In the complex and fast-paced world of laboratory operations, leveraging the right type of software is crucial for enhancing efficiency, accuracy, and innovation. From managing samples and analyzing data to integrating systems and ensuring regulatory compliance, a myriad of software solutions are available to address these needs. This post explores the different types of lab software available, each designed to streamline various aspects of laboratory operations.
Laboratory Information Management Systems (LIMS)
A Laboratory Information Management System (LIMS) is a foundational tool in modern labs, designed to manage all aspects of laboratory operations. It handles sample tracking, workflow automation, data entry, and storage, ensuring that every sample can be traced throughout its lifecycle in the lab. LIMS facilitates regulatory compliance by maintaining accurate records and automating the generation of reports. It is adaptable across various types of laboratories, from clinical and pharmaceutical to environmental testing, making it an indispensable tool for quality control and research.
Electronic Lab Notebooks (ELN)
Electronic Lab Notebooks (ELN) represent a digital version of traditional paper lab notebooks. They provide a platform for scientists to record experiments, observations, and procedures electronically. ELNs facilitate data sharing among team members, enhance data security through backups, and improve data searchability and organization. They support multimedia inputs such as images and videos, links to data files, and direct integration with other lab software, thus enhancing collaboration and efficiency in research and development projects.
Chromatography Data Systems (CDS)
Chromatography Data Systems are specialized software solutions designed for the analysis and reporting of data obtained from chromatography instruments. These systems automate the processing of chromatographic data, including peak integration, calibration curves, and quantitation. CDS software enhances the accuracy and reproducibility of chromatographic analyses, making it essential for labs performing complex separations in pharmaceutical, environmental, and food and beverage testing.
Laboratory Execution Systems (LES)
Laboratory Execution Systems (LES) are designed to guide laboratory technicians through standardized procedures and protocols, ensuring compliance with best practices and regulatory standards. LES software provides step-by-step instructions for experiments or tests, captures data directly from instruments, and flags deviations from expected results, thereby minimizing errors and enhancing reproducibility. This type of software is particularly valuable in highly regulated industries, such as pharmaceutical manufacturing, where adherence to standard operating procedures is critical.
Scientific Data Management Systems (SDMS)
Scientific Data Management Systems (SDMS) offer a centralized platform for storing, managing, and retrieving laboratory data. They are designed to handle a wide range of data types, from raw instrument data to processed results and reports. SDMS enhances data integrity and compliance by ensuring that all data is securely stored, backed up, and easily accessible for audits. By facilitating data sharing and collaboration, SDMS supports the integration of laboratory data into broader research and development efforts.
Laboratory Integration Software
Laboratory Integration Software serves as the backbone for connecting various laboratory instruments and software systems. It enables seamless data flow between equipment, LIMS, ELNs, and other software solutions, automating data capture and reducing manual data entry errors. Integration software is crucial for laboratories that use a diverse array of instruments and platforms, ensuring that data is harmonized and easily accessible across systems.
Quality Management Systems (QMS)
Quality Management Systems (QMS) software is designed to support laboratories in maintaining high standards of quality and compliance. It encompasses modules for document control, audit management, corrective and preventive actions (CAPA), and training management. QMS software helps laboratories adhere to quality standards such as ISO 17025, GLP (Good Laboratory Practice), and GMP (Good Manufacturing Practice), facilitating continuous improvement and operational excellence.
The landscape of laboratory software is diverse, with solutions tailored to meet the specific needs of different types of laboratories and their operations. Whether it’s managing samples with a LIMS, recording experiments in an ELN, analyzing chromatographic data, ensuring procedure compliance, managing scientific data, integrating laboratory systems, or maintaining quality standards, there’s software designed to optimize these processes. The selection of the right lab software depends on the laboratory’s specific needs, workflows, and regulatory requirements. By carefully evaluating and implementing appropriate software solutions, laboratories can significantly enhance their operations, driving innovation, ensuring quality, and improving overall efficiency.


Design of a network infrastructure can be both a challenging and complex process. A mindfully and optimally designed network can reduce the hardships associated with growth as the network environment evolves. Thus, allowing companies to increase the speed and flexibility at which they can deploy services.
At CipherEx, our team is highly specialized in network design and implementation. We focus on enhancing efficiency when it comes to designing and implementing your network.
We offer specialized tools for designing and validating including:
- Ixchariot (Ixia)
- NetBrain (Network Diagram and Flow)
- AirMagnet Survey PRO
- SteelCentral NetPlanner (Riverbed)
- Tenable Network Security Scanner
- AlgoSec (Firewall Optimization)
We provide stability in design that will allow you to plug in your server anywhere and function properly regardless of its location. These issue disappear with next generation data centers utilizing Software Defined Networking (SDN).
Networks are unique and consequently so are each of our customers’ needs. With this in mind, whether you have a great deal of servers, host servers for the the internet or have simulations for the hardware that you are designing, we strive towards catering to your company’s unique networks and needs.
Advantages of Infrastructure Design:
Features a hierarchical design
Reduces network complexity
Enhances network security, availability, and reliability
Improves fault isolation
Redundancy and High Availability:
Deploying and maintaining a network environment, that requires nonstop availability, is critical to business success today. We strive to reduce network complexity and increase network availability.
Network applications must cross various network segments starting from the Enterprise Backbone to the Enterprise Edge and back. All segments of the network must be resilient to recover promptly. Thus, allowing for faults to be transparent to users and network applications. A failure detected anywhere in the network can result in termination, interruption or violation of service-level agreements for business-critical applications. Such applications include Voice, E-commerce, Storage-area networking, Work-Flow, Trading and Point of Sales.
We offer a resilient network design which enables network-wide protection. This is done by providing fast recovery from faults that may occur in any part of the network.
Network Cabling and Organization


To travel faster than the speed of light is to travel forward in time. Hypothetically and theoretically, tachyons are able to do this, as they have an imaginary mass (the square root of minus one: √−1 ), but tachyons in all likelihood aren't a thing. The rest of us travel forward in time at exactly the speed of whatever time is.
Einstein's special theory of relativity states that a finite speed of light protects us from time travel: without it, we could wander around in time essentially the same way we can wander around in space. This protects the past from the future; it's up to us to protect our future from the past.
(all errors are my own)
both photographs credit KGG


