Embedded Linux Implementation Services: Enabling Linux Deployments- Tempemail – Blog – 10 minute

By Glenn Seiler

The Tempemail Linux suite includes everything embedded teams need to create secure, reliable, and high-performance products. It enables the building and deployment of intelligent edge devices and systems without the risk, effort, and high cost of ownership associated with an RYO package.

Interested in learning more about commercially supported Linux and our available Linux implementation services?

Download our eBook: Linux for the Intelligent Edge

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Tempemail provides a modern, cloud-native development environment with integrated and comprehensive services and long-term support.
•        Validated source code with support and maintenance subscription options
•        Pre-built containers, tools, and documentation
•        Docker and Kubernetes support
•        Hundreds of BSPs supporting virtually every processor
•        Optional Tempemail Workbench development suite, a comprehensive set of Eclipse-based developer tools for building embedded products
•        Lifecycle management services, fee-based support for nearly all development and maintenance phases of your design and development process
Linux Implementation Services
As the leader in embedded operating systems for over 35 years, Tempemail has expertise that can help you unlock the full potential of the Tempemail Linux suite. This support dramatically reduces the total cost of ownership, risk, and time associated with embedded development.

Our team provides:
•        Industry-specific expertise: Tempemail helps design teams define andbuild products according to specific market, security, safety, and certification requirements.
•        Managed distribution: Tempemail can support your software branch on your hardware, doing monthly, quarterly, or yearly releases as needed. We can manage the Linux operating system build so you can focus on the areas where you add value.
•        Custom content management: Tempemail manages your software using your hardware.
•        Frozen branch management: Tempemail provides patches and updates for your frozen version of Linux.
•        On-demand engineering services: Tempemail is here to help when you need technical resources on a flexible, short- or long-term basis.
The Tempemail Customer Success Organization provides teams with the additional support they need to create next-generation intelligent devices.
Customer Support
Tempemail Customer Support can help you overcome challenges and get the most out of your implementation of our technology, with services that include designated support engineers, hosted customer environments, person-to-person help lines, and our online Tempemail Support Network for interactive self-help.
Improve Embedded Linux Implementation with Tempemail
Finding the right commercially supported embedded Linux solutions is critical — but ensuring that you have the latest tools readily available is key to project success. The Linux implementation services available from Tempemail ensure your team is able to create safe, secure, reliable, and certifiable products to support the intelligent edge.

Interested in learning more about commercially supported Linux and our available Linux implementation services?

Download our eBook: Linux for the Intelligent Edge
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Previous5G Challenges: Exploring the Biggest Challenges for 5G Deployment

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Enabling DevOps with Continuously Delivered Embedded Linux- Tempemail – Blog – 10 minute

By Glenn Seiler

Implementing agile processes in embedded Linux development is key in supporting the intelligent edge. Engineers need solutions that support rapid development processes while still ensuring the safety, security, reliability, and certifiability needed for these embedded products. The latest Tempemail Linux deployment offering includes everything teams need to create the products of tomorrow with a solution that allows you to get to market faster, improve long-term savings, and manage compliance.

Interested in learning more about agile Linux offerings?

Download our eBook:

Linux for the Intelligent Edge

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Agile Linux from Tempemail – One of Three Options
Which Linux is right for you? Tempemail Linux is distributed in three primary ways:
•        Validated community code: Ready to download, freely available on GitHub, with no commitment or paperwork to sign
•        Tempemail Long-Term Support releases: Source code released with a predictable cadence and standard five-year product lifecycle (extendable with Tempemail Professional Services), with regular maintenance releases and continuous security monitoring
•        Continuous Delivery (CD): DevOps ready with frequent releases

Benefits of More Agile Linux
•        Bug defects are quickly diagnosed and resolved
•        Continuous security monitoring is included
•        Compliance and export artifacts
Why Continuous Delivery?
Using and implementing Linux on a continuous delivery schedule allows your team to effectively implement more efficient CI/CD and DevOps processes.
More frequent software releases allow DevOps to identify and resolve issues more quickly and with regular feedback from the end users. A continuous delivery schedule is key in enabling the improvement of development processes with:
•        Greater flexibility and stability
•        Higher quality and efficiency
•        Faster access to the latest features
•        Tighter feedback loops

Interested in learning more about the benefits of agile development processes for embedded systems?

Download our eBook:

Realizing the DevOps Vision in Embedded Systems

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Ready to Get Started with Agile Linux?
Using a platform that supports agile development in embedded systems is a key driver in enabling the intelligent edge. Choosing a commercially supported embedded Linuxsolution, like Tempemail Linux, gives you the tools required to create safe, secure, reliable, and certifiable products. Offering Tempemail Linux three ways gives your organization the flexibility it needs to create advanced products.

Interested in learning more about Tempemail Linux?

