#Validated SaaS Maintenance Management Software

[monisha1199]

Journey to AWS Proficiency: Unveiling Core Services and Certification Paths

Amazon Web Services, often referred to as AWS, stands at the forefront of cloud technology and has revolutionized the way businesses and individuals leverage the power of the cloud. This blog serves as your comprehensive guide to understanding AWS, exploring its core services, and learning how to master this dynamic platform. From the fundamentals of cloud computing to the hands-on experience of AWS services, we'll cover it all. Additionally, we'll discuss the role of education and training, specifically highlighting the value of ACTE Technologies in nurturing your AWS skills, concluding with a mention of their AWS courses.

The Journey to AWS Proficiency:

1. Basics of Cloud Computing:

Getting Started: Before diving into AWS, it's crucial to understand the fundamentals of cloud computing. Begin by exploring the three primary service models: Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). Gain a clear understanding of what cloud computing is and how it's transforming the IT landscape.

Key Concepts: Delve into the key concepts and advantages of cloud computing, such as scalability, flexibility, cost-effectiveness, and disaster recovery. Simultaneously, explore the potential challenges and drawbacks to get a comprehensive view of cloud technology.

2. AWS Core Services:

Elastic Compute Cloud (EC2): Start your AWS journey with Amazon EC2, which provides resizable compute capacity in the cloud. Learn how to create virtual servers, known as instances, and configure them to your specifications. Gain an understanding of the different instance types and how to deploy applications on EC2.

Simple Storage Service (S3): Explore Amazon S3, a secure and scalable storage service. Discover how to create buckets to store data and objects, configure permissions, and access data using a web interface or APIs.

Relational Database Service (RDS): Understand the importance of databases in cloud applications. Amazon RDS simplifies database management and maintenance. Learn how to set up, manage, and optimize RDS instances for your applications. Dive into database engines like MySQL, PostgreSQL, and more.

3. AWS Certification:

Certification Paths: AWS offers a range of certifications for cloud professionals, from foundational to professional levels. Consider enrolling in certification courses to validate your knowledge and expertise in AWS. AWS Certified Cloud Practitioner, AWS Certified Solutions Architect, and AWS Certified DevOps Engineer are some of the popular certifications to pursue.

Preparation: To prepare for AWS certifications, explore recommended study materials, practice exams, and official AWS training. ACTE Technologies, a reputable training institution, offers AWS certification training programs that can boost your confidence and readiness for the exams.

4. Hands-on Experience:

AWS Free Tier: Register for an AWS account and take advantage of the AWS Free Tier, which offers limited free access to various AWS services for 12 months. Practice creating instances, setting up S3 buckets, and exploring other services within the free tier. This hands-on experience is invaluable in gaining practical skills.

5. Online Courses and Tutorials:

Learning Platforms: Explore online learning platforms like Coursera, edX, Udemy, and LinkedIn Learning. These platforms offer a wide range of AWS courses taught by industry experts. They cover various AWS services, architecture, security, and best practices.

Official AWS Resources: AWS provides extensive online documentation, whitepapers, and tutorials. Their website is a goldmine of information for those looking to learn more about specific AWS services and how to use them effectively.

Amazon Web Services (AWS) represents an exciting frontier in the realm of cloud computing. As businesses and individuals increasingly rely on the cloud for innovation and scalability, AWS stands as a pivotal platform. The journey to AWS proficiency involves grasping fundamental cloud concepts, exploring core services, obtaining certifications, and acquiring practical experience. To expedite this process, online courses, tutorials, and structured training from renowned institutions like ACTE Technologies can be invaluable. ACTE Technologies' comprehensive AWS training programs provide hands-on experience, making your quest to master AWS more efficient and positioning you for a successful career in cloud technology.

[simba2150]

The Future of 3D Visualization: What to Expect

The field of 3D visualization is evolving at a rapid pace, driven by technological advancements and increasing demand across various industries. This blog explores the future of 3D visualization, highlighting emerging trends, innovations, and potential impacts on different sectors. With numerous 3D visualization companies in Mumbai leading the charge, the landscape is set for transformative changes.

Key Points:

Emerging Technologies

Industry Applications

Challenges and Opportunities

Future Prospects

Emerging Technologies

Real-Time Rendering The future will see a significant shift towards real-time rendering, powered by advancements in GPU technology and software optimization. Real-time rendering allows for instantaneous updates and interaction with 3D models.

Technologies: Unreal Engine, Unity, NVIDIA RTX

Implications: Enhanced user experiences in interactive applications such as virtual tours and training simulations.

Augmented Reality (AR) and Virtual Reality (VR) AR and VR are set to redefine how we interact with 3D models by providing immersive and intuitive experiences.

Technologies: HoloLens, Oculus Rift, HTC Vive

Implications: Increased adoption in fields such as healthcare for surgical planning, in education for interactive learning, and in retail for virtual try-ons.

Artificial Intelligence (AI) and Machine Learning AI and machine learning will play a crucial role in automating and optimizing 3D visualization workflows, from model generation to real-time interaction.

Technologies: TensorFlow, PyTorch

Implications: Intelligent systems that can autonomously generate and optimize 3D models, reducing the need for manual intervention and speeding up the design process.

Industry Applications

Architecture and Construction 3D visualization will become even more integral to architectural design and construction, offering real-time collaboration tools and enhanced BIM (Building Information Modeling) systems.

Future Trends: Integration of IoT with 3D models for smart building management.

Opportunities: Improved project accuracy and efficiency, real-time project updates, and augmented reality-powered construction site visualizations.

Healthcare The healthcare sector will benefit from detailed and dynamic 3D visualization for diagnostics, surgical planning, and patient education.

Future Trends: Personalized 3D models of organs for precision medicine.

Opportunities: Reduced surgical risks, enhanced medical training, and better patient understanding of medical procedures.

Manufacturing In manufacturing, 3D visualization will be pivotal in prototyping, product design, and quality control.

Future Trends: Digital twins and virtual factories.

Opportunities: Enhanced design validation, real-time monitoring, and predictive maintenance.

Challenges and Opportunities

Challenges

Data Management: Handling and processing large volumes of data required for high-quality 3D models remains a challenge.

Solutions: Cloud computing and scalable data management systems.

Accessibility: Ensuring that advanced 3D visualization tools are accessible to small and medium-sized enterprises (SMEs).

Solutions: Affordable software solutions and SaaS models.

Interoperability: Ensuring seamless integration between various 3D visualization tools and existing workflows.

Solutions: Development of standardized file formats and APIs.

Opportunities

Innovation: Continual advancements in hardware and software open up new possibilities, from more realistic visualizations to entirely new ways of interacting with 3D content.

Collaboration: Enhanced tools for remote collaboration will make it easier for globally dispersed teams to work together on complex 3D projects.

Education: Interactive and immersive 3D visualization will revolutionize education and training across virtually every field.

Future Prospects

The future of 3D visualization looks promising, with myriad advancements poised to expand its capabilities and applications. Industries will become more interconnected and interactive, leveraging advanced 3D models and simulations to drive innovation and efficiency. Key prospects include:

Hyper-Realistic Digital Twins

Fully interactive and hyper-realistic digital twins with real-time data integration, transforming industries from manufacturing to urban planning.