While both Wi-Fi and 3G technologies are capable of delivering fast data access at remote lovations, they differ widely from usage and business model perspective.
"3G technology rests on the (as of yet) largely unfulfilled promise of roaming acces to voice anda data services with the ability to move freely from location to location without interruption." On the other hand, Wi-Fi is intended to procide data access in specific remote location.
G as the key motivators behind the resolve of manufacturers, reserchers and developers and business to get behind Wi-Fi and other emerging standards such as 802.11 a/h and 802.11g. "These standards will ensure higher wireless transmission speeds than 3G is capable delivering."
"Look at the numbers. 3G, in its most generous projections, will deliver data speeds of 1 megabit persecond in two years. Today, Wi0Fi is commonly provides 11 megabits, offering up to 54 megabits." Which standards do you think will be adopted?
Where 3G is burdened with financially catastrophic licensing conditions and capex-heavy infrastuctural requirements, Wi-Fi currently operates in the unlicensed ISM band (2.4 GHz) of the spectrum and capital requirements for Wi-Fi infrastructure are a fraction of the 3G costs.
So, who's winning? "Neither yet, but Wi-Fi has jumped out of the starting blocks far leaner and with significant muscle."


Currently, we’re using Passwordless authentication with a verification code. We want to implement magic links to simplify the process for our users. We need three things to create a deep link – user e-mail, verification code, and authentication type (login/register). In the Auth0 script (script in Auth0 Dashboard, which is responsible for generating an email message) we have access to code and user e-mail address using Liquid Syntax but we don’t know how to distinguish login from the register. I suppose we need some custom parameters to indicate it. But how we can pass custom parameters from the app to Auth0 script, to use it to construct a deep link?
Android and iOS – Passwordless authentication magic link – How to pass custom parameter from app to Auth0 mail script?


Women's Imaging Center
Built and equipped through community generosity, the SLWR Women's Imaging Center offers state-of-the-art digital mammography in a healing environment.
In August of 2009, a new comprehensive Women’s Imaging Center—featuring state-of-the-art digital mammography—opened to provide women in our community access to the most advanced technology available. The 2,500 square-foot Center, located in the Physician Office Building adjacent to the hospital, includes screening and diagnostic mammography, breast and pelvic ultrasound, and bone density testing in a wellness-focused environment.
The cornerstone of this project is our new, state-of-the-art digital mammography technology. The superior capabilities of digital mammography offers improved accuracy of diagnosis. Studies have shown that the diagnosis of early stage breast cancer increased 26% when performed with state-of-the-art digital mammography versus analog technology. For some patients, digital technology also reduces the need for repeat films, which in turn reduces the amount of radiation exposure a woman receives.


Our Bulletin 1768 Compact GuardLogix® Safety
Controllers is a CompactLogix controller that also provides safety
control. As part of the Logix family, Compact GuardLogix controllers use a
common control engine with a common development environment to provide high
performance multi-discipline control for SIL 3 safety applications.
GuardLogix Safety PACs offer integrated safety, discrete, motion, drive and
process control, as well as seamless connectivity to plant-wide information
systems, all in the same controller. Use EtherNet/IP or ControlNet
networks for safety interlocking between GuardLogix controllers. Connect
field devices over EtherNet/IP or DeviceNet networks.
- High functionality in an economical platform
- Provides system-wide integration of standard and safety control
- Compatible with ArmorBlock® Guard I/O" or CompactBlock"
Guard I/O modules for field device connectivity on EtherNet/IP" or
- Supports safety interlocking between GuardLogix® controllers over
EtherNet/IP or ControlNet" networks
- Integrated safety and motion capabilities in a single controller


Hubi's MIDI Loopback Device 2.5|
By Hubert Winkler
Hubi's LoopBack Device is a MIDI driver that adds virtual MIDI Ports (up to 4) to your system, which act as both, Input and Output MIDI devices. This enables you to "share" your current MIDI ports with multiple Windows programs at simultaniously. All MIDI data sent to the output (a typical sequencer program) is sent to all programs at the input side (eg. a MIDI monitor program). The ports are named "LB1" to "LB4" by default, but can be optionally renamed.
Up to 4 new MIDI In/Outputs
Multi-client feature allows mixing and duplication of MIDI messages
Full SysEx support
Very low memory requirements (about 5K fixed / 4k discardable Windows memory)
No hardware required
Port names can be customized
Fuse mechanism to prevent MIDI-short curcuit
Extends your MIDI-driver to multi-client fascility
Comes with hwmdcabl.exe - a realtime SysEx-thru
Program source is available
Warning: Windows 98 incompatibility problem
After installing this software for testing on Windows 98, Windows could not finish starting due to a fatal error in a function of MMSYSTEM.DLL called from MSGSRV32.EXE. Booting into safe mode and removing the driver fixed the problem. If the same thing happens to you, you can remove the driver in Safe Mode from: Start -> Settings -> Control Panel -> Multimedia -> Device -> MIDI Devices and Instruments. Select LB1 (or whatever you have named your Loopback port if you didn't leave the default) and clicking on Properties. Then click on Remove and reboot your system.


DEMONS: DEcentralized, cooperative, and privacy-preserving MONitoring for trustworthinesS
The Internet has evolved significantly over time, and people have come to depend on it for a number of activities such as voice and video communications, social networking, online banking, e-government and shopping. Trust is the core of social and economic activity in the Internet, and is the basis of economic transactions, social connections, and communication between people and organizations. As there is the need to be able to trust our network and services, the robustness of the Internet against security threats and operational failures is of significant importance.
There is an ongoing research in bringing Internet technologies into every end device. A very high number of nodes are now becoming IP-enabled, more intelligent and more complex also leads to distributed threats. To find a solution to address distributed threats across inter-domain networks requires cooperative network defense and response. Such solution calls for a decentralized and scalable monitoring infrastructure to provide both detection and reporting of security and network disruption incidents across multiple domains and jurisdictions.
Current trends in Internet applications such as Web 2.0, cloud computing, and the internet of things are bound to bring more pervasive data collection, longer persistence of collected data, higher traffic volume, and more heterogeneous traffic. All these factors make network management an evolving environment that becomes every day more difficult.
In summary, the core problem in cooperative network monitoring and mitigation is that incidents impacting the security and reliability of a given network today are complex, with threats widely distributed among attackers, intermediary systems, indirect targets, and direct targets, all potentially lying in different organizations, parts of the network, and national jurisdictions. The legal, organizational, and technical infrastructure to respond to these incidents must therefore be distributed and cooperative. DEMONS project addresses the major challenges of cooperative network monitoring.