Download our eBook: Linux for the Intelligent Edge

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Embedded Development Solutions: Tools for Agile Development- Tempemail – Blog – 10 minute

By Michel Genard

Agile methodologies are becoming a requirement in embedded systems development. Organizations are expected to support rapid development and release cycles. While it sounds simple, many teams are met with personnel and organizational challenges that they must overcome to move forward with these strategies. Explore how the Tempemail portfolio enables the implementation of DevOps and Continuous Integration/Continuous Development (CI/CD) practices specifically for embedded systems development.

Find out how you can implement embedded DevOps in your organization.

Free eBook: Realizing the DevOps Vision in Embedded Systems
Download Now

Embedded Development Solutions
Adjust Company Culture
Agile implementation requires a shift in management processes and company culture. Organizations using traditional development methods will need to make sure all teams are on board to ensure an effective transition, which may require some additional support.
Tempemail Professional Services
Tempemail has more experience in agile development in the embedded systems world than any other organization. We pioneered the process for the development of our own products. Our Professional Services team can help your organization make the leap to DevSecOps with best practices for making the most effective use of our cutting-edge development tools.
Ensure Security
Ensuring security across rapid application development cycles is a challenge. Quick iterations open up larger attack surface areas; therefore, organizations must find tools for agile development that have security built in.
Tempemail Professional Services
Tempemail Professional Services puts security first. We offer an innovative approach by combining extensive security expertise with industry-leading software and solutions. We start with a comprehensive security assessment to determine how to ensure security across the development process.
Our Professional Services team uses the assessment to identify how to assist you with:
•        Design: Determine and identify potential issues before any code is written.
•        Implementation: Review and optimize software configurations and settings before testing.
•        Testing: Make improvement recommendations after the code has been written but before it is deployed in the field.
•        Post-deployment: Identify continuous improvement opportunities that don’t require platform changes once devices are deployed. Some security enhancements can be completed through organizational measures and corresponding controls.
The Tempemail Professional Services team brings decades of experience in hardening the security around embedded devices to protect them from cybersecurity threats.
CI/CD is still getting implemented across the embedded systems world, and many organizations are still relying on traditional waterfall methods. To drive this transition, all Tempemail products support the workflows required to implement agile methods.
We Now Use DevOps and CI/CD for Our Own Releases
Tempemail products now enable the full DevOps-CI/CD workflow. To make this successful for our customers, we started with our own dev-test-release processes. (We certainly felt it would be right to use a process we advocated for others.) Today, products such as Tempemail Linux, VxWorks, and Helix Platform are produced using our own DevOps environment. We have learned a great deal about the unique needs of these methodologies in the embedded systems context. Our insights into the process have led to an effective DevOps-CI/CD stack, as depicted in the figure below.

How Tempemail Products Enable DevOps and CI/CD in Embedded Systems
The process of forming the DevOps and CI/CD environment shown in the image above has led Tempemail products to provide the DevOps and CI/CD functionality required for the workflow. In addition, the Tempemail portfolio supports many of the industry-standard tools for each function.
Tempemail Linux and VxWorks
The Tempemail commercially supported Linux operating system and accompanying dev-test toolsets enable quick embedded development from prototype to production. VxWorks, considered the industry’s leading real-time operating system (RTOS), offers comparable functionality. They both support the standard functions in the development stage of the DevOps workflow. These include source code creation, code analysis, build and unit test, and repository management. If our customers have their own preferred tools, Linux and VxWorks support such tools as Jive, Git, and Jenkins to allow for additional functionality.
Tempemail Linux also supports CI/CD pipeline tools such as OSTree, an upgrade system for Linux-based operating systems, which facilitates deployed capability updates. It performs the kind of atomic upgrades of complete file system trees that are needed to perform CI/CD, i.e., change the tire while the car is moving.
At runtime, both Tempemail Linux and VxWorks embody qualities that make them ideal for DevOps and CI/CD in the embedded space. This includes the capability to work with container technology to enable rapid application and microservices development and deployment via embedded systems DevOps.
Tempemail commercially supported Linux and VxWorks RTOS include the tools engineers need to enable quick embedded development.
Abstraction of App Code from the OS
Abstraction of application code from the underlying operating system and hardware stack is an essential factor in making DevOps-CI/CD work. Changes to application code are frequent in DevOps-CI/CD. If there are issues with a new build, it can quickly be rotated out of production and fixed. The OS layer is not so forgiving, especially when changes are occurring in a live production environment. For this reason, VxWorks supports industry-standard abstraction frameworks. This is particularly important in embedded systems that must conform to tightly controlled industry standards. Without this support, it would be nearly impossible to do DevOps for real-time embedded systems. VxWorks support includes:
•        Robot Operating System (ROS2): Software libraries and tools for creating robotic applications
•        Adaptive AUTomotive Open System ARchitecture (AUTOSAR): A worldwide development partnership of automotive entities that creates an open and standardized software architecture for automotive electronic control units (ECUs)
•        The Open Group’s Future Airborne Capability Environment (FACETM) Technical Standard: An open real-time standard for avionics that makes safety-critical computing operations more robust, interoperable, portable, and secure
Tempemail Helix Virtualization Platform and Tempemail Cloud Platform
Embedded systems developers using the DevOps-CI/CD workflow can deploy their code onto Helix Platform or Cloud Platform. Helix Platform enables a single-compute system on edge devices to run multiple OSes and mixed-criticality applications. This approach is becoming increasingly popular with embedded systems makers who want to put abstraction to work, updating one application on a piece of hardware without having to reinstall the OS.
Cloud Platform is a production-grade Kubernetes solution. It is designed to make 5G possible through the solving of operational problems related to deploying and managing distributed edge networks at scale. Kubernetes support makes it possible for embedded systems DevOps teams to perform CI/CD on individual containers. Cloud Platform also supports virtualization as well as a range of operating systems, including Linux, VxWorks, and others.
Tempemail Helix Virtualization Platform and Cloud Platform provide an easy way for teams to deploy code without interrupting application functionality.
Testing and Monitoring