AI-Powered Design Assistants

AI that can co-create with users, offering suggestions, and optimizing designs based on predefined criteria and user preferences.

Universal 3D Accessibility

Democratization of 3D visualization tools, making them accessible to a wider array of industries and educational institutions.

Conclusion

The future of 3D visualization is bright and filled with exciting possibilities. From real-time rendering and AI to AR and VR, these emerging technologies promise to revolutionize a plethora of industries. As 3D visualization companies in Mumbai continue to innovate, the opportunities for enhanced user experiences and improved efficiency are boundless. While challenges exist, the possibilities for collaboration and innovation make it an exhilarating time to be involved in this field, particularly in sectors utilizing 3D interior rendering to elevate their designs.

[angelikicooney]

Unlocking Potential: AI-Driven Advancements in Pharmaceutical SaaS

The pharmaceutical industry is undergoing a significant transformation, driven by advancements in artificial intelligence (AI) and software-as-a-service (SaaS) technologies. These innovations are reshaping how pharmaceutical companies conduct research, manage data, and deliver products. By leveraging AI and SaaS, the pharmaceutical sector is unlocking new potentials for drug discovery, development, and patient care. This article explores the impact of AI-driven advancements in pharmaceutical SaaS, highlighting their benefits, challenges, and future potential.

Revolutionizing Drug Discovery and Development

AI-driven advancements are revolutionizing the drug discovery and development process, offering pharmaceutical companies powerful tools to accelerate research and reduce costs. Traditional drug discovery is a lengthy and expensive process, often involving extensive trial-and-error experimentation. AI and machine learning algorithms, however, can analyze vast amounts of data to identify potential drug candidates more efficiently.

One critical application of AI in drug discovery is predictive modeling. AI algorithms can analyze complex biological data to predict how different compounds will interact with specific targets. This capability allows researchers to identify promising drug candidates early in the process, significantly reducing the time and cost associated with laboratory experiments.

Moreover, AI can optimize clinical trial design by analyzing patient data to identify suitable candidates and predict their responses to treatments. This approach enhances the likelihood of successful trials and reduces the number of failed studies. SaaS platforms equipped with AI capabilities enable real-time data analysis and collaboration, streamlining the drug development process and improving overall efficiency.

Enhancing Drug Repurposing

Another area where AI-driven pharmaceutical SaaS is making a significant impact is drug repurposing. Drug repurposing involves finding new uses for existing drugs, which can be a cost-effective way to bring new treatments to market. AI algorithms can analyze existing drug data and identify potential new indications for these drugs.

For example, AI can analyze patient records, clinical trial data, and scientific literature to discover unexpected drug interactions or therapeutic benefits. This approach not only speeds up the repurposing process but also helps uncover new applications for drugs that may have previously been overlooked. SaaS platforms that integrate AI-driven analytics enable pharmaceutical companies to explore and validate these new drug repurposing opportunities quickly.

Streamlining Drug Manufacturing and Supply Chain Management

AI-driven SaaS solutions are also transforming drug manufacturing and supply chain management. In drug manufacturing, AI algorithms can optimize production processes by predicting equipment failures, optimizing resource allocation, and improving quality control. Predictive maintenance powered by AI helps prevent costly downtimes and ensures that manufacturing processes run smoothly.

Supply chain management is another critical area where AI and SaaS are making a difference. AI-driven analytics can enhance demand forecasting, optimize inventory management, and improve logistics planning. By analyzing historical data, market trends, and external factors, AI can predict drug demand and identify potential supply chain disruptions. SaaS platforms provide real-time visibility into the supply chain, enabling pharmaceutical companies to respond quickly to changes and maintain a steady supply of essential medications.

Personalized Medicine and Patient Care

Personalized medicine is a growing field that aims to tailor treatments to individual patients based on their genetic, environmental, and lifestyle factors. AI-driven SaaS solutions play a crucial role in advancing personalized medicine by analyzing patient data to develop customized treatment plans.

AI algorithms can analyze genomic data, electronic health records, and patient-reported outcomes to identify the most effective treatments for individual patients. This approach enhances treatment efficacy and reduces the likelihood of adverse effects. SaaS platforms with AI capabilities facilitate the integration and analysis of diverse data sources, enabling healthcare providers to deliver personalized care more effectively.

Furthermore, AI-driven SaaS solutions support patient engagement and adherence to treatment regimens. AI-powered chatbots and virtual assistants can provide patients with real-time support, answer questions, and offer reminders about medication schedules. By improving patient communication and support, these solutions help ensure that patients adhere to their treatment plans and achieve better health outcomes.

Addressing Data Privacy and Security Challenges

While AI-driven advancements in pharmaceutical SaaS offer numerous benefits, they also present challenges related to data privacy and security. The pharmaceutical industry deals with sensitive patient data, including personal health information and genetic data, so ensuring the protection and confidentiality of this data is paramount.

SaaS platforms must adhere to stringent data protection regulations, such as the Health Insurance Portability and Accountability Act (HIPAA) in the United States and the General Data Protection Regulation (GDPR) in Europe. AI algorithms used in pharmaceutical SaaS must be designed to safeguard data and comply with these regulations.

Implementing robust cybersecurity measures, such as encryption, access controls, and regular security audits, is essential for protecting sensitive information. Additionally, pharmaceutical companies must establish clear data governance policies and ensure that their SaaS providers meet high standards for data security and privacy.

Future Prospects and Innovations

The future of AI-driven advancements in pharmaceutical SaaS holds immense potential for further innovation and transformation. As AI technologies continue to evolve, they will offer even more sophisticated tools for drug discovery, development, and patient care.

One promising area is the integration of AI with emerging technologies such as blockchain and the Internet of Things (IoT). Blockchain technology can enhance data security and transparency by providing a secure and immutable record of transactions. IoT devices can collect real-time data from patients and devices, which AI algorithms can analyze to improve treatment outcomes and support remote monitoring.

Additionally, advancements in natural language processing (NLP) will enable AI systems to understand better and analyze unstructured data, such as medical literature and patient notes. This capability will further enhance the ability to discover new drug candidates, identify treatment options, and support personalized medicine.

AI-driven advancements in pharmaceutical SaaS are unlocking new potentials for drug discovery, development, and patient care. By leveraging AI and SaaS technologies, the pharmaceutical industry is improving research efficiency, optimizing manufacturing processes, and advancing personalized medicine. While challenges related to data privacy and security remain, the continued evolution of AI technologies promises to drive further innovation and transformation in the industry.

As the pharmaceutical sector embraces these advancements, it will be better equipped to address global health challenges, enhance patient outcomes, and deliver more effective treatments. The synergy between AI and SaaS is poised to play a pivotal role in shaping the future of healthcare, offering exciting opportunities for progress and improvement in the field.

[irradiate-space]

PHP itself is not insecure. As long as your server applies its patches on time, you'll be fine.

