unwanted echo and reverb from vocals, voice recordings, songs, and videos, all in popular audio and video formats
Lead & Back Vocal Splitter
Use state-of-the-art AI technology to precisely separate lead and backing vocal
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AdRem NetCrunch
NetCrunch is a powerful, scalable, all-in-one network monitoring system built for modern IT environments. It supports agentless monitoring of thousands of devices, covering SNMP, servers, virtualization (VMware, Hyper-V), cloud (AWS, Azure, GCP), traffic flows (NetFlow, sFlow), logs, and custom data via REST or scripts.
With 670+ monitoring packs and dynamic views, it automates discovery, configuration, alerting, and automates self-healing actions for efficient remote remediation in response to alerts. Its node-based licensing eliminates sensor sprawl and complexity, providing a clear, cost-effective path to scale.
Real-time dashboards, policy-driven setup, advanced alert tuning and 40+ alert actions including remote script execution, service restart, process kill or device reboot-make NetCrunch ideal for organizations replacing legacy tools like PRTG, SolarWinds, or WhatsUp Gold. Fast to deploy and future-proof.
Can be installed on prem, self hosted in the cloud, or mixed.
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WindSim
WindSim is a computational fluid dynamics-based wind farm design software that combines advanced numerical processing with compelling 3D visualization in a user-friendly interface. First launched in 2003, WindSim has evolved into a comprehensive suite covering the entire wind farm lifecycle, from initial site screening to power forecasting. The software is utilized worldwide by wind resource and energy assessors, meteorologists, and researchers at wind turbine manufacturers, project developers, government agencies, and academic institutions. WindSim's modular approach includes several key components: the Terrain module generates a 3D model of the area around a wind farm based on elevation and roughness data; the Wind Fields module simulates how terrain affects local wind conditions, accounting for speed variations, direction shifts, and turbulence; the Objects module facilitates the placement of turbines and measurement points within an interactive 3D interface.
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