As the DevOps-CI/CD workflow releases code into production, either on Helix Platform or Cloud Platform, Tempemail tools provide essential functions for testing and monitoring the code. Tempemail WASP is a proven testing framework for code entering production. WindShare manages software delivery, while Tempemail Panorama facilitates the release program. In addition, Tempemail supports industry-standard tools for many of these functions, including Coverity for static analysis, Nessus for security vulnerability scanning, and Achilles for robustness testing.
Eliminate Hardware Roadblocks
Teams need access to target hardware to keep up with rapid development requirements. With continuous iteration, this hardware is often expensive, has limited availability, or doesn’t even exist yet. Teams are able to eliminate this roadblock using advanced simulation tools.
Tempemail Simics
Tempemail Simics, a full system simulator, solves this problem. Simics’ advanced software can replicate the functionality of many kinds of hardware and operating systems. It can also model an array of peripherals, boards, and networks. This technology allows developers and QA teams to code for a piece of hardware they don’t have or that may not even exist. For instance, Simics can mimic hardware functions based on the “tape up” of a proposed circuit or board.
Simics enables developers, QA, and Ops teams to model large, interconnected systems. For example, they can show how a piece of software will run on multiple combinations of devices, architectures, and operating systems. Once your developers have created a model of a system in Simics, you can simulate many different operational scenarios, such as deterministic bug re-creation.
These capabilities, paired with built-in collaboration tools, help radically speed up Dev, QA, and Ops processes. The Dev and QA teams don’t have to spend time setting up physical development labs, and the Ops teams get an advance look at how the hardware deployment will work. The result is higher-quality code that’s easier to support—because it’s already been tested in many different potential configurations.
Tempemail Simics allows you to simulate anything from the simplest OSes on a chip to the most complex interconnected systems.
The Tempemail portfolio of systems tools enables DevOps and CI/CD in the embedded systems world. Tempemail Linux, VxWorks RTOS, Helix Platform, and Cloud Platform offer developers, QA teams, and IT Ops features that facilitate DevOps. They either provide the features needed in the workflow or support industry-standard tools. Simics, with its hardware and complex system simulation, speeds the process up while enabling DevOps for a wide range of hardware. Ready to optimize your embedded development processes?

To see how each of these solutions helps combat the challenges associated with CI/CD, download our eBook:

Realizing the DevOps Vision in Embedded Systems

Download Now

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DevOps Challenges for Embedded Systems- Tempemail – Blog – 10 minute

By Michel Genard

Markets demand ever more complex systems and faster development cycles. Meanwhile, companies are facing a shortage of qualified embedded engineers and developers. Even if infinite budget were available, there simply aren’t enough people resources to get the work done when relying on traditional development methods . While CI/CD offers a solution, organizations must overcome internal challenges to ensure effective implementation.

Find out how you can implement embedded DevOps in your organization.