WordPress itself is no more insecure than any other CMS. As long as you keep your installation up-to-date, you'll be fine.

The issue with WordPress sites is that there are a lot of poorly-written plugins and themes out there, which add on new functionality without doing common things like sanitizing inputs, validating inputs, escaping outputs, and checking that the current user has permission to do the thing that they're doing. Part of what WordPress does as a common library is provide opinionated software patterns to help people not build easily-exploited code.

Using a managed WordPress host like Automattic's WordPress.com or WPEngine or Pantheon or Kinsta or Rocket.com or Bluehost or Hostinger or Dreamhost can make maintenance easier for the site owner: you just have to pay the SAAS provider to do it for you.

If you put together a mostly-static site generator in PHP, without logins or databases or unescaped outputs, your site will not be the venue by which someone hacks your server.

I think there's nothing so revealing that a person is either a. a hobbyist programmer play-acting at being a web developer, or b. so deep in the Enterprise Ecosystem™ that they can no longer see daylight as "nobody develops websites in PHP anymore".

[quantoknacktraining]

Comprehensive Guide on Salesforce Admin Course For Beginners

Salesforce is a Software as a Service (SaaS) CRM platform that offers multiple cloud-based applications to firms to help them manage their Customer relationships and data. It is well-known for its unique and promising features. Moreover, you can easily non-discriminating it with any other platform, offering instant and efficient data import and export, etc.

Salesforce was established as a SaaS in recent years but later transformed into the platform as a Service (PaaS). It is considered as the most significant customer success platform because it provides Lead management, opportunity management, Sales Forecasts etc.

While pursuing Salesforce Admin Course Online, it is important to learn the service nature of Salesforce platform. It usually includes Entitlements, Case routings, case managements etc.

With the developing world, Salesforce has been adopted by more than 150,000 organizations and other firms to help manage customer and sales processes, the demand for certified administrators to help manage Salesforce has enhanced dramatically.

What does a Salesforce Administrator do?

Salesforce can be used in diverse ways, the role of a Salesforce administration can vary from firms to firms, and from industry to industry. But there are multiple roles a typical Salesforce Admin fills in the work they do. They include:

Administer user profiles and access levels

Implicating new leads, contacts, and data

Create processes for reporting

Setup and run replication tools

Testing system updates in the sandpit

Run database maintenance reports

Perform multiple specialized responsibilities

What does a Salesforce Admin Course for beginners include?

There are certain topics that are efficiently covered under the Salesforce admin course such as Cloud computing, CRM, Salesforce management, Validation rules, work flows, related Lookup Filters, and much more.

Salesforce Admin Course Eligibility

The people who can apply for Salesforce Admin Course Online are:

Candidates who are from technical or non-technical background can apply for this course.

Freshers without any prior Salesforce experience can apply for any Salesforce Certifications.

Salesforce Admin Course Benefits

A Salesforce Admin Certification Course increases your overall awareness of sales and customer interactions, while also offering you a detailed understanding of how to use the Salesforce platform successfully. Despite having any exposures, you will find a variety of useful tools as you explore more through the Salesforce admin course.

Here are few key benefits of a Salesforce Administrator Certification Course, such as:

Enhance Skills

Gaining a salesforce admin training certification course allows you to understand the salesforce platform proficiently. You’ll know how to use multiple features to adeptly manage administrative duties and improve business sales. Completing Salesforce admin training online will make your Curriculum Vitae in the eyes of latent employers. It also allows you to grasp a job position easily.

Improve your problem solving skills

Pursuing a Salesforce admin certification, you will be able to grasp new projects instantly, find solutions to issues as they emerge, and move rapidly to execute efficient business solutions.

Hands-on exposure on practical projects

Throughout the Salesforce admin course, you will get hands-on exposure working on practical projects with Salesforce that helps you to improve your productivity. This improves the value of your Curriculum Vitae and work profile, as various recruiters seek for employees who have received the required training to handle marketing operations efficiently.

Higher Pay

Pursuing the Salesforce admin course online allows you to get a higher pay, get a promotion, or even explore new job prospects successfully. As Salesforce continues to extend its reach, more organizations will be aspiring certified experts. As Salesforce administrator jobs see higher demand, it also generates higher pay.

Expanding Industry

Salesforce Administration is a good career choice because the sector is extending. Salesforce is always launching new tools and features to its platform to better serve its diverse client base.

Summary

As mentioned above in the article, becoming a Salesforce certified admin certification is a tactical path lined with multiple resources and community support. Remember, your Salesforce journey will begin with exploring the salesforce platform to acing the Salesforce Certification exam and beyond.

Take that important step towards transforming your professional life. With Quantoknack Training, you’ll prepare to pass the Salesforce Certified Administrator exam and prepare yourself for real-world success.

[isoimplementationinaustralia]

SOC 2 Strategies and Insights for a Seamless Certification Process

SOC 2 in France is a framework developed by the AICPA, focusing on security, availability, processing integrity, confidentiality, and privacy of data for technology and cloud computing organizations. SOC 2 certification in France validates that a company's information security policies meet strict criteria. It is crucial for businesses handling customer data. The certification process involves an audit by third-party auditors to ensure controls effectively protect client information. SOC 2 is particularly relevant for SaaS providers and cloud computing companies. It signifies a commitment to data security and privacy, instilling trust in clients and partners. The certification showcases a robust information security program.

Why SOC 2 Certification is Essential for Data-Driven Organizations

Organizations in Kuwait that handle sensitive customer data, particularly those in the technology, SaaS, and cloud computing sectors, need to pursue SOC 2 certification. SOC 2  Implementation in Kuwait is crucial for businesses storing and processing client information as it demonstrates a commitment to meeting stringent information security standards. Whether providing software services, hosting data in the cloud, or managing sensitive information, achieving SOC 2 certification assures clients and partners in Kuwait of the organization's dedication to safeguarding data integrity, confidentiality, and privacy. The certification process involves an independent audit to validate that the company's controls align with the SOC 2 framework, ensuring a robust and secure information security program. 

The Active Advantages of SOC 2 Certification

Robust Security: SOC 2 in China ensures stringent security measures, reducing the risk of data breaches.

Client Trust: Certification fosters client confidence, signaling a commitment to high data security standards.

Competitive Edge: SOC 2 certification differentiates businesses, appealing to clients valuing data privacy.

Compliance Ease: SOC 2 registration in China simplifies compliance, avoiding legal and financial consequences.

Global Recognition: Enables market expansion by being internationally recognized for robust data security.

Risk Mitigation: Identifies and addresses vulnerabilities, reducing the likelihood of security incidents.

Data Integrity: Focuses on processing integrity, ensuring accurate and reliable data for informed decisions.

Adaptability: SOC 2 in China evolves with cybersecurity challenges, keeping organizations proactive and adaptive.

A Concise Guide to the SOC 2 Auditing Process

SOC 2  audit in Australia involves several key steps:

Preparation: Assess and adjust controls in a pre-audit assessment to align with SOC 2 criteria.

Engagement Planning: Define audit scope and establish communication channels.

Risk Assessment: Identify and evaluate potential risks to data security and privacy.

