Take control of your cybersecurity and safeguard your credentials with ASCOMP LeakCheck. This privacy-focused Windows application allows you to verify if your email addresses and passwords have been compromised in historical data leaks, performing all checks securely right from your desktop.
Security is the top priority: LeakCheck uses advanced k-anonymity technology. Your passwords are never transmitted in plain text; instead, encrypted hashes are used to safely query extensive breach databases. If any match is found, the software displays immediate warnings alongside detailed context, including the name, source, and date of the breach.
With LeakCheck, you can proactively defend your online identity, pinpoint vulnerable accounts, and update compromised passwords before unauthorized users can exploit them.
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Tractian is the Industrial Copilot for maintenance and reliability, combining hardware and software solutions to monitor asset performance, manage industrial operations, and implement predictive maintenance strategies. Its AI-driven platform empowers businesses to prevent unplanned equipment downtime and boost production output. The company is headquartered in Atlanta, GA, and extends its presence globally with offices in Mexico City and Sao Paulo. Learn more at tractian.com.
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TitanGrid
TitanGrid DC-OS serves as a comprehensive operations platform designed for the advanced needs of modern data centers, integrating various functionalities such as DCIM, observability, ITSM, BMS, billing, compliance, and client operations into a single cohesive system. Tailored specifically for colocation providers and high-density AI environments, it enables real-time oversight of essential metrics like power consumption, thermal levels, network activity, compute usage, GPU performance, and liquid-cooling data across multiple racks and locations. The platform features a 3D digital twin that offers an interactive view of live temperature and airflow conditions, allowing teams to navigate from a portfolio overview down to the individual rack level, while also enabling simulations of rack relocations and power adjustments prior to the installation of equipment. Its AI-driven capabilities encompass anomaly detection, forecasting of capacity, predictive maintenance for equipment health, strategies for load shifting, and a natural-language interface that facilitates querying of metrics, ticket creation, SLA verification, and interaction with operational data. Additionally, integrated monitoring for liquid cooling systems tracks critical parameters such as CDU and manifold conditions, flow rates, temperature differentials, pressure levels, potential leaks, and GPU thermal readings, thereby ensuring optimal performance for high-density setups. This holistic approach not only enhances operational efficiency but also elevates the standard of service delivery in data center management.
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NerveCenter
Power outages from primary utility sources do happen, frequently due to inadequate infrastructure or adverse weather conditions. As networks become increasingly expansive, intricate, and essential, dependable backup power from uninterruptible power supply (UPS) systems is vital for maintaining continuous network operations. Moreover, it's important to note that UPS batteries can start losing their capacity within just three years. Although manufacturers may promote their batteries with a projected lifespan of ten years, various external elements can lead to a decline in performance and a reduction in overall battery longevity. Factors such as internal cell resistance, often influenced by temperature, play a crucial role in assessing battery health by pinpointing low-capacity cells. Additionally, monitoring inter-cell resistance ensures the integrity of the conduction path between cells, which helps prevent issues like hot spots, fires, and sudden system shutdowns through effective temperature management. By maintaining a well-monitored UPS battery system, not only can the lifespan of the batteries be extended, but the energy needed for charging can also be reduced, resulting in less preventive maintenance. Ultimately, enhancing monitoring practices can significantly improve system uptime and mitigate the risks associated with UPS failures, capacity limitations, and depleted battery power, ensuring a more resilient network environment.
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