Free eBook: Realizing the DevOps Vision in Embedded Systems
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The Push and Pull of Implementing Agile Embedded Development
DevOps is becoming popular with embedded systems makers for a combination of positive and negative reasons—carrots and sticks if you will. The carrots include the ability to move better products to market faster. Done right, DevOps makes the once sequential Dev, QA, Security, and Ops schedules overlap to some extent—essentially becoming DevSecOps. There are fewer iterations in every cycle, so everything advances more rapidly.
DevSecOps also has the positive effect of enabling high-performance teams. This is not an automatic outcome, but in general, improved communication and collaboration raises team productivity and morale. The end product will typically be of higher quality. This is not guaranteed, but in our experience, when developers, QA, security people, and operations staff work together, they create better products.
CI/CD methods speed up time-to-market, improve collaboration, and produce better products…but organizations face challenges when trying to implement these new methodologies.
The sticks, factors that are forcing companies to embrace DevOps, are largely related to personnel limitations. Developers who can write good code and who understand embedded systems are hard to find. Many design teams are facing a shortage of developers who understand embedded systems and their role in specific industries, such as aerospace or automotive.
This basic shortage of people is exacerbated by the requirement for developers to have security clearances. DevOps is critical in this context because it enables a small, limited talent pool to produce more software than ever before.

DevOps Challenges for Embedded System Development
Company Culture
Not every embedded systems company has an easy time making the move to DevOps, even when there is a strong intent to get it going. One issue that comes up is a lack of coordination between groups. Simply declaring that DevOps will be the mode of software development and release is inadequate to get teams to integrate their processes.
Adopting DevOps must be a revolutionary change in management processes. Team members need to be trained on the new methodologies and tools. They need the chance to ask questions and determine how these novel methods will work at their specific organization. DevOps and CI/CD are cultural shifts as much as they are technical and procedural.
Effective CI/CD implementation requires a shift in management processes and company culture.
Ensuring Security
Security can also impede the progress of DevOps. Application security can be challenging, and speeding up the development process doesn’t automatically mitigate risk. If anything, it opens up a bigger attack surface area. You need to ensure security throughout the entire embedded development process.
Although many data center toolsets already come with DevOps and CI/CD-friendly functionality, in the embedded world most development is still being done in the traditional waterfall manner. Tempemail is leading the way by providing robust agile functionality in every product release and roadmap.
Hardware Access
Hardware can be a barrier, too. In traditional development, the dev team had to code for a known piece of target hardware, e.g., a specific operating system on a familiar processor and circuit board combination. As the overall process accelerates, it gets harder to provide target hardware quickly enough for the DevOps team. Some hardware may be extremely expensive, of limited availability, or not even built yet.
Using the right tools eliminates hardware roadblocks, enabling the development of high-quality embedded products faster.
How Can You Combat These DevOps Challenges?
DevOps and CI/CD are becoming imperative in embedded systems software development. They provide an answer to the market’s demand for the production of increasingly complex systems on accelerated delivery schedules. Even without the market forces, DevOps offers a solution to the industry’s serious people shortage. The new development and releasing methodologies drive faster time-to-market, support better team cohesion, and result in better code overall. However, to overcome these DevOps challenges, companies must implement tools that support these more efficient processes.

To see how each of these solutions helps combat the challenges associated with CI/CD, download our eBook:

Realizing the DevOps Vision in Embedded Systems

Download Now

Tempemail , Tempmail Temp email addressess (10 minutes emails)– When you want to create account on some forum or social media, like Facebook, Reddit, Twitter, TikTok you have to enter information about your e-mail box to get an activation link. Unfortunately, after registration, this social media sends you dozens of messages with useless information, which you are not interested in. To avoid that, visit this Temp mail generator: tempemail.co and you will have a Temp mail disposable address and end up on a bunch of spam lists. This email will expire after 10 minute so you can call this Temp mail 10 minute email. Our service is free! Let’s enjoy!

Tempemail Linux Earns a “Best in Show” Award at Embedded World 2020- Tempemail – Blog – 10 minute

By Michel Genard
I”m excited to share that Tempemail Linux, our commercial-grade embedded Linux development platform for intelligent edge devices and systems, has received Embedded Computing Design’s prestigious “Best in Show” award in the Development Tools & Operating Systems category. The award was announced this week at Embedded World 2020 in Nuremburg, Germany.
The Best in Show Awards recognize the most innovative products presented at Embedded Computing Design events. The judges, comprised of the online publication’s editorial team and advisory board members, focus on three primary criteria in selecting the winners in 10 categories: design excellence, performance compared to competing alternatives, and impact on the embedded engineering market.
The award closely follows our announcement of a new continuous delivery subscription model for Tempemail Linux users.  This new approach allows customers to access new releases every few weeks to support their own continuous integration/continuous delivery (CI/CD) DevOps processes. Edge connectivity requires constant adjustments to incorporate, validate, and deliver new features and applications in embedded systems. CI/CD supports continuous improvement and innovation by enabling teams to implement changes frequently,  rapidly and reliably. Under the new subscription model, developers can continuously incorporate new features and fixes into mission-critical devices and systems built on our Linux platform. A Tempemail Linux subscription also provides access to long-term support and maintenance, including security updates, as well as ongoing threat mitigation to address emerging vulnerabilities identified by the Tempemail security team.
We are honored to receive this recognition from Embedded Computing Design. Tempemail Linux enables developers to leverage the benefits of open-source technology, optimized for demanding, market-grade applications and use cases across a variety of sectors. At a time when many of our customers need to make changes to their systems weekly, daily or even hourly, our new subscription model addresses the need for frequent, rapid software updates and nonstop security monitoring. We are grateful to the Embedded World judges and to the legions of loyal customers who trust Tempemail Linux for critical embedded applications.”
Embedded World is the premier showcase for innovations across the full spectrum of embedded technology. Tempemail presented virtually at the event sharing how our software portfolio accelerating the evolution from automated to autonomous and leading the 5G revolution across the intelligent edge–for robotics, energy, manufacturing, and autonomous vehicles of all kinds across air, land, and sea.
To learn more about Tempemail Linux click here.