Control Identification: Document controls aligning with SOC 2 criteria.

Testing Controls: Audit team assesses control effectiveness through documentation review and testing.

Report Preparation: Compile findings into a comprehensive report outlining compliance and improvement areas.

Remediation: Address and rectify any identified deficiencies or non-compliance issues.

Final Assessment: Verify successful implementation of controls.

SOC 2 Report Issuance: Receive a SOC 2 Type I or Type II report based on audit depth and duration.

Continuous Improvement: View SOC 2 compliance as an ongoing process, adapting controls to changes in technology and security, with periodic audits for maintenance.

Understanding the Costs of SOC 2 Certification

SOC 2 Cost in Kuwait varies based on factors such as audit complexity, organizational size, and pre-assessment needs. Primary expenses include auditor fees, pre-assessment and remediation costs, documentation development, technology investments, and staff training. Ongoing compliance efforts also contribute to the overall expenses. A comprehensive assessment of specific organizational requirements is crucial to accurately estimate the total cost of achieving and maintaining SOC 2 certification.

How to get a SOC 2 certification:Determine your variables to obtain a SOC 2 certification.

If a company aims to achieve SOC 2 certification in Afghanistan, critical decisions must be made. The initial choice involves opting for a SOC 2 Type 1 or Type 2 certification. Subsequently, the organization needs to select which of the five Trust Services Criteria will be covered in the audit. Simplifying these decisions, our recommendation for the first audit is to pursue a Type 1 certification. Your specific services will dictate the relevant Trust Services Criteria. Connect with our SOC 2 Certification Consultants in Afghanistan at Contact@b2bcert.com for a consultation and to find a consultant aligned with your business objectives, offering valuable insights throughout the registration process.

[biot-med]

Setting a Standard for Cloud Computing in Medical Devices

In the last decade we have seen a growth in software-embedded medical devices. This, combined with a powerful off-the-shelf (OTS) software industry exploding around the world has forced regulatory bodies to re-think how to accommodate safety and risk requirements.

Then OTS Evolved into Cloud-based OTS SaaS Forcing Further Re-thinking

Cloud computing is both cost-effective and flexible, allowing for the quick scaling of computing resources and the provision of new services based on real-time demand. In many areas of industry, cloud computing has turned capital expenditures into operational expenditures, while increasing availability and cybersecurity. Moreover, companies delivering software in a SaaS model over the cloud also enjoy quick development and deployment cycles thanks to the advancement of Continuous Integration and Delivery techniques (CI/CD).

Within the SaaS industry, a PaaS industry of Off-the-shelf Platform software infrastructures has also evolved as a service that allows for the accelerated building of end-user-facing SaaS.

Cloud-based Medical Devices Using OTS SaaS Makes Perfect Sense

In the medical device arena, cloud computing allows for many beneficial applications, such as remote patient monitoring, data collection for medical research, as well as an emerging medical device architecture, where a significant proportion of the device functionality is executed on the cloud, rather than on the edge hardware. At BioT, we call this architecture a ‘distributed medical device.’

The benefits of the ‘distributed medical device’ architecture are great. It enables manufacturers to reduce the cost of the edge hardware by limiting the need for a strong CPU and memory. Manufacturers are able to introduce new capabilities more quickly, without the complexity related to firmware updates. Finally, it makes the device less exposed to cyber and privacy risks, because the IP (and in some cases, meaningful data) is not on the edge hardware anymore. With the option for slimmer, more affordable devices that can easily scale to the homes of patients, it seems evident that this is the future of medical devices.

Building a cloud-based medical device from scratch is an enormous and risky effort. Therefore, it makes perfect sense to utilize relevant OTS SaaS (we pronounce “OTSaaS” 😊) available, which can reduce the effort and risk to build by up to 95%. However, with OTSaaS new quality-oriented challenges rise.

The FDA Quality Regulation Does Not Address Cloud-based Medical Devices

In general, the FDA quality regulation requires that verification and validation (V&V) should take place whenever maintenance changes and new capabilities are introduced to a product baseline. This is to validate that the design structure and system logic are not negatively impacted anywhere in the device or in a way that increases patient risk or lowers efficacy.

The “validated state” as dictated by the FDA (and presented very nicely by our friends at Orthogonal), is proof that the medical software and quality systems are working as intended, and as affirmed by the previously accepted regulatory filings and the FDA’s quality management systems standards. This concept is the cornerstone of safe medical devices including Software as a Medical Device (SaMD), Digital Therapeutics (DTx), and connected medical device systems development. Without trust in the validation of the device software, there can be no trust in the ability of MedTech to improve health outcomes.

V&V processes must be consistently documented. When applied to a traditional hardware-based medical device, this is relatively straightforward as manufacturers have full control over each and every element of the software and computational environment.

With a cloud-based environment, the V&V process is much more challenging because the cloud is essentially a special form of OTSaaS. One challenge of OTSaaS is that not only does the device manufacturer lack full control over it, but the OTSaaS provider (e.g. cloud vendor) can regularly make updates to their technology stack, without prior notice – and without advanced customer approval.

The medical device manufacturer’s challenge is how to validate the software and maintain FDA validation without knowing when and what updates are being done by the cloud service provider. As with many other aspects of cloud computing, companies using the cloud weigh the tradeoff of having less control over their computing environment with the incredible economies of scale of public cloud vendors.

Cloud Change Control Now Gets Handled By AAMI

The Association for the Advancement of Medical Instrumentation (AAMI) is an organization formed to set safety standards in both the design and usage of innovative medical devices. For cloud computing, the AAMI has a designated task group to focus on the issue of the appropriate use of public cloud computing for quality systems and medical devices.

Recently, this task group  concluded that given the circumstances of cloud-based software, a continuously validated state cannot be achieved when using the cloud. In lieu of a continuously validated state, the task group considers the alternative: to achieve an intermittently validated state where the validation is periodically examined and re-confirmed.

An intermittently validated state

The types of validation that a medical device manufacturer needs to perform and the frequency with which these validations need to be conducted depends on the level of risk associated with the use of the cloud service for a particular device. Until a concrete standard or TIR (technical information report) is published on the subject, AAMI’s task force recommends that manufacturers take a risk-based approach to validation.

This requires manufacturers to ask themselves several questions:

What changes can occur between validations?

How will the change impact safety and effectiveness?

How can the change be detected?

How long will it take to correct an issue?

What harm could be caused by an unvalidated change?

The risk-based approach can be summed up as, ‘determining how a manufacturer can increase the chance of detecting a change and minimize the time taken to resolve it.’

The AAMI task force suggests that the following actions will help manufacturers to lower risk and meet the challenge of V&V:

Implement a set of automated testing that can be run at the frequency that will ensure the services remain in a validated state

Identify the intended function of the cloud computing resources within the product or service

Perform appropriate risk analysis to address potential issues specific to each individual device that may arise from cloud service changes or any malfunctioning of cloud services

Plan for the changes that may occur in real-time in the cloud, and respond thoughtfully and responsibly

For further reading about current action items, AAMI CR510:2021 provides the full details.

