AUTOCRYPT becomes the only company to support V2X security standards across North America, Europe, China, Korea, and India.
AUTOCRYPT, a leading automotive cybersecurity company, announced its successful development of its India-compliant V2X (Vehicle-to-Everything) security certification system, optimized for cloud-native environments. The system is now in delivery to Indian automotive manufacturers, further expanding the company’s global footprint in the V2X landscape.
As the only company worldwide that supports all major V2X security credential management system standards, including North America (US-SCMS), Europe (EU-CCMS), China (C-SCMS), Korea, and now India, AUTOCRYPT continues to set new industry benchmarks. This achievement not only marks the company’s entry into an emerging market, but also validates its expertise in V2X security technology.
The global V2X market is projected to grow and amid this changing landscape, Indian automakers and suppliers have made their presence known. India is increasing its demand for robust V2X technology as a key component in its smart city initiatives.
“India is the world’s fourth-largest automotive producer, with nearly 6 million vehicles manufactured in 2024. The Indian market represents a key opportunity for growth, but this also means that ensuring security and compliance will be critical,” said Seokwoo Lee, CEO of AUTOCRYPT. He continued, “With extensive expertise across V2X security deployment for multiple regulatory requirements, we are committed to advancing and playing a key role in India’s V2X ecosystem.”
AUTOCRYPT most recently showcased its technological capabilities to DOT and industry leaders in Wyoming, successfully demonstrating V2X interoperability. AUTOCRYPT is well-positioned to ensure compliance with India’s security and type approval standards, allowing automotive manufacturers to seamlessly integrate secure V2X communications into vehicles.
Learn more on how AUTOCRYPT secures V2X communications by contacting global@autocrypt.io.
About Autocrypt Co., Ltd.
AUTOCRYPT is the industry leader in automotive cybersecurity and connected mobility technologies. The company specializes in the development and integration of security software and solutions for in-vehicle systems, V2X communications, Plug&Charge, and mobility platforms, paving the way towards a secure and reliable C-ITS ecosystem in the age of software-defined vehicles. AUTOCRYPT also provides consulting and testing services along with custom solutions for UN R155/156 and ISO/SAE 21434 compliance.
Autonomous driving is advancing rapidly, with self-driving cars being tested in urban mobility, highways, and logistics. Have you ever wondered how these vehicles communicate to navigate safely? Unlike human drivers, who rely on signals and intuition, autonomous vehicles use data-sharing systems. This blog examines the limitations of cooperative driving systems and introduces Maneuver Sharing in Autonomous Driving through the Maneuver Sharing and Coordinating Service (MSCS) as a solution to improve vehicle communication, safety, and efficiency.
Current cooperative autonomous driving systems rely on Basic Safety Messages (BSMs) within Vehicle-to-Everything (V2X) communication. Each vehicle regularly transmits BSM data, sharing essential information such as speed, position, and heading with surrounding vehicles. This allows vehicles to assess potential collision risks and respond accordingly.
However, BSMs alone cannot convey the intent behind a vehicle’s movements. As shown in the graph below, a BSM provides only fundamental status data without explaining why a vehicle is moving in a certain way.
In other words, while BSMs enable cooperative autonomous driving, they lack the capability to communicate driving intentions. If vehicles could understand the purpose behind each movement in advance, particularly in emergency situations, driving safety and efficiency would significantly improve.
Real-World Scenario: The Need for MSCS
To illustrate this, let’s define two key entities:
HV (Host Vehicle): The vehicle transmitting its movement intention.
RV (Remote Vehicle): The vehicle receiving the movement information.
Now, consider a different scenario: What if the HV had already informed nearby RVs of its intent to change lanes in advance? In that case, the RV could adjust its route ahead of time, leading to a smoother and safer driving experience.
The same idea applies beyond driving. In any situation, whether at work, in school, or during teamwork, understanding someone’s intentions before they act allows for better planning, coordination, and overall efficiency.
What is MSCS?
To overcome the limitations of BSMs, the Maneuver Sharing and Coordinating Service (MSCS) offers a smarter approach to cooperative driving.
MSCS enhances V2X communication by enabling vehicles to share their intended maneuvers. Understanding the purpose behind a vehicle’s movement enables better analysis and response, enhancing overall road safety and efficiency.
Unlike traditional BSM-based driving, which reacts to real-time data, MSCS enables proactive decision-making by considering the planned maneuvers of surrounding vehicles. This advancement leads to a smoother and more coordinated driving experience.