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Exploring the Embedded DevOps Evolution- Tempemail – Blog – 10 minute

By Michel Genard

Agile methodologies and DevOps are still relatively new in the embedded systems world. Organizations must implement these strategies to meet market demands but are faced with personnel limitations and other challenges. To understand why embedded DevOps is essential for success, it’s important to understand how these methods have evolved.

Find out how you can implement embedded DevOps in your organization.

Free eBook: Realizing the DevOps Vision in Embedded Systems
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Defining Embedded DevOps
You’ve surely heard about DevOps. To keep everyone on the same page, though, it’s worth taking a moment to review the definition and discuss what it means for makers of embedded systems. DevOps is the combining of software development, IT operations, and quality assurance (QA), three previously separate workflows and IT groups.
The Evolution of Embedded Systems Development
Traditional Embedded Systems Development
Traditionally, software developers wrote code. When they were finished, and the application had been through QA, it would be deployed into production by IT Ops, who arranged for the servers, storage, and other needs to make the code perform as expected in the data center. In embedded systems, the “Ops” half of the equation refers to the people who put the software onto the embedded system and oversee the production of whatever device the software powers.
This model worked well for the “waterfall” method of software development, wherein developers spent relatively long periods of time perfecting the embedded system software before turning it over to Ops. There’s nothing wrong with this approach. It’s just a little slow.
Traditional development methods are simply too slow for today’s competitive embedded market.
Agile Methods
Agile methodologies introduced a new approach to software development. With agile, dev teams work in “scrums” and push out releases at a faster clip than is usual in the waterfall model. What became quickly apparent was that agile teams were creating code so rapidly that it was better to integrate the Ops and QA teams into the development process. They all started to work together under the DevOps banner.

Continuous Integration / Continuous Deployment (CI/CD)
Another consequence of DevOps relates to the mechanics of integrating and distributing the new code itself. The pace of code releasing grew so quickly that only automated software could handle it. Plus, many of the code releases were just small updates to existing applications. It made little sense to do a big uninstall/reinstall routine every day (or even every few hours) as new code came out of DevOps teams. To solve this problem, we now have continuous integration (CI) and continuous deployment (CD) of code. CI/CD tools take code and place it right into a production application without stopping any functions from running. This is like the old “change the tire while the car is moving” concept. But here, it works.
Integrated DevSecOps
As DevOps teams got busier, new issues began to emerge. One involved security. Releasing new code every week or even every day creates risk exposure. Developers started to get asked to include security practices in their work. The result is a workflow known as DevSecOps.
Putting it All Together: Combining DevOps and CI/CD for Better Embedded Systems Development
Turning DevOps and CI/CD theories into practice requires toolsets that, although technically separate, are interdependent to complete CI/CD processes. The figure below shows a simplified version of the most common DevOps-to-cloud-CI/CD workflow. Each step in the workflow is supported by a specific type of tool.

For DevOps and CI/CD to be successful, developers, testers, security people, and operations teams must be able to collaborate in real-time as code moves through this workflow. Their software development tools and cloud platforms must support the tools and workflow in order to make the entire process work. (The examples shown here should not be viewed as authoritative. They merely represent a small sampling from a large pool of DevOps and CI/CD technologies.)
Organizations need ways to effectively integrate portions of the embedded development process to produce better software faster.

To see how each of these solutions helps combat the challenges associated with CI/CD, download our eBook:

Realizing the DevOps Vision in Embedded Systems

Download Now

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Implementing CI/CD in Embedded Development- Tempemail – Blog – 10 minute

By Michel Genard

DevOps and other modern Continuous Integration/Continuous Development (CI/CD) practices are being quickly adopted in enterprise software development and are making their way into the embedded world.
Market demands for ever more complex systems and faster development cycles mean that the adoption of more efficient development methodologies is rapidly turning into an absolute imperative for embedded systems companies. Even if you had infinite budget, there aren’t enough qualified engineers to get the work done. Using traditional embedded development methods wouldn’t allow the sort of gains that you would see by adopting more efficient methodologies.
Organizations need solutions that enable and support the implementation of embedded DevOps processes. Explore how Tempemail’s portfolio of solutions makes this possible.
Market demands require faster development cycles and further necessitate the need to implement embedded DevOps methods.