Clearly, a permanent solution is needed for the cloud change control challenge.

Introducing the AAMI TIR 115 Working Group SM-WG10

AAMI’s TIR 115 Working Group SM-WG10 was created by Randy Horton from Orthogonal and Pat Baird from Philips to address these issues. Bringing together a broad spectrum of stakeholders in the medical device and cloud ecosystem, this working group includes representatives from prominent cloud vendors, medical device companies, and the FDA, as well as innovative startups and platform vendors.

BioT is honored to be among the contributors to TIR 115, bringing the voice of platform vendors to the table. On one hand, as a PaaS (Platform as a Service), BioT is a user of cloud services, requiring BioT to maintain control measures to mitigate cloud vendor changes. On the other hand, as a PaaS provider, BioT is also required to provide such measures to the medical device companies we serve. This allows BioT a balanced perspective on the issues involved.

We invite anyone interested in cloud change control to be in touch and consider joining the AAMI TIR working group. Working together, we can shape industry standards, thereby improving patient outcomes, for years to come.

Interesting in Contributing to AAMI TIR 115? Contact Us

[mindfiresolutions-blog]

SaaS Application Development Using Java

Reasons for Adopting SaaS:

SaaS (Software as a Service) is favored due to its accessibility from anywhere via the web, eliminating the need for an in-house IT team for software maintenance. It offers cost-efficiency, scalability, custom Service Level Agreements, and outsources concerns like upgrades, security, and feature development.

Is Java the Right Choice for SaaS?

While there are multiple languages suitable for SaaS application development such as PHP, JavaScript, Ruby, Python, and C#, Java stands out for several reasons:

Versatility: Java is platform-agnostic and can be easily migrated to Android if required.

Resource Availability: A large pool of experienced Java developers ensures that software can be maintained and enhanced by different developers seamlessly.

Structure & Documentation: Java demands more disciplined development, ensuring a strong foundational structure and comprehensive documentation.

Key Considerations for Java-based SaaS Application Development:

Architecture: It’s essential to map out the SaaS application's blueprint from the outset. Planning for future expansion, like mobile application support, ensures smoother operation, maintenance, and scalability later.

APIs: APIs (Application Programming Interfaces) are crucial. Properly constructed APIs maximize the utility and longevity of your SaaS application, offering greater flexibility in future expansions.

Modularity: Modular architecture ensures efficient design and high reliability. Modules should be stateless concerning other system components to facilitate dynamic resource allocation based on demand.

Efficiency: SaaS emphasizes efficiency. Proper architecture ensures efficient multi-tenancy, partitionability, and dynamic scalability. Multi-tenancy allows multiple users to operate as if they had dedicated resources. Proper session management ensures resource usage aligns with specific customer usage.

Reliability: Reliability is paramount for SaaS applications. Providers must ensure security, fault tolerance, and minimal disruption during updates or upgrades.

Security: While cloud environments offer inherent security features, SaaS application developers need to integrate security into their design and implementation processes.

Conclusion:

Java is a popular choice for SaaS application development because of its flexibility, widespread support, and the vast availability of development resources. Despite minor drawbacks like performance and memory usage, Java remains a strong contender due to continuous improvements in Java Virtual Machine (JVM) releases and evolving best practices. Many top-tier companies have adopted Java for their SaaS needs, validating its suitability for the task.

[erpinformation]

What is Warehouse Management System (WMS)? - 4 Popular Types

If you work in a warehouse, you know that having a sound warehouse management system is critical to your success. But what is it, and why do you need one? This blog post will discuss WMS, its types, key features, advantages, and how it can help you run your warehouse more efficiently. It'll also provide the best vendors list and case studies for optimizing the warehouse.

Warehouse Management System Definition

A warehouse management system is an integrated set of system functions designed to manage a warehouse or distribution center's locating, putaway, movement, picking, and cycle count/inventory verification activities.

It usually receives purchase, sales, and interplant order data from a base ERP system that serves as the authorization to initiate activities. Warehouse locations are described in their weight and volume capacities to enable proper direction when moving or stocking material. Inventory and order status data, collected in real-time, often through data collection devices, are typically uploaded to the base ERP system on a batch basis.

Types of the Warehouse Management Systems

The following are the most common and popular types of WM solutions. 1. Standalone system This is an on-premises type system deployed on the local hardware and network. That is the lowest-price solution. Features of the standalone system are inventory management, warehouse operations, barcode scanning, slotting, putaway, picking, packing, shipping, and validity date tracking. This system suits small businesses. 2. Cloud-based This system is a typical web-based system such as SaaS. It provides faster implementation and helps to reduce IT maintenance as it is hosted on a separate server, depending on the vendor's specifications. This system allows users to update software automatically without extra expense. 3. ERP Modules Many vendors provide WMS integrated with their ERP solutions. As a result, this system is known as one of the best. It offers core applications like supply chain planning, CRM, accounting, human resource management, etc. This system helps reduce labor costs, increase warehouse productivity, and increase inventory accuracy. 4. Supply chain execution modules This system is a subcategory of the Supply Chain Management (SCM) system. It helps the entire supply chain process to go in streamlined.

Key Features of Warehouse Management System

The following are the features. - Warehouse infrastructure: This system allows the organization to design the warehouse with sufficient space for seasonal inventories. - Inventory monitoring: The system allows for tracking, monitoring, and moving inventories quickly with the help of a barcode scanner. - Incoming and outgoing inventories: With the help of pick-to-light and pick-to-voice technology, this system optimizes the incoming and outgoing inventory process. - Picking and packing of finished products: The system includes efficient picking systems like zone picking, wave picking, and batch picking that help the worker pick the goods efficiently. - Shipping: The system allows you to create invoices and packing lists for shipping and sends shipping notifications to the customer in advance. - Employee management: The system allows warehouse managers to manage employees and monitor their performance with the help of key performance indicators (KPIs). - Dock management directs the drivers to find the proper ducks to load and unload the inventories. - Documentation: The system generates all the reports that help managers analyze the warehouse processes.

Workflow of Warehouse

The workflow process in the warehouse includes - Receiving the goods - Storage - Picking - Packing - Delivery - Returns

Your warehouse management should be capable of managing the workflow within the warehouse. - Receiving: It must hold the delivery of goods to the warehouse of the exact quantity of wanted products of good quality at the correct time. This process contains the following works. - Make space for the receiving goods. - Unloading the goods - Verification of the received goods - Updating the database - Storage: It is one of the essential responsibilities of the WMS. Move the received goods to their specified place in the warehouse, SKU ( stock keeping unit). Check out the safety measures for both goods and employees. - Picking: Picking the products from the storage area per customer order. To reduce time consumption and error, adopt suitable picking methods like zone, wave, cluster, etc. - Packing: In this process, checking of quality and quantity of the product and making them ready for shipping takes place. - Delivery: Ensure the safe delivery of the goods to the customer's place and on time. WMS should coordinate scheduling, tracking, and labor management at this stage. - Returns: In rare cases, there will be a chance of returning the products for some reason. So this situation should be handled with special attention. Proper product identification, placing them back on the specified shelf, and sending them for repair will happen in this stage.