Our energetic therapy offers not only PEMF, but amythist, jade, obsidian, and infrared combined in one to give you a powerful battery recharge for your cells!
Infrared saunas have been shown to have numerous potential health benefits in a variety of studies. Some of the conditions that have been studied and found to potentially benefit from infrared sauna use include high blood pressure, heart failure, dementia and Alzheimer's disease, headache, type 2 diabetes, and arthritis. In addition, infrared saunas have been shown to support detoxification, stimulate weight loss, increase circulation, promote wound healing, and provide relaxation. If you're interested in trying an infrared sauna, be sure to speak with your healthcare provider to determine if it is right for you. What is PEMF?
PEMF stands for Pulsed Electro Magnetic Field therapy; using this particular process involves directing powerful, pulsed energy waves toward damaged or injured areas of the patient’s body. These waves painlessly and quickly pass through the cells in the damaged region, increasing the spin of the electrons contained within them as a result. It is this amplified electron spinning which restores the cell’s potential (its energy), regulating its volume at the same time.
This positive cellular effect lasts for as many as four days after the treatment session has ended. With that, PEMF therapy is: The induction of electricity into the cells to help stimulate or promote healing.
How PEMF works Perhaps the easiest way to understand PEMF is to think in terms of each cell in your body as if it were a little battery. Like with any battery, sometimes your cells become tired and worn, whether due to age, stress, overuse, or damage, making it more difficult for them to fight off any type of potentially damaging force or illness. Through PEMF therapy, your batteries (i.e. your cells) essentially become recharged. The energy supplied via PEMF waves gives them the energy they need to ward off whatever is threatening them, whether it’s a trauma or disease-based threat. This makes it easier for your patient’s body to restore its health naturally, simply by using the electrical currents and impulses that are already interacting within and throughout their cells.
In essence, high-powered PEMF is like a “battery re-charger” for your depleted cells. This caused Goodwin to conclude that, “As is clearly demonstrated in the human body, the bioelectric, biochemical process of electrical nerve stimulation is a documented reality.” In other words, it works and it works very well.
When paired with a good supplementation to feed your mitochondria, your energy will soar!
Interested? Follow our Blueprint for Enhancing Your Energy Below👇
PEMF THERAPYHow PEMF Therapy Works (Recharge your Body, Exercise every Single Cell)We and all other living creatures are fundamentally electric in nature. We live in the world which has a natural magnetic field and there is the global “Schumann” electromagnetic field resonances (vibrations). Our bodies naturally interact with the earth's magnetic fields and has historically evolved to be in balance with this natural phenomena. Magnetic fields affect our body chemistry at a cellular level. PEMF Therapy helps to stimulate and re-balance ourselves. PEMF affects everything within the magnetic field it creates stimulating and energizing. In the modern world there are the GOOD EMF's which include PEMF and as well as the earth's natural magnetic fields. But there are the BAD EMF's which are the various high frequency EMF's such as cell phone signals which also affect the bodies cellular structure and can cause cancer.
Healthy Wave Mats PEMF Therapy Explained
Healthy Cells – Have Trans Membrane Potential (TMP) of about (-70) to (-90)millivolts (Otto Walburg Nobel prize winner)
For unhealthy cells TMP starts dropping. (-50) mv get chronic fatigue syndrome. Even lower for cancerous cells. For Inflammatory conditions TMP increases to higher values (-120 mv or higher)
PEMF improves ion exchange. Toxins flow out improving TMP balancing
More intra-cellular energy transfer occurs from the Transmembrane ATPase process.
The key purpose with PEMF Therapy is to regulate “to put in good order” normal functions. This is as compared to many other therapies which is to try to “Block” some undesirable effect.
PEMF Therapy BenefitsPEMF Therapy has been widely studied and you can find thousands of scientific studies testing this therapy. There is a wide variety of different applications, if you are interested in looking at studies using PEMF technology there are currently over 450 studies on pubmed the vast majority supporting the benefits of PEMFs. http://www.ncbi.nlm.nih.gov/pubmedDr. Oz "Pulsed Electromagnetic Therapy (PEMF) is Revolutionary Medicine especially for Pain Management" Good EMF's versus Bad EMF'sMany people are aware of the negative effects Electro Magnetic Fields have but it is important to understand not all Electro Magnetic fields are bad and in the case of PEMF therapy we are using them to recharge our cells. Each cell in the body has its own small electromagnetic field with all our cells operating between around 0-30Hz. The Earth also has a magnetic field fundamental resonance frequency which is usually around 7.83Hz which is referred to the Schumann Frequency and this is the type of magnetic field our bodies have evolved to operate properly in. The problem is with increasing technology our world is getting filled with electromagnetic pollution that is filled with higher frequency electromagnetic fields our bodies are unable to properly function with and is making us unhealthy. Bad EMF's can cause the following in our bodies:
Reduced melatonin ( sleep) hormone
Disturbed antioxidant enzyme balance
Genetic DNA damage
Low sex drive and reduced hormones
Unbalanced female and male hormones
Increase free radical damage – aging and degeneration of organs
Poor metabolism -cannot absorb nutrients or release toxins from cell
Pulsed electromagnetic field therapy is based around using extremely low electromagnetic fields and pulsing them. This combination of pulsing extremely low electromagnetic fields can stimulate cells magnetic fields and can actually reverse the damaged caused by the bad EMFs. It is one of the quickest ways to fix EMF damage in the body. A simple way to understand the how EMFs impact our cells is comparing the EMF to a battery charger and our body to a large number of small batteries (our cells). Every battery is made to operate properly within a certain voltage range. If you overcharge the battery it will burn out, this is similar to what happens to our cells when exposed to high frequency EMFs our cells are not compatible with. In comparison if you use the correct Battery Charger voltage the battery will charge properly, this is what the correct PEMF does for our cells. PEMFs charges our cells with the energy they are designed to operate at and need to operate at their maximum potential. BAD EMF's will burn out our body cells and other illness's will cause effectively a discharging of our body cell's. PEMF TechnologyThe PEMF (Pulsed Electromagnetic Field) technology used in the Healthy Wave Mat is based on optimized frequency, intensity and wave type of the pulsed electromagnetic field and to work in synergy with the other therapies which are part of the mat design; Far Infrared Therapy, Negative Ion Therapy, Photon Therapy and Crystal Therapy. Frequency:
The frequency of the PEMF wave is the very low frequency near the Schumann Primary Resonance of 7.83 hertz
Hertz is the unit of measure of cycles per second
The magnetic field pulses in the region of the Schumann Resonance
This is the main natural magnetic field frequency for the body to maintain cellular balance
The PEMF waveform is a Bi-Phasic type with multiple PEMF “bursts” within a square wave envelope
Bi-Phasic PEMF “bursts” will take the cells through a full magnetic polarity field cycle to achieve the “charging” of the cells. (aka Reverse Polarity)
This is similar to the natural earth's magnetic wave at the Schumann Resonance Frequency
Magnetic Field Intensity:
Magnetic Field Intensity can be measured for both “Static” and “Dynamic” magnetic fields. PEMF is a dynamic magnetic field and can be measured with a suitable instrument. The Earth's core magnetic field (which you can see from a compass reading) is a static magnetic field and it is approximately 250-650 milliguass strength and varies at different locations on the earth.
The Healthy Wave Mat measured dynamic magnetic field strength has a peak intensity up to about 3000 milligauss and extends to provide full coverage over the mat and surrounding the mat sides.
The PEMF waves create full body coverage of approximately 2 ft when laying on a mat.
Humans Need the "GOOD" Magnetic Fields:During early space programs astronauts lost a high degree of bone density. At this time the Schumann wave generator was developed to overcome this side effect.
Dr. Valerie Hunt placed 2 humans in an “Mu metal cage” to test humans in a near-zero magnetic field environment where they were cut-off from the earth's natural magnetic field. In a very short period of time they began to sob and said they felt like they were “falling apart” emotionally. Shortly after they started loosing muscle control, coordination and started showing abnormal cardiac readings. This showed the critical need for the environment of the Earth's natural magnetic fields.
Some Technical Facts
The Schumann resonances are a set of spectrum peaks in the extremely low frequency (ELF) portion of the Earth's Magnetic field spectrum. Schumann resonances are global electromagnetic resonances, generated and excited by lightning discharges in the cavity formed by the Earth's surface and the ionosphere.
Frequency (in Hertz) for measurement of “Dynamic Magnetic Field Strength”: The frequency is how many times the PEMF is pulsed per second. An 8 Hz PEMF would pulse 8 times per second.
The Magnetic Field Intensity of Dynamic Magnetic Fields (PEMF) is measured in Gauss which tells how strong the magnetic field is; 1 Gauss – 1000 milli-gauss, 1 Gauss = 0.0001 Tesla. Gauss and Tesla are different units of measure for magnetic field strength.
Wave Type: This is the “shape” of wave of the PEMF. Many wave types are possible such as sine, square, saw tooth and various permutations.