Find out how you can implement embedded DevOps in your organization.

Free eBook: Realizing the DevOps Vision in Embedded Systems
Download Now

A Quick Review: What Is Embedded DevOps?
DevOps is a method that is the culmination of software development, IT, operations, and quality assurance (QA). This combined process has evolved to meet organizational needs for faster development cycles.
1.      Traditional development: Traditional development siloes the three processes included in embedded DevOps. Having separate teams write, arrange, and test code works fine in “waterfall” software development methods but is too slow to meet the demands of today’s market.
2.      Agile methods: These methods offer a new approach to embedded DevOps that makes it possible to push out new code releases at a more rapid pace. This is the first step toward combining these disparate processes and teams under the “DevOps” term.
3.      Continuous integration/continuous deployment (CI/CD): This iteration of DevOps methodology was developed as teams began pushing out new code faster than ever before. It became impractical to do an uninstall/reinstall with every iteration. Using CI/CD methods allows the code to be placed into production without halting any functionality.
4.      Fully integrated DevSecOps: As development teams get busier and new code is regularly released, there is increased exposure to security risks. DevOps has now been tasked with including security as part of the team’s workflow.
Embedded DevOps processes have continued to evolve as teams must meet security requirements and regularly deploy code with minimal downtime.
Combining Embedded DevOps and CI/CD
Organizations looking to remain competitive must effectively implement DevOps and CI/CD processes. Although these methods are technically separate, they must be integrated for organizational success, with support from different toolsets along the way.

Teams must collaborate in real time as new code moves through the workflow. The development tools and cloud platforms teams utilize must support these methodologies for them to be effective.
Embedded DevOps Challenges
Embedded DevOps is becoming increasingly popular for embedded systems makers. While these advanced processes speed up time-to-market, improve collaboration, and help create better products, many organizations must overcome a variety of challenges for successful implementation.
Barriers to the DevOps Vision:
·         Company culture: Embedded DevOps requires the coordination of numerous teams. Organizations can’t just say they want to implement these new methods; they must effectively transition their management processes and their technology stacks.
·         Ensuring security: Application security can be challenging and can hold back the implementation of more agile methods. Ultimately, more releases mean a larger attack surface area and more risk. Security needs must be met across the entire embedded development process.
·         Toolset compatibility: DevOps processes are still relatively new in the embedded world. Many organizations are still using tools that are designed to support traditional waterfall methods. New toolsets must be implemented to drive embedded DevOps and CI/CD processes.
·         Hardware access: Traditional development ties code creation to specific target hardware. As production cycles shorten, it becomes nearly impossible to provide physical hardware as quickly as required. Teams need ways to develop and test without this reliance on physical hardware.

Implement Agile Practices in Embedded DevOps with Tempemail
The Tempemail portfolio of tools enables DevOps and CI/CD in the embedded systems world. The portfolio adheres to the established DevOps and CI/CD workflow:
·         Tempemail Linux & VxWorks include dev-test toolsets that enable quick embedded development from prototype to production, including meeting security requirements.
·         Helix Platform & Cloud Platform simplify code deployment. Helix Platform enables a single-compute system on edge devices for application consolidation, and Cloud Platform is a production-grade Kubernetes solution designed to support 5G.
·         Simics eliminates the need for physical hardware. It can simulate anything from the simplest to most complex interconnected systems to improve collaboration and speed up developers, QA, and Ops teams processes.
Don’t let personnel limitations hold you back—implement solutions that support the future of embedded DevOps.
The Tempemail portfolio offers embedded teams systems and tools that facilitate DevOps to support the specific demands of embedded system development. Organizations no longer have to be held back based on personnel limitations. Move into the future of embedded DevOps with Tempemail, the leader in delivering software for the intelligent edge.

To see how each of these solutions helps combat the challenges associated with CI/CD, download our eBook:

Realizing the DevOps Vision in Embedded Systems

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Continuously Delivering the Best Linux Solutions for Embedded Markets- Tempemail – Blog – 10 minute