Advantages of Warehouse Management System

Decreases the operating cost It lowers the operating cost by finding an excellent place to store products, materials, and equipment. Controls warehouse activities It controls all warehouse actions by reducing inventory levels, improving order fulfillment, and reducing order cycle time. It helps the organization respond quickly to customer demand by providing accurate and immediate feedback. In addition, it helps to manage the inventory efficiently and rapidly. Improves inventory visibility It provides accurate and real-time inventory levels to estimate the supply and satisfy the customer. Assigns work This system gives the work to the suitable person at the right time, depending on the person's skill level. It helps design the schedule efficiently for day-to-day activities that improve labor efficiency. It scans the items while entering the warehouse and keeps track of their movement. Hence saves time by avoiding double-checking. It helps to trace the materials. We can easily trace the materials with the help of WMS using lot/batch and serial numbers. The Lot and Batch show the group where materials are made, and the serial number indicates the specific item. In this way, it helps to compare the incoming receipt and dispatch receipt with the item. Hence it improves the tracing ability. Simplifies the process through automation It provides essential elements like sensors and bar codes to record, capture and communicate activity. Improves customer service It helps organize and track the shipments and improves the picking accuracy in the warehouse. With it, we can easily plan incoming items and outgoing products. As a result, it improves the supply chain process and customer service. Increases productivity This system helps move the products quickly in the warehouse and allows workers to do more work with less time by providing them with what they want at the right time. That helps to increase the productivity of the company.

Best WMS vendors

The following are the warehouse management system examples as standalone products. - Fishbowl - ORACLE - IBM - Microsoft - Infor - JDA - Tecsys - Infoplus - Manhattan - generix 10 Best 3PL Software (Pricing, Features & Reviews)

Open-source Warehouse Management Systems

Following are the open-source solutions, - Openboxes - OdooERP - myWMS - Flowspace - Xinerji

Case Study of Optimizing Warehouse

A case study published by Infosys on the Fortune 100 telecommunications OEM is a good example. The company is known for its mobile phone and service wireless network solutions. It faced challenges with its existing system. The warehouse could not scale on volumes of mobile phones. At times it failed to deliver during accelerated customer response. Problem The client had Distribution Center (DC) in Europe catering to the EMEA region as the customer upgraded to the single-most converged device. As a result, the distribution efficiency of this center decreased. Challenges This existing ERP system lacked integration with its AMHE (Automated Material Handling Equipment). In addition, as the solution was custom-built, it was rigid to handle the changes. To extract and consolidate the data, the warehouse requires several tools. Using these tools resulted in reduced supply chain inventory visibility. In addition, the required shop floor processes were not streamlined. This resulted in the idling of the assembly line. This was one of the main reasons to reduce the efficiency of DC, as it was not rolling out the products at peak times. Solution Re-engineering of DC leads to streamlining the required shop floor process. In addition, the AMHE was integrated with the ERP system. This offered a real-time consolidated view of the warehouse. The integration improved to optimize the DC cost and aided the decision-making process. It also managed unexpected issues such as systematic manner by reducing manual intervention.

Future of Warehouse Management System

Advancements in technology influence the future of warehouse management. One major trend that is already having an impact on the industry is the use of automation and robotics. Many warehouses now use machines like drones and automated vehicles to help with tasks such as picking and packing, which can help increase efficiency and reduce errors. Another trend likely to continue is using data warehouse analytics to optimize warehouse operations. By collecting and analyzing data on inventory levels, order volume, and shipping times, businesses can identify areas where they can improve their processes and reduce waste. The rise of e-commerce is also expected to impact warehouse management significantly. As more consumers shop online, warehouses must adapt to handle an increasing number of small orders rather than large bulk shipments. Finally, sustainability will become increasingly important for warehouses in the future. Businesses must find ways to reduce their carbon footprint and minimize waste to meet growing consumer demand for environmentally-friendly products and practices. Overall, the future of warehouse management will be characterized by increased automation, enhanced data analysis capabilities, a focus on e-commerce fulfillment, and a commitment to sustainable practices.

Conclusion

A warehouse management system is an automated storage and retrieval system that enables businesses to reduce inventory costs, increase efficiency, improve customer service levels, and better manage the supply chain. Suppose you're considering implementing a WM system into your operations or weighing options of which one to use. In that case, this post will help inform those decisions by highlighting some of its key features. We hope you've found it helpful! References: - Warehouse Management Systems Research Paper by hicaliber - Warehouse management System Essay Read the full article

[mintyourstore]

Magento Maintenance Services

What is Magento Maintenance?

Magento Maintenance Service is a maintenance service offered by the Magento website development company. The service requires agencies to audit Magento stores, identify business issues, develop storefronts, make security decisions, and many other tasks to improve the website.

How to open Magento maintenance?

Enable or disable maintenance mode using Magento Maintenance CLI commands.

Magento CRM or CMS?

Magento is a popular open source eCommerce CMS solution used by over 240,000 merchants to support their online stores.

What is Magento called now?

Adobe Commerce uses artificial intelligence and advanced data sharing to create an end-to-end personalized B2C and B2B marketing experience through a simple, scalable and extensible platform.

Is Magento an ERP system?

Is Magento an ERP? While Magento is an eCommerce platform that includes inventory, pricing and customer information and manages various business processes, Magento is not an ERP system and cannot do everything the company needs.

Does Magento End of Life?

If you start having problems in-store with Magento 2.3, you will not be able to fix them after end-of-life in September 2022. Magento has powerful marketing, SEO and product management tools.

Is it free to use Magento?

Magento has Magento Open Source option available for free download. However, while the software is available for free, you will have to pay for web development, web hosting, and other necessary integrations to start and maintain your site.

Learn to use ViewModels in Magento 2 and Add Custom Validation Rule in Magento 2.

What language is Magento written in?

What is the Magento programming language? The Magento programming language is PHP. The systems management system uses relational data. PHP is a server-side language and widely used by e-commerce web developers worldwide.

What is the name of Magento now?

Adobe Commerce uses AI and advanced data sharing to create end-to-end personalized B2C and B2B marketing through a flexible, scalable and extensible platform. Why is

Magento better than Shopify?

Magento and Shopify Payments' Verdict

Magento offers better payment methods and transaction fees. Shopify has fewer gateway options and limited transaction fees.

What are the disadvantages of Magento?

High development costs One of the disadvantages of

Magento is its cost. Magento is an expensive solution compared to SaaS platforms like Shopify or BigCommerce.

Why are people still using Magento?

Open Source - Customizable

Magento not only provides flexible, scalable eCommerce solutions, it also gives you flexibility. It also provides the ability to expand your platform to create a unique and different experience.

Is Magento beginner friendly?

Magento is a simple platform to create and manage stores. You can get many services from the official Magento common database. To learn more about Magento, see the Magento Ecommerce Platform Beginner's Guide.

What database does Magento use?

MySQL database management system

Magento uses a MySQL database management system with a location-attribute-value (EAV) model that allows location-based data encoding. Starting with version 2.4, Magento supports MySQL 8 with double the previous 5.7 support.

