About ZenMBE
ZenMBE by Zensoft stands as a gold standard within the Advanced Scientific Instrumentation and Automated Material Synthesis software arena.
ZenMBE by Zensoft stands as a gold standard within the Advanced Scientific Instrumentation and Automated Material Synthesis software arena. The platform completely excels at taking the incredibly volatile, ultra-precise requirements of thin-film physics growth—such as sub-second shutter timing, continuous time-series sensor tracking, multi-protocol device management, and oxide process control—and organizing them into a rock-solid, crash-resistant environment. Its true competitive advantage is its uncompromising architecture: by basing the platform on the classic Unix philosophy of decoupling tasks into independent components and backing it with the high-speed zents database, it provides research teams with an ironclad shield against data loss and failed experimental growths.
Pros & Cons
- Allowing researchers to securely audit, configure, and monitor ongoing growths over a VPN provides massive scheduling flexibility.
- The deep zents database integration means a lab will never lose important historical growth records due to buffer overflows or sudden crashes.
- Out-of-the-box support for over 200 devices removes the need for laboratories to write custom connection code from scratch.
- Building the system out of dozens of small, focused components ensures high stability and stops errors from creating cascade failures.
- The software is built explicitly for atomic-level material science, making it unusable for general factory automation outside of physics labs.
- The requirement for custom enterprise quotes prevents teams from doing quick budgeting comparisons without a formal sales loop.
- Adhering strictly to a terminal-friendly, Unix-centric style requires users to have a strong technical background in systems engineering.
Features
Key features
Employs a visual, highly flexible recipe management designer that lets physicists program complex material growths with absolute precision.
Allows researchers to track, monitor, and run complete film growths from anywhere in the world by bridging secure network connections back to the laboratory hardware.
Automatically integrates with Zensoft’s proprietary time-series database engine to capture every single sensor reading for all of time in a Write-Once-Read-Many ($\Theta(1)$ constant write speed) infrastructure.
Splitting the software into two distinct components (ZenMBE for user controls and sZenMBE for hardware interactions) ensures the system remains operational even if the front-end layout loses its connection.
Delivers high-precision control loop mechanisms to safely manage sensitive oxygen sources and shutter patterns inside advanced Oxide Molecular Beam Epitaxy systems.
Additional features
Writes live data points asynchronously to disk, preventing heavy database tasks from lagging real-time hardware control loops.
Optimizes database write processes so data storage never slows down, no matter how many sensors are streaming data.
Speeds up historical chart lookups by using quick mathematical search structures to pull up old sensor data fields instantly.
Automatically calculates statistical markers (min, max, mean, standard deviation) for every minute, hour, and day without manual data crunching.
Integrates with Unix-based daemontools to continuously monitor system processes, automatically restarting crashed modules to protect ongoing growths.
Wraps specific hardware driver sets into isolated Docker containers to allow safe, remote maintenance upgrades without stopping the main system.
Packages input variations from Ethernet, serial RS-485, and SCPI ports into a single, uniform data layout.
Allows operators to step backward through old growth charts to examine exactly what every heater, pressure gauge, and shutter was doing months ago. Custom Ha
Provides template hooks that make adding support for unlisted lab devices inexpensive and straightforward.
Employs strict, traceable system event logging built to meet the rigid compliance and security standards of national laboratories.
Pricing
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About ZenMBE
ZenMBE by Zensoft stands as a gold standard within the Advanced Scientific Instrumentation and Automated Material Synthesis software arena.
ZenMBE Details
ZenMBE's In-App Market Place
Does ZenMBE have an in-app market place?
Yes
How many Mini-Apps in the marketplace?
0
Mini Apps
Pricing Options
Accepted Payment Currencies
USD ($), EUR (€), GBP (£), AUD (A$), CAD (C$), JPY (¥), CNY (¥), INR (₹), CHF (Fr), SGD (S$), HKD (HK$), MXN (Mex$), NZD (NZ$), BRL (R$), SEK (kr), KRW (₩), RUB (₽), ZAR (R), USD, EUR, GBP
Pros & Cons
- Allowing researchers to securely audit, configure, and monitor ongoing growths over a VPN provides massive scheduling flexibility.
- The deep zents database integration means a lab will never lose important historical growth records due to buffer overflows or sudden crashes.
- Out-of-the-box support for over 200 devices removes the need for laboratories to write custom connection code from scratch.
- Building the system out of dozens of small, focused components ensures high stability and stops errors from creating cascade failures.
- The software is built explicitly for atomic-level material science, making it unusable for general factory automation outside of physics labs.
- The requirement for custom enterprise quotes prevents teams from doing quick budgeting comparisons without a formal sales loop.
- Adhering strictly to a terminal-friendly, Unix-centric style requires users to have a strong technical background in systems engineering.
ZenMBE's Support Options
Email Address
support@zensoft.com