"Empowerment through information"
Estrella Verde Technology is a venture software company. Venture capital companies invest capital in start-up companies in exchange for equity. Similarly, Estella Verde provides systems and software engineering talent for start-up companies. We also provide services and build systems under traditional contract arrangements.
Estrella Verde Technology specializes in building remote sensing information systems for public safety, energy conservation and renewable energy generation. Data is gathered in the field, transmitted to database severs and converted to information for the user.
Estrella Verde Technology Software Helps Study School Bus Safety
Estrella Verde released the Alpha version of the Evidence Management System (EMS). Estella Verde is teaming with Intelligent Imaging Systems to pilot a school bus camera system that will collect videos of vehicles passing the stopped bus. EMS will used to analyze the video data and determine the effectiveness of prevention strategies. This is consistent with Estrella Verde's effort to develop intelligent warning systems that prevent rather than punish.
Estrella Verde Technology Offers Free Car Pooling Website
Estrella Verde released the Beta version of myGreenRide.net, a web site that makes it easy for people who want to car pool to find each other. Using Google Maps, myGreenRide displays rides anywhere in the United States. This free service enables people to "Save Energy, Reduce Traffic, Help a Neighbor, Make a Friend" by sharing a ride! Try out this new web site to help save money and save the environment!
Estrella Verde Technology Completes Beta Phase of School Bus Safety System for AlertStar.
Estrella Verde completed the Beta phase evaluating the school bus safety system developed for AlertStar Safety Corp. at the Mesa Unified School District in Arizona. EVtech developed the bus software that ran the outside cameras, capturing images of 119 vehicles passing a stopped school bus during 28 days of operational tests. EVtech ran the Beta phase, capturing and analyzing the imagery and GPS data and providing violation data to AlertStar. To download a video from this test, click here. To see some test images, click here.
Estrella Verde Technology to Deliver School Bus Safety System to AlertStar.
Estrella Verde will be delivering a school bus safety system to AlertStar Corp. The Alpha phase of this project was recently completed that captures images of vehicles that pass a school bus that has stopped to let children get on or off. EVtech developed the software to operate the school bus camera and review the imagery on a workstation.
Estrella Verde Technology forms partnership with Intelligent Imaging Systems, LLC.
Estrella Verde signs a partnership agreement with Intelligent Imaging Systems, LLC, to develop public safety imaging systems. The lead engineers for EV Tech and IIS have over 70 years experience developing complex systems for government and industry. We expect to field our first public safety system in early 2008.
Estrella Verde Technology incorporates in Arizona.
Estrella Verde opens for business as a Chapter S corporation in Phoenix, Arizona.


and Nvidia Corp.
on Tuesday announced a partnership to make VMware’s software for managing data centers work more smoothly with Nvidia’s artificial intelligence chips. The companies said they would give some customers early access to the technology but did not say when it would go on sale. For years, much of VMware’s work focused on making software work better with processors from Intel Corp.
which had a dominant market share of data centers. Separately, VMware said it plans to acquire SaltStack Inc., which builds intelligent, event-driven automation software. Terms were not disclosed.