Does Magento require coding?

Now that you know how Magento works, it's time to learn programming languages such as HTML, CSS, PHP, XML, and JavaScript. These are the common language of Magento. You need to know how to use HTML to develop the front end or customize the UI.

Is Magento an ERP system?

Is Magento an ERP? Although Magento is an eCommerce platform that processes inventory, pricing, customer data and manages various business processes, Magento is not an ERP system and cannot be fully integrated with all business needs. What is

Magento best for?

Magento allows you to easily integrate all 3rd party extensions, apps and plugins to enhance your eCommerce store such as payment gateway, marketing automation, delivery facilities and tag management tools.

How long does it take to learn Magento?

On average, Magento users report being able to learn how to use the platform within a month.

Which is better, Salesforce or Magento?

While Salesforce outperforms Magento in areas like hosting and support, Magento outperforms Salesforce in terms of customization, scalability, pricing, and ability to integrate into CX teams.

If you are looking for the most affordable business class platform, Magento is the better choice.

Is this a Magento database?

Magento uses MySQL database triggers to improve database access during reindexing. These are created when the indexer mode is set to be set. Magento does not support any custom occurrence in Magento database as custom reasons may cause incompatibilities with future Magento versions.

Is Magento a technology group?

The highly modular nature of Magento is the result of embedding many open source technologies into the stack. These open source tools include: PHP: PHP is a server-side scripting language.

Need a Magento developer?

Magento developers are responsible for the creation, editing, and management of e-commerce websites. The e-commerce industry has grown rapidly in recent years, so Magento developers are now in high demand.

How much memory does Magento have?

Installing Magento apps and extensions from Marketplace and other sites may require up to 2GB of RAM. If you are using less than 2GB of memory, we recommend creating a swap file; otherwise, your change will fail.

How many variants does Magento have?

As we all know, Magento has two different versions, Magento Commerce and Open source. They are also called Magento Community Edition and Magento Enterprise Edition. Magento Community Edition is an open source platform that anyone who wants to create an online store can access for free.

Does Magento have an API?

The Magento Web API framework provides integrations and a way for developers to use web services that communicate with Magento systems.

Learn to use ViewModels in Magento 2.

[mytestjet0012]

SaaS Automation Testing Tools for Quick and Efficient Results

In the current context, SaaS automation is quite important. SaaS testing validates SaaS systems by utilizing business procedures, settings, data, integrations, and nonfunctional requirements. Effective SaaS testing extends further and begins sooner in the software development lifecycle, particularly in the nonfunctional area. Businesses are increasingly resorting to cloud computing and software delivery via SaaS models in today's competitive market. The advantages it provides, such as 'on-demand service' and 'pay per usage,' are the primary reasons behind it. SaaS automated testing solutions bring results quickly and efficiently. Let's talk more about SaaS QA testing.

​What exactly is SaaS?

​Software as a Service, or SaaS, is a service that allows organizations to avoid the costs of running and installing software on their computers, allowing them to save money on hardware purchases, installation, maintenance, and support.

​And Let Us Understand SaaS Testing

​With the growth of the Cloud Computing concept in businesses and research organizations, SaaS platforms have grown in popularity by providing a variety of cloud-based services. When the application development process is complete, the procedure with SaaS automation tools begins, with the length of the testing cycle dictated by the type of software chosen for service. Moreover, in a defined manner, SaaS platform testing is stated as a method of ensuring software quality through numerous validation activities. These include performance, security, data integration, scalability, reliability testing, and more things.

​Want to know more about SaaS or functional automation testing tools? TestJet can help you learn more about mobile app testing services or design new test cases directly from your browser. Their test management technologies facilitate the execution of test plans for mobile and website services. It also offers you access to the Record and Playback functions. Also, the test automation tool improves machine learning. Cross-browser testing may be done using a data-driven or keyword-driven testing technique. 

View original source here - https://mytestjet0012.hashnode.dev/saas-automation-testing-tools-for-quick-and-efficient-results

[iplook-networks]

Interview with the 1st AWS Certified Solutions Architect — Associate in IPLOOK

Congratulations to the first AWS Certified Solutions Architect - Associate in IPLOOK! Max Guo, Technical Support Engineer, is qualified for designing resilient, high-performing and cost-optimized cloud network architectures. In this interview, Max shares what he prepared for receiving the certification of AWS SAA and how he believes AWS cloud’s strengths lie in the telecom market for telcos.

Q: Could you please introduce your job in IPLOOK?

Max: My role in IPLOOK is a technical engineer of the Global Technical Service Department. We provide professional service and managed service to customers, including technical solutions, implementation, maintenance, and technical training.

Q: Do you have any projects or experiences with AWS cloud platform?

Max: IPLOOK’s core network can be deployed on AWS perfectly. Therefore, even though I have more project experience on X86 server than AWS Cloud, I have opportunities to study a lot of core network practices on cloud platforms and do experiments.

Q: What’s your purpose or motivation for AWS Certified Solutions Architect? What enhancement do you think this recognition will have on your capability and work?

Max: As a technical engineer, it is necessary to understand the latest technologies. Furthermore, cloud computing technology can fit well with our core network products. Personally, I am also interested in learning cloud computing. These factors motivate me to take the AWS SAA certification. This recognition proves that I can undertake related cloud network deployment. During the preparation, I learnt the principles, applications, and extensions of cloud computing, which enable me to provide better technical services for customers with cloud platforms in the future.

Q: How can you receive the certification? Is that difficult for a core network engineer?

Max: That’s easy for me! The exam mainly covers high-performance computing, networking, storage, security, and best practices on the cloud platform. To receive the certification, I list following steps for your reference: Step 1: Create your own AWS account, so you can enjoy its free package of 700 hours per month. It contains more than enough services for the usual experiments. Step 2: Explore resources on the internet, and follow the guide for practical exercises, which will make you more impressed. Step 3: Do simulated exams to test your learning results and get ready for the exam! The knowledge you gained from this process is the most dazzling badge.

Q: As we know there are some companies are providing 4G or 5G core networks on cloud. What's your opinion on that?

Max: Actually, 5G carries the gene of cloud computing from its inception. The SBA architecture allows the 5G core network (5GC) to focus more on the services. Speaking of services, we must figure out one of the most important concepts of cloud computing - software as a service (SAAS). The core network is essentially a software service, and cloud computing or traditional servers are just a way to implement the service. From market perspective, we will tend to choose the option that creates more values. Compared to traditional servers, cloud core network has following advantages: 1. Lower CAPEX and reduce time-to-market: · Deploy cost-effective core networks with the pay-as-you-go model · Achieve on-demand replication · Enhance the resource utilization · Reduce the cost of O&M with the cloud hosting model 2. High reliability: Multiple backups provide up to 99.99999999999% reliability 3. High performance: Large bandwidth, low packet loss, low latency (end-to-end latency <20ms in most regions). 4. High security: Cloud platform has richer security measures and stronger encryption capabilities.

Q: How to combine IPLOOK’s core network with AWS cloud platform? What will the combination bring to customers?