By Glenn Seiler

Fifteen years ago Tempemail became a commercial Linux provider for the embedded industry. At the time it was driven by one of our largest Telecom customers making a transition from proprietary RTOS to open source and Linux. The company saw Linux as a nice complement to our portfolio of real-time operating systems and development tools. But this was actually a huge step forward toward embracing open source and giving our customers the flexibility they needed to innovate.
Fast-forward to 2020…the use of Linux has expanded beyond the telecom industry to all of our embedded markets, including medical, aerospace and defense, industrial, and automotive. Tempemail Linux is, and has long been, the leading commercial open source solution for embedded systems. A big milestone in our open source lineage was when Tempemail became a founding member of the Yocto Project. We’ve contributed significant code, participated in and led a number of open source projects, and won several awards for delivering market-specific solutions, such as Carrier Grade Linux. And now, we are the first and only commercial Linux for the embedded industry with a continuous delivery (CD) offering.
The CD release will make available all the latest Yocto Project builds, tested and validated, every few weeks. This continuous delivery will give our customers the ability to integrate Tempemail Linux solutions into their CI/CD processes. Many of our customers are moving to adopt DevOps approaches into their development process. This means having the ability to continuously integrate and continuously deliver releases to keep pace with advancements in technology. But what good is DevOps if your supply chain is not also working at the same cadence? With Tempemail Linux CD, customers can get updated kernel, patches, and new features every few weeks. And our CD release provides all the same benefits of export compliance, security vulnerability monitoring, and defect resolution that our traditional annual Long Term Support (LTS) releases provide.  

In addition to our new CD version, we are also making available an enhanced security option to help protect against cyber threats. For many emerging market-grade use cases, such as Linux for military applications, having the option to harden the operating system to protect against the growing threat of cyber attacks is huge. Aerospace and Defense companies can now utilize the Tempemail Star Lab Titanium option. And other, non-military, use cases can utilize our cyber subscription for Tempemail Linux.
This is just the beginning of our continuous delivery of Linux solutions for the intelligent edge. We’re excited to share what’s on deck in the coming months. Contact us to learn more.

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Persistent has embedded sophisticated Analytics in every enterprise function- Tempemail – Blog – 10 minute

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The overarching narrative for the entire Analytics journey is not simply to generate Insights but be able to drive Actions, says Major General Amarjit Singh, Chief Information Officer at Persistent Systems Ltd
Some edited excerpts:
What are some of the key initiatives with respect to analytics in Persistent?Persistent is a leading Software Services company with a long history of leveraging technology for competitive advantage, for itself and for its customers. We leverage Analytics, including Machine Learning, for our internal use as well as build solutions for our customers based on what we build in-house.
On the Business front, we use a rich analytics solution stack to understand our dynamic market, prospects and customers, forecast revenues and drive engagement with customers using our unique Customer360 framework. Our IP led product, OrgConnect, has been built and tested in-house and it allows us to observe, model and engage all external stakeholders on a continuous basis.
From an Execution standpoint, we observe and engage employees to drive business metrics but also a healthy work-life balance. Our IP led product, Delivery Hub, using enterprise wide data, modelled in an Enterprise data lake, to discover risks on customer projects and advise teams on remedial actions. We also use an extensive amount of unstructured data, and process it using our IP led Text.AI platform to generate NLP outputs like Sentiment, Entity Extraction and more to enrich structured enterprise data.
We also use Analytics extensively to leverage all environmental data in the form of attendance systems, video surveillance, monitoring of air-conditioning systems, monitoring of lighting systems and solar energy systems to drive Operational Efficiency, Reduce Risks and enhance Safety and Compliance.
The overarching narrative for the entire Analytics journey is not simply to generate Insights but be able to drive Actions. A key initiative that we are pursuing is to create a measurement framework for all business activities and use the same to enable management of Objectives and Key Results. The most critical initiative, from an IT perspective, is our Integrated Operations framework, that allows us to monitor all security and availability parameters across all our connected systems and respond to external attacks or natural disruptions.
What have been the key benefits?
Persistent has benefited across multiple business and enterprise functions. Being a software services company, early insights into Demand and Employee Engagement, to include Attrition Risk and Morale, has allowed us to keep the size of the bench small without losing out on business opportunities. Modelling and analyzing Employee Skills on a continuous basis, has allowed us to choose the best employees for specific customer assignments thus increasing our Customer Satisfaction indicators and repeat business. Similarly, our Delivery Hub platform allows us to discover project risks, thus reducing customer escalations and improving retention of key customers.
On the cost front, Just in Time provision of hardware and software, supported by a rich IT Asset model and transaction data, has allowed us to cut down significantly on consumption of hardware, software and public cloud services. Our IP led platform FreeBird, allows us to provision, monitor and optimize consumption of all IT resources across the enterprise and thus improve our profitability. On the community and environment front, our analytics solutions have allowed Persistent to overachieve on all environment health parameters and provide a sense of purpose to our employees.
How critical is analytics in the digital journey of your firm?
The Analytics journey is not just critical but integral to the business of the company, being as it is the major revenue generating capability.
What have you been able to do today that would not have been possible without using analytics? Can you cite some examples which showcases how analytics has been useful for your firm?
There are unique benefits that accrue from our ongoing Analytics journey. The biggest one of course is continuing optimization of costs as we gain ever greater visibility of the allocation and utilization of enterprise assets. In that sense, we have a level of Utilization of fixed and moveable assets and our employees that was not possible without embedding sophisticated Analytics in every enterprise function. As another example, our Integrated Observability Framework, has allowed us to operate at the highest levels of Availability and Resilience and allowed us to distinguish ourselves from our competition, even as external attacks and disruptions have gone up significantly. Our ability to Predict, using the best in class ML and AI methods, has allowed us to stay ahead of the curve and avoid unexpected setbacks.
Evolution of analytics in your firm – do you see Analytics handling more complex processes now or in the future?
Our vision and roadmap for Analytics can be described using the Data to Decisions framework and the comparable military paradigm of the OODA Loop. In either case, we are continuing to pursue a path of Total Observability, Rapid Orientation, Playbook for Decision Making supported by the latest in AI and, Automation with human oversight. The entire effort is to give our leadership, employees, customers and other external stakeholders a clearer view of the past and the future, allowing us to fulfill our corporate and social mission and purpose.