SMART GREEN TECHNOLOGY
Hydroponics comes from Greek: Hydro (water) and Ponos (work); this means that water is used to grow plants.
The planting is done by placing the seeds in small sponges, placing them in aqueous solution and nutrients, where the vegetables get growing without using the soil.
APPLYING AUTOMATION IN AGRICULTURE
Nutrition and pH are fully and automatically controlled by Smart Green’s technology. Water used for growing plants is circulating and treated with ultraviolet (UV) light to kill bacteria.
Environmental factors such as temperature, lighting, and humidity are also optimally controlled by equipment developed by Smart Green to achieve best results for plants.
System monitoring software developed by Smart Green, which shall update the information of plants, nutrition and environment to the server.
Product traceability management system with QR Code helps users trace the origin of plants.
Vegetables, after harvesting, are washed with ozone generation system, a closed loop air – automatic ozone system, which can eliminate bacteria and preserve for longer periods.
SMART GREEN’S HORTICULTURE SYSTEM USING LED
The Smart Green’s horticulture system using Light-emitting diodes (LEDs) has a variety of advantages over traditional forms of horticultural lighting. Their small size, durability, long lifetime, cool emitting temperature, and the option to select specific wavelengths for a targeted plant response make LEDs more suitable for plant-based uses than many other light sources. These advantages, coupled with new developments in wavelength availability and energy conversion efficiency from Smart Green research center, make these solid-state light sources ideal for use in plant lighting designs.
HYDROPONIC CONTAINER FARM
- High Efficient Artificial Grow Light System
- High Quality PVC Grow Bench
- Auto Climate Control System: CO2, Temperature, Humidity
- Auto Nutrition Control system: EC, pH
- Auto Sterilization System
- Realtime monitoring and Control: 4G or wifi
- QR Code Management System: help users trace the origin of plants
- Maximum product quantity: 500kg/month
- Power consumption: 15kw
- External Dimensions (LxWxH): 13.716m x 2.500m x 2.896m
- Weight: 5000kg


Fleet Updater can update the maps and software on up to 10 devices at once.
If you you have more devices than USB ports, you can connect them to your computer using a powered, high-quality USB hub.
When more than 10 devices are connected to the computer, updates will start automatically on the next device as others finish updating.
Download the file. When finished, click on the file name in your web browser.
Click "Install" in the installer window.
When it's finished installing, click "Launch" to open the app.
Fleet Updater can update 10 devices at a time. (USB hub may be required.)


Dr Paul Timpson
Garvan Institute of Medical Research
Targeting pancreatic cancer vulnerabilities
In this project, Professor Timpson and his team will use cutting-edge imaging technology and lab models that mimic pancreatic cancer to enable them to watch tumour response to treatment in real-time and to map the areas of the tumour where treatment has little of no effect. By observing live pancreatic cancer in this way, the team hope to identify the factors that limit treatment effectiveness, how best to target tumour vulnerability, and when to attack these vulnerabilities for maximum effect.
Prof Timpson and his team hope their findings will lead to much needed new treatment approaches for pancreatic cancer.