Max: There are excellent cases in the industry where the combination of core network and cloud platform has been used. IPLOOK’s core network elements have been tested and validated on all major cloud platforms. We can provide carrier-grade core networks on cloud. Depending on the customer's requirements we can deploy the core network control plane on the cloud, and sink the data plane to the customer's local area. This architecture ensures a cost-saving solution for low latency user experience.

Q: As for deploying core network based on AWS cloud services. What aspects do you think can be improved for cloud-network convergence, to better meet both the commercial and technical demand from telcos?

Max: Deploying IPLOOK 5G core on AWS offers a simplified and faster 5G network deployment at a lower cost. To better satisfy customers' needs, two main aspects should be noticed in the future: · Enhance the network capabilities, especially the capability of network elements in the data plane to forward data in core network. · Enhance the unified operations and maintenance between cloud platform and local network. Regarding the cost caused by massive data transfer out for cloud network deployment, we hope that AWS will optimize the pricing policy in the future.

Q: If AWS is not a good choice for small FWA providers, why do big operators choose AWS?

Max: Well. The big MNOs can choose different solutions on AWS. For example, DISH in the US is using Outpost for 5G core network. The AWS Outpost integrated virtualized computing, networking, security and orchestration. That’s excellent! Between different sites we can use AWS Wavelength as DCI. The data throughput between core network and eNodeB/gNodeB could be carried by local optical or microwave transportation networks. I hope we can deploy IPLOOK’s core network with AWS Outpost for customers soon.

[stevenfinn237-blog]

[gxpready956]

What Is Calibration Management Software?

The manufacturing industry has grown over time leading to an increase in demand for good equipment management skills. Within the industry, equipment such as weighing instruments and pressure sensors usually needs regular calibration to ensure that they are functioning properly and measuring to specified tolerances. Giving out the number or equipment that needs to be calibrated can be a hard task for the manager. To make the calibration process easier, an automated Validated SaaS Calibration Management Software needs to be in place.

A Validated Calibration Tracking software enables automated calibration of all equipment and ensures that all data is safely stored, including planning and scheduling of calibration work, analysis, and optimization of reports, certificates and labels assists in reducing error and cost and high-quality production.

What Constitutes A Calibration Management Process?

We need to consider the typical calibration management tasks that business has put in place before going to the need of calibration management solution, its features, and benefits. The following are steps that constitute a typical calibration management process:

1.      Identification, Classification, And Planning

The first thing is listing the equipment and devices owned by a business. The machine is categorized as critical or non – essential devices and their calibration range are identified together with their tolerance.

What follows is decision making on a calibration interval for each instrument. The final step is the equipment manager identifying the current calibration status for all devices within the organization.

2.      Organization

The staff required to conduct calibration must be trained and possessing the right calibration tools.

3.      Deciding Calibration Period

Calibration is done before and after primary critical measuring, after an instrument takes a hit, according to a particular job’s requirement and on monthly, quarterly, biannual or annual basis.

4.      Execution

Calibration execution process is carried out by trained staff that must adhere and follows appropriate instructions, which at the time include associated safety procedures.

5.      Documentation

The whole process of calibration needs to be recorded and documented regularly to maintain an accurate record of calibrations.

6.      Analysis

Equipment managers are required to analyze the documented calibration records to check out if there is a necessity of any corrective measures.

The Need for A Calibration Management solution

Whenever a business is growing, its equipment grows too. Equipment increase in any business causes an increase in documentation that has to be done almost exponentially. Statistically, more than 42% of companies perform more than 2000 calibrations each year.

According to the research, equipment managers spent almost half their working time carrying out documentation and paperwork, which is a lot of time that could be utilized on a different activity.

Calibration management software is software that has the capability to carry out calibration on instrumentation and maintenance requirements in various types of industrial settings. The software uses history, scheduling, and communication with the field instrumentation combination to ensure that all adjustments or replacements are done on a timely basis.

Validated SaaS Maintenance Management Software helps managers make a follow up on all industrial equipment ensuring that they are working at their required optimal levels. This is achieved by ensuring that moving parts are lubricated and all consumable products are replaced in advance. The system provides managers with automated planning options hence allowing reduced administration and management effort.

Core Features Of Calibration Management Software

The first issue it is best to reflect on when selecting a CMS is your business goals and objectives you a willing to attain. Without the right knowledge, the process of securing a suitable CMS can be a challenging task.

[cm228915]

gxpready offer software developed specifically for regulated industries and the documentation you need to get right to using it.

[orcanos]

How to Evaluate Requirement Management Tool

  Purpose

The purpose of this article is to prepare the focus group doing evaluation for solution of Requirement Management System (RMS) and to provide the organization with the necessary information to effectively compare Requirements Management Systems solution among vendors to select the best RMS for their individual needs and cost parameters. Requirement management in software engineering is integral part of the daily work and needs to meet very specific needs by the stakeholders using it. We in Orcanos are proud to present the world our years of experience in RMS POCs and to share this with any prospect who seek to find the best solution for them. We believe in fair competition and not afraid to hear No Thank You from our prospects. There is no perfect solution but there is one that is perfect for you.

Confidentiality

All information presented in this RFS, including any information that is subsequently disclosed by the Orcanos during the evaluation process, should be considered public and can be used by the public domain.

Background

Orcanos (https://www.orcanos.com/) is a software vendor since 2005, We hold blue chip customers as well small/medium companies which use our software for both ALM or/and QMS process.

Orcanos solution cover in a complete manner the requirements from RMS system and due to our presence in the regulatory industry our RMS system include some unique capabilities to address such special needs. Orcanos system is 21 CFR Part 11 compliance system and for that it can turn any organization to a paperless organization which can completely archive its data electronically. Some of the main important RMS capabilities may include Generation of document from the electronic system, prioritization of requirements, the replacement of Word and Excel documents or other systems. The objective of such SAAS system is to be able to bring all stakeholders into the same system, requirements are not easily analysed or traced from customer need through to technical specification and test plan. Changes to requirements are not well controlled or communicated. As the organization’s projects continue to grow with more complexity, the requirements documents grow correspondingly to larger scale, the number of project participants and stakeholders grows, and the need for rigorous handling of the development and maintenance of requirements becomes more critical.

Most organizations use a Stage-Gate project management process and makes use of techniques such as Quality Function Deployment (QFD), Failure Modes & Effects Analysis (FMEA), Design for Manufacture and Assembly (DFMA) and Design Validation Planning & Reporting (DVP&R) in its product development procedure. Orcanos RMS system is capable to capture all that in one single repository and by that create a transparent flow of information between R&D, Quality and Manufacturing. Other uses of legacy system such Microsoft Office Project Server for Project Portfolio Management (PPM), Atlassian JIRA for bug tracking and Agile development, and Applications for Enterprise Resource Planning (ERP) or any thing else, for that Orcanos system is using the Zapier 1000+ apps integration tool which give the freedom to collect information from satellite systems and bring them all back into the same repository.

For more information about Requirements Management Software. Please visit our website https://www.orcanos.com/compliance/