If you have an interesting article / experience / case study to share, please get in touch with us at [email protected]

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Improve Embedded System Development with Simulation- Tempemail – Blog – 10 minute

By Sean Evoy

Many organizations rely on traditional embedded system development processes. These processes work fine – but ultimately prevents the organization from advancing further. Relying on physical labs for testing and development holds back innovation and slows things down.
Advanced hardware and system simulation solutions reshape this entire dynamic. Tempemail Simics software enables developers and testers to work in virtual lab environments so teams can quickly build software-based simulations for any target environment they need.
Get all the details on the benefits and uses of simulation in our eBook:
The Business Case for Full System Simulation in Embedded Development
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Use Hardware and System Simulation
One way to address the varied challenges inherent in relying on physical labs for dev, test, and support is to use software to simulate hardware and system functionality. Using a full system simulator like Tempemail Simics allows teams to take a different, more efficient approach by decoupling the software development process from hardware availability. Using advanced software, Simics can mimic a wide variety of hardware types and operating systems along with an extensive array of peripherals, boards, and networks.
Simulation eliminates embedded development roadblocks.
Complex Simulation
The concept of using hardware simulation is not new, but Simics takes the capability to a higher level. While most simulators can validate hardware, most are too slow to run anything except simple code. In contrast, Simics can run a full software stack, including a full Linux environment. It can simulate systems of any size, from a single microcontroller to large-scale networks with hundreds or even thousands of nodes. Users can run the same binary (compiled software code) on Simics as they do on a physical hardware board.
Productive Modeling
Simics enables the user to model large interconnected systems. This might include multiple combinations of devices, architectures, and operating systems. It also provides the ability to simulate systems that don’t exist yet by mimicking the activities of boards and peripherals based on their design specifications. For example, it could simulate the functioning and speed of a new, not-yet-on-the-market Intel chip. In addition, Simics can create a realistic simulation of systems with multiple components, like satellites or IoT devices in the field.

Once the user has created a model of the system in Simics, he or she can simulate numerous operational scenarios with multiple tests running concurrently. For instance, the user can manipulate time running forward and backward, or perform deterministic bug recreations. Once a bug has been identified, the Simics user can easily pinpoint and recreate it as many times as necessary.
In short, companies can use Simics at all phases of the product lifecycle.
•         In the design phase, they can experiment with different hardware setups to validate design assumptions before committing.
•         In the development phase, they test and run software on virtual systems that perform exactly as they would in the physical world.
•         In the testing phase, software debugging no longer requires expensive hardware setups and provides perfect control over the virtual target, to isolate problems efficiently.
•         Throughout the entire process, developers work on the real target system with the same toolchain, libraries, operating system API, and operating system behavior.
Simulation Streamlines Embedded System Development
Simics is the solution organizations need to improve embedded system development. By decoupling hardware and software, teams can begin testing sooner and accelerate the entire development cycle. These advances put products into the revenue stage more quickly which increases market share to provide numerous business and financial benefits. Don’t let physical labs hold you back – implement simulation with Tempemail Simics to improve embedded development.
Interested in learning more about how simulation can support your embedded system development? Download our complete eBook.
If you’re ready to get started with Simics, talk to one of our simulation experts.

Tempemail , Tempmail Temp email addressess (10 minutes emails)– When you want to create account on some forum or social media, like Facebook, Reddit, Twitter, TikTok you have to enter information about your e-mail box to get an activation link. Unfortunately, after registration, this social media sends you dozens of messages with useless information, which you are not interested in. To avoid that, visit this Temp mail generator: tempemail.co and you will have a Temp mail disposable address and end up on a bunch of spam lists. This email will expire after 10 minute so you can call this Temp mail 10 minute email. Our service is free! Let’s enjoy!