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Ethics and Artificial Intelligence (AI)—two terms you might not often see coupled in everyday conversation. One resonates with philosophical questions about human behavior and morality. The other sparks images of advanced technology, high-speed computations, and futuristic innovations.
At first glance, they may seem like disparate fields. Yet, when we delve deeper, we realize that these two domains are intertwined far more than we’d imagine.
AI, in the context of web and app development, has become a tool of colossal impact. It has paved the way for intelligent decision-making systems, interactive user interfaces, personalized web experiences, and streamlined mobile applications.
With such a massive influence, it’s only natural to question the ethical implications of its use. Are we programming our moral values into these intelligent systems? If not, then should we?
Before we dive in, let’s acknowledge one thing: AI is a game-changer. It’s revolutionizing industries, accelerating tasks, making our lives easier, and bringing about incredible advancements. In the realms of web and app development, AI offers better user experiences, streamlines processes, and introduces novel functionalities. It’s a dynamic field that’s transforming the digital landscape.
However, as Uncle Ben from Spiderman famously said, “With great power comes great responsibility.” The digital universe that AI is shaping is not an amoral vacuum. It’s a reflection of our societies, and thus, a reflection of our moral and ethical values. It becomes crucial, therefore, that the development of AI systems incorporates a keen awareness of the ethical implications.
That’s where the tightrope walk begins—striking a balance between the immense utility AI provides and the moral implications it carries. It’s a delicate act, one that requires thoughtful consideration and deep understanding of both the power and the potential pitfalls of AI.
One of the most prominent ethical issues that AI grapples with is bias. AI algorithms learn from the data they are fed. If this data carries any inherent bias—conscious or unconscious—the AI system will likely reflect and perpetuate these biases. This can have serious repercussions, especially in apps and websites that rely on AI for decision-making or personalization.
Consider a job application portal powered by AI to filter potential candidates. If the algorithm is trained on data favoring a specific gender, race, or age group, it could unfairly reject or accept applications. This raises concerns about fairness and equality, and the impact can be far-reaching.
The problem of bias in AI isn’t a small one. It’s the elephant in the room, and it’s something we cannot afford to ignore. As developers, we need to ensure that the AI systems we build are trained on diverse and representative data, making them as fair and unbiased as possible.
Another ethical minefield in AI involves privacy and transparency. When we talk about AI in web and app development, we’re often discussing systems that interact with users, gather data, and learn from it. These interactions raise important questions about what data is collected, how it’s used, and who has access to it.
Then there’s the issue of transparency. Often, AI systems operate as black boxes, with users unable to understand how decisions are made. This lack of visibility can erode user trust and lead to ethical dilemmas.
So, as AI developers, how do we approach these issues? How do we balance the need for data collection and the rights to privacy? How do we ensure our AI systems are transparent enough for users to trust?
This is a complex topic, but a significant one in our discussion of ethics in AI.
While the advancements in AI have brought many benefits, they’ve also introduced new challenges regarding accountability. With AI systems making complex decisions, who bears the responsibility when things go wrong? If an AI-powered financial app makes a poor investment recommendation, who’s to blame? The developers, the users, or the AI itself?
Accountability in AI is not as straightforward as it seems. It’s like unleashing a genie—once it’s out, it’s hard to pin responsibility. It’s a complex ethical issue that needs attention as we develop more sophisticated and autonomous AI systems.
One potential solution is to establish clear accountability guidelines. We can ensure that AI systems provide explanations for their decisions, which can help users understand the reasoning behind them. While it doesn’t completely solve the issue, it’s a step toward a more responsible AI ecosystem.
We’ve highlighted some of the key ethical issues in AI: bias, privacy, transparency, and accountability. It’s clear that these aren’t problems we can sweep under the rug.
But how can we, as AI developers, approach these challenges?
The first step is to acknowledge the ethical implications of our work. We need to realize that AI is not just a tool; it’s a reflection of our values and principles. In our pursuit of technological advancement, we must also prioritize ethical considerations.
Next, we need to establish ethical guidelines. These should address issues of bias, privacy, transparency, and accountability. They should guide us in developing AI systems that are not just intelligent but also fair, transparent, and responsible.
Ethical guidelines are a starting point, but they are not enough. We need to actively implement these principles in our AI development processes.
This begins with the data. We need to ensure that the data we use to train our AI systems is diverse and representative. It should reflect a broad range of perspectives to avoid any bias in the resulting AI system.
We also need to build systems that respect user privacy and offer transparency. This involves careful data management, clear communication with users about their data, and providing insight into how AI decisions are made.
Moreover, we must also establish clear lines of accountability. We need to understand who is responsible for AI decisions and ensure there are checks and balances in place to maintain this accountability.
Looking forward, the role of ethics in AI will only grow in importance. As AI systems become more complex and integrated into our lives, the ethical implications will become more significant.
We’re standing at the crossroads of a new era—an era where AI is a driving force in web and app development. The decisions we make now about ethics in AI will shape the future of this field.
It’s an exciting, albeit challenging, journey ahead. As we navigate this path, let’s keep ethics at the forefront, ensuring we build AI systems that are not only smart but also fair, transparent, and responsible.
Ethics in AI is not an afterthought—it’s an essential part of the development process. From tackling bias to ensuring transparency, addressing privacy concerns, and establishing accountability, the ethical aspects of AI are multifaceted and complex. They form the silent watchword of AI development, a guideline that, while unspoken, holds a significant influence on our approach to building AI systems.
There’s no question that AI has the potential to revolutionize web and app development. Its capacity for improving user experience, enhancing functionality, and driving innovation is unquestionable. But we need to remember that with this enormous potential comes a corresponding responsibility—a responsibility to ensure that the AI systems we create are ethically sound.
Being aware of and addressing ethical issues isn’t a limitation. On the contrary, it’s an enabler. It paves the way for developing AI systems that are accepted and trusted by users. It fosters an environment of fairness and transparency, where AI is used to enrich lives, not detriment them. It helps us create technology that doesn’t just mirror society, but drives it towards betterment.
As we venture further into the realm of AI, let’s strive to incorporate ethical considerations into our work. Let’s embrace the challenge of creating AI that is not just intelligent but also ethical, striving for a future where AI serves as a tool for good, bringing benefits to all.
And so, ethics in AI remains our unspoken rule. It’s a moral compass guiding us through the labyrinth of AI development. While it may not always be spoken aloud, it reverberates through every line of code we write, every algorithm we design, and every AI system we bring to life.
It’s a rule that we, as AI developers, are bound to honor—a commitment to creating a future where AI stands for both Artificial Intelligence and Authentic Integrity.
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Inside every living cell, dynamic interactions between proteins regulate and drive important biological processes that are essential to life. In the field of neuroscience, understanding the molecular details behind synaptic plasticity has been an intense area of research due to their effect on learning and memory formation.
What is FLIN?
In order to understand the role of synapses and how they can be manipulated to enhance learning and memory, we need to be able to visualize the activities of individual proteins. However, due to the diffraction limitation of the light microscopy system, the nanoscale architectures of the synapse have been too small to be resolved. Nevertheless, recent developments in super-resolution microscopy have provided researchers with the necessary tools to bypass this limitation. With these new tools, researchers from the Neurophotonics Center at the University of Laval have developed a novel imaging technique for visualizing and quantifying the role of the key neurotransmitter receptors in synaptic plasticity. The technique, known as Fluorescence Lifetime Imaging Nanoscopy (FLIN), combines a super resolution microscopy technique called STimulated Emission Depletion microscopy (STED), with Fluorescence Resonance Energy Transfer (FRET) and Fluorescence Lifetime Imaging Microscopy (FLIM) to bring us a step closer to understanding the role of neuronal synapses in learning and memory.
In order to disseminate this important finding beyond the limit of traditional text-based journal publications, I aim to produce a 3D animation that will introduce the technique in an aesthetically pleasing yet intuitive manner. As molecular processes are involved in nearly all biological systems, promoting the use of this technique is expected to have great impact in not only neuroscience, but in diverse fields of biology.


Power Output: RMS 60W
Input: Blue-tooth, AUX, RCA, Optical
Display: LED display
lnput Sensitivity: 500mv
Frequency Response: 65-20KHZ
Adaptor: AC100V-AC24OV, 5OHZ/6OHZ
Remote Control: Infrared
Accessories: Adaptor, RCA Cable, Remote Control, Wall-bracket & User Manual
Color: As given picture.
Note: Product delivery duration may vary due to product availability in stock.
Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.


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Today, as technology rises, current sensing resistors are used to focus on managing and tracking of power from the source to an end device. Current sensing resistors are used in a lot of electronic devices. That is why it is important to have knowledge of the advantages and disadvantages of various technology available today.
Let us take a closer look at how Current Shunt Resistors or current sense shunt resistor work. Current sense resistors are put in sequence with a power supply and an end device. All currents must pass through the resistor to get to the end unit. After that, the current that went through the resistor is determined by means of reading the voltage across the resistor and this kind of information is utilized by the power source to adjust its output. Because the power will be consumed by this function symmetrical to the resistance value, you would want the value to be as small as it can be since this will diminish the amount of power consumed by the current sensing function for a particular current level. On the other hand, as the resistance values decrease, the voltage change for a particular current level decreases as well. If this happens and the resistance value became insufficient, it will be difficult for the power supply to distinguish if the voltage difference is still tolerable or not. Due to this, current sense resistors are normally used for those applications that require only 100amps below. For high current applications, precise sense resistors should be used.
Thick Film Current Sense Resistors
This kind of resistors have a wide variety of sizes (including the smallest current sense resistor chip in the industry) and they are somewhat economical. Thick film resistors are made by applying a resistive film or paste, a combination of glass and conductive materials, to a base. Thick film engineering allows high resistance values to be printed on a cylindrical or flat base whether covered entirely or in diverse patterns. They also prefer to be printed in a serpentine design to remove inductance for applications with steady frequencies. After application, the resistance is modified using a laser or abrasive trimmer. Thick film current sense resistors are the first product to be recommended for portable scanners and barcode readers, cell phones, MP3 players, DC to DC converters, and voltage regulator applications.
The metal foil resistor has the best accuracy and stability compared to all resistor types. The foil is made of an alloy (material made from two or more metallic elements) to protect it from damage. A mixture of nickel, chromium, and additives are used to form the foil because these materials have high resistance to electric current. The foil resistor has a low-temperature coefficient of resistance. Thus, the foil resistors have high precision and stability. Metal-based resistors can be applied to switching and linear power supplies, buck controllers for datacom and telecom equipment, LED drivers, motor control, electric power tools, and power amps.
Precision Current Sensing Chip Resistors
This resistor type is the best choice when it comes to precision and high current handling because these resistors are capable of processing high surge currents such as medical equipment, testing equipment, automatic equipment controllers, converters and communication device.
Current monitoring has become more significant as systems make an effort to be more effective, mainly when it is about battery-powered equipment. Current sense monitoring can help extend both battery life and the functional life of your electronic equipment.


Development of New Electric ContactAg−酸化物系カドミウムフリー電気接点材料
Tomoki OBA, Tomoyuki UENO大場友樹、上野智行
electric contact,silver,oxide ,silver-oxide system ,cadmium oxide, cadmium-free Internal oxidation method,welding resistance,wear resisitance
A lot of silver-cadmium oxide system contact materials are widly used as electrical contacts such as breaker for distribution(MCCB) and electromagnetic switches(MS),because cadmium oxide (CdO) has good properties. However, Cadmium (Cd) might be harmful. We know this material causes environmental problems in the future. ISO14000 also requires this problem to be solved. Then, it is necessary to develop new cadmium-free silver-oxide system contact materials.
Now, we have developed the new contact "CL-8", which is cadmium-free silver-oxide system.
This "CL-8" shows good properties and performances. It will solve above environmental problems.


What is computer forensics the american heritage dictionary defines the term “ forensics” as the use of science and technology to investigate and establish facts in criminal or civil courts of law however, forensics was initially derived from usage in the med- ical field the specialty of forensic med- icine was a recognized. An overview of computer viruses in a research environment matt bishop department of mathematics and computer science dartmouth college hanover , nh 03755 abstract the threat of attack by computer viruses is in reality a very small part of a much more general threat, specifically attacks aimed at subverting. This article examines the issue of computer matching and its privacy implications computer matching involves the computerized comparison of automated systems of records or databases the main benefits of computer matching are increased detection and deterrence of fraud, waste, and abuse however, critics of. An overview of computer programming computer programmer ( probably) you probably use computers and programs on a daily basis, but you might not be aware that the first pre-computers didn't even use electricity or that the first computer programmer was a woman computers have a huge impact on our life. Computer science: an overview, global edition | glenn brookshear, dennis brylow | isbn: 9781292061160 | kostenloser versand für alle bücher mit versand und verkauf duch amazon. Buy computer science: an overview: international edition 10 by j glenn brookshear (isbn: 9780321544285) from amazon's book store everyday low prices and free delivery on eligible orders.
Björn wittenmark, karl johan åström, karl-erik årzén. Computer science: an overview is written for students of computer science as well as students from other disciplines its broad coverage and clear exposition are accessible to students from all backgrounds, encouraging a practical and realistic understanding of the subject written to provide students with a bottom- up,. Software overview computer hardware is useless without software software are the instructions or programs that tell the hardware what to do there are two general categories of software: system software application software.
Computer-based design synthesis research: an overview one of the hallmarks of engineering design is the design synthesis phase where the crea- tivity of the designer most prominently comes into play as solutions are generated to meet underlying needs over the past decades, methodologies for generating concepts. A programmer's view • depends on the type and level of language used • a hierarchy of languages ∗ machine language ∗ assembly language increasing level ∗ high-level language of abstraction ∗ application programs • machine- independent ∗ high-level languages/application programs • machine-specific. The following outline is provided as an overview of and topical guide to computer engineering: computer engineering – discipline that integrates several fields of electrical engineering and computer science required to develop computer hardware and software computer engineers usually have training in electronic.
The computer and peripherals industry is composed of a diverse group of companies it produces a wide range of products and services, many of which are tied to mainframe and server computers, personal computers, and storage devices, for sale to just about all businesses and consumers the industry tends to trail the. An overview of the computer output microfilm field, published by acm 1969 article bibliometrics data bibliometrics citation count: 0 downloads ( cumulative): 36 downloads (12 months): 6 downloads (6 weeks): 1. This chapter presents the basic concepts of computer security the remainder of the book will elaborate on these concepts in order to reveal the logic underlying the principles of these concepts we begin with basic security-related services that protect against threats to the security of the system the next. This textbook consists of notes for the csci 1001 overview of computer science class at the university of minnesota-twin cities more information about that class and these notes are in the opening chapter the original version of these notes was used in the spring 2014 offering of that class this current version, version.
After the digital revolution, the computer, monitor and printer replaced film, chemistry and paper the analog darkroom became the digital darkroom the next few pages will provide an overview of the various types of computers, how computer components work together and are most effectively set up for efficient workflow. Introduction although software is thought of as being separate from hardware, the fact is that software exists in the larger context of hardware having an understanding of the environment within which your code will be running is useful specifically when dealing with certain bugs relating to memory, or understanding how. Learn about custom computer specialists and how the right people deliver the right results. Students in lower division courses are advised by the college of engineering and computer science student services center/eop students in the department's majors taking upper division courses are advised through the department office new transfer students should schedule an initial advisement with the transfer.
Overview of computer system 2 definition computer system a computer system is defined as combination of components designed to process data and store files a computer system requires hardware, software and a user to fully function user hardware.
Computer overview - learn computer fundamental concepts in simple and easy steps starting from overview, applications, generations, types, components, cpu, input devices, output devices, memory, ram, rom, motherboard, memory units, ports, hardware, software, number system, number conversion, data,. Chapter 3 explains how a computer processes data chapter 4 focuses specifically on the role of the operating system chapter 5 serves as a foundation to understanding how computer networks facilitate the communication between computers and other devices part 2 chapter 6 provides an overview of how programming. Before you start objectives: learn which devices are used to input data, to process data and to output processed data so we can use it learn what makes computers modular, how computers can communicate and what is the part of software prerequisites: no prerequisites key terms: hardware devices,.


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Strateos is a robotic cloud lab that automates the laboratory process so that researchers can perform experiments remotely. Lab work is time-intensive and prone to human error. Using automation, multiple experiments can be performed simultaneously and perfectly and the results are more accurate. Many instructions in chemistry are ambiguous, but Strateos’ experiments are all defined by code, which means that all experiments can be perfectly replicated. Strateos provides a web app where scientists can define their experiments. The platform allows anyone to access state-of-the-art equipment for their experiments. This video explains how Strateos works while showing footage of what goes on inside the lab.
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The iPhone 7 (GSM) is one of the most popular smartphones on the market today, and for good reason. With its sleek design, powerful hardware, and intuitive software, the iPhone 7 is a device that offers everything a user could need in a smartphone. But what exactly is the firmware software that makes the iPhone 7 (GSM) so special? In this blog post, we will take a closer look at the firmware software on the iPhone 7 (GSM) and what makes it so unique.
Firmware software is essentially the low-level software that controls the basic functions of a device. This software is responsible for things like booting up the device, managing memory, and providing a user interface. In the case of the iPhone 7 (GSM), the firmware software is iOS, Apple’s proprietary operating system that powers all of its mobile devices.
One of the key features of iOS is its user-friendly interface, which makes it easy for users to navigate the device and find what they are looking for. Whether you are looking to check your email, make a phone call, or browse the web, the iOS interface is intuitive and straightforward, making it simple to access all of the features and functions of the iPhone 7 (GSM).
Another key aspect of the iOS firmware software is its security features. With its secure boot process, iOS is able to prevent unauthorized access to the device’s hardware and software, ensuring that users’ data is protected from potential threats. Additionally, iOS provides a range of privacy features that help users keep their personal information safe and secure.
One of the most notable things about iOS is its ability to receive regular software updates. Apple releases new versions of iOS regularly, which provides users with new features, bug fixes, and performance improvements. This ensures that the iPhone 7 (GSM) remains up-to-date and able to take advantage of the latest software advancements.
In conclusion, the firmware software on the iPhone 7 (GSM) is one of the key factors that make this device so special. With its user-friendly interface, powerful hardware, and advanced security features, the iPhone 7 (GSM) is a device that offers everything a user could want in a smartphone. Whether you are looking for a powerful device for work, play, or simply for staying connected, the iPhone 7 (GSM) is a device that is sure to deliver.
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"One of the best ways to encourage more use of public transport is to provide better travel information, both during and after their journey.”
This is how Bert-Inge Hogsved started his speech at the 2015 Public Transport Day. He made the same statement in 1992 on the Västnytt news programme, and it remains as relevant today as back then. While the company's ambition has not changed, technological advances over the years have opened up new methods and possibilities for communicating information to passengers.
In the late 1980s, Ericsson, Telia and Hogia collaborated to create a mobile data communication system. Telia provided a mobile data network with total coverage, Ericsson provided the technology and Hogia provided the applications. With the advent of GPS technology in the early 1990s, Hogia supplied local public transport in Stenungsund with GPS systems that enabled the transport management centre to track speed, vehicle location and delays. Position data was transmitted between the buses and the transport management centre, but only at certain times of the day when the satellites where in the right position. The technology was slow and data transmission was expensive, so only a limited amount of data could be exchanged. Moreover, the installations in the vehicles were complex. By 1994, the technology had advanced and over 500 buses and 25 transport management centres were now connected by Hogia's public transport systems.
Today mobile data communication is cheap and fast, which opens up completely new possibilities. Passengers, transport managers and bus drivers can get reliable information in real time, while less equipment and fewer on-board systems are needed on-board the vehicles. Hogia TransitCloud was launched in 2014. It sends positioning data from vehicles every second, making forecasts more reliable. This system is currently installed in 500 vehicles, and by December, 1,500 vehicles will be equipped to transmit second-by-second position data.
Bert-Inge concludes by staying that although Hogia has been quick to embrace new technologies over the years, the most important keys to the company's success have been its strong industrial focus and continuous standardisation work. He emphasises that continued work on standardisation is crucial to the future of public transport. There are large amounts of data to be exchanged and analysed and many stakeholders and systems to coordinate. It is increasingly important to offer passengers a complete transport concept. Hogia is actively involved in developing standards, partly with the aim of increasing the industry's possibilities of offering passengers seamless transport between counties, countries and transport modes.
Hogia has over 25 years' experience of developing and supplying software and IT systems to the transport sector, and is the only system supplier in Europe to offer integrated solutions for ferries, port terminals, road transport and public transport.
Hogia's PubTrans central integrator:
-helps 500 transport managers do their job every day
-performs 1 million traffic forecasts per day
-provides 25,000 drivers with instructions every day
-keeps track of 6,000 vehicles' position at any given moment


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Control your home from your lazy chair, your office location, driving home from work or holiday. This trend is really lifting of now with giants like Google (Home & Assistant), Amazon (Echo) now also enabling voice control, making it so much easier to control everything from your smartphone or other devices.
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You really have to get engaged too.
This power socket let's you remotely control: switch on/off of devices that are plugged in and has a controllable color light ring around, which can act as e.g. nightlight or power usage indicator.
Save yourself money by really switching of devices, e.g. scheduled during the night window, reduce energy usage. Helps to keep burglars out by switching lights on and of even from holiday. Integrated with all major platforms even with voice control: Google Home, Amazon Alexa, Echo Dot & IFTTT. Very easy, even your 4 year old can get it to work.
- CONTROL-the LED scene light and socket's power are independent controlled (3 pin FRance plug does not support the RGB light ring yet, sorry France!), you can choose automated scene to let the RGB light reflect the socket's power situation.
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