MSCS operates in compliance with SAE J3186 standards, which defines its primary use cases as:
Cooperative Lane Change
Cooperative Lane Merge
These scenarios demonstrate how MSCS enables smoother lane changes and merges by allowing vehicles to communicate their intended movements. Through MSCS, vehicles notify one another and cooperate to execute maneuvers safely.
It is important to note that MSCS is designed to function based on vehicle intent and follows two distinct communication protocols:
General Vehicle Protocol: Requires mutual negotiation through request and response interactions.
Emergency Vehicle Protocol: Prioritizes emergency vehicles (e.g., ambulances, police cars) without requiring negotiation from surrounding vehicles.
In general, standard vehicles (following the General Vehicle Protocol) must yield to emergency vehicles (following the Emergency Vehicle Protocol). This ensures that special-purpose vehicles can operate efficiently without mutual negotiation.
By implementing MSCS, vehicles can share movement intentions, enabling others to adapt proactively. This results in safer, more efficient, and cooperative autonomous driving.
MSCS and MSCM
Next, let’s differentiate between MSCS and MSCM to explore the operational aspects of MSCS.
MSCS (Maneuver Sharing and Coordinating Service): The overall system that enables maneuver coordination
MSCM (Maneuver Sharing and Coordinating Message): The message exchanged between vehicles to communicate movement intent
The graph below illustrates the structure of MSCM:
In MSCS, a Maneuver represents a coordinated movement involving multiple vehicles, while a Sub-Maneuver refers to the individual actions each vehicle takes to carry out that Maneuver.
The Executing Vehicle (HV) initiates the Maneuver request and identifies surrounding Affected Vehicles, which receive MSCM messages to coordinate movement. HV must obtain agreement from Affected Vehicles unless it is an emergency vehicle.
MSCM Data Structure
MSCM messages contain key data components, including the MSCM Type, which classifies messages into one of eight types:
Additionally, each Maneuver in MSCM consists of multiple Sub-Maneuvers, structured as follows:
In conclusion, there are 8 types of protocols for each Maneuver in MSCM.
MSCS Operational Process
To understand the operation of MSCS, let’s examine how it functions in standard vehicles. The system follows three sequential stages:
Awareness State
Maneuver Negotiation State
Maneuver Execution State
Awareness State
This is the preliminary stage of MSCS operation
While vehicles are aware of their surroundings via BSM, they have not initiated MSCS yet
Only MSCM Type 0 messages (intention notifications) can be sent in this stage
Maneuver Negotiation State
Vehicles begin negotiating the execution of a Maneuver
Emergency vehicles skip this step, as negotiation is not required
MSCM Types 1-3 are used to request and confirm Maneuvers, while Types 4-5 handle cancellations
Maneuver Execution State
Vehicles execute the approved Maneuver
The HV and RV reach a mutual agreement and act accordingly
MSCM Type 7 messages confirm execution, and the Maneuver concludes when all Sub-Maneuvers are completed.
In conclusion, Maneuver Sharing and Coordinating Service (MSCS) represents a significant advancement in autonomous driving, allowing vehicles to communicate their movement intentions and not just their basic status. By enhancing Vehicle-to-Everything (V2X) communication, MSCS improves safety, coordination, and efficiency on the road. Unlike traditional systems that react to real-time data, MSCS enables proactive decision-making, particularly in complex scenarios like lane changes or merges.
With protocols that prioritize emergency vehicles and ensure smooth coordination, MSCS creates a structured environment for vehicles to work together seamlessly. This proactive approach helps prevent collisions, reduces traffic congestion, and leads to safer, more efficient roads. As autonomous vehicles continue to evolve, MSCS will be at the forefront of shaping a future where roads are not only safer but also smarter, bringing us closer to a fully integrated, autonomous transportation system.
To stay informed about the latest news on mobility tech and software-defined vehicles, read our blog for more technology insights or subscribe to AUTOCRYPT’s monthly newsletter.
LAS VEGAS, JANUARY 8, 2025. –AUTOCRYPT, an industry-leading vehicle cybersecurity provider, has signed a Memorandum of Understanding (MoU) with Anritsu, a pioneer in communications test and measurement solutions. The agreement, formally announced at CES 2025, underscores a shared commitment to advance security testing methodologies for vehicles worldwide.The collaboration will integrate AUTOCRYPT’s award-winning Cybersecurity Testing Platform (CSTP) with Anritsu’s Radio Communication Test Station MT8000A, which provides a simulated 5G network environment. The partnership aims to simplify and enhance cybersecurity testing, ensuring robust protection for evolving vehicle systems.
“By combining our decades-long expertise in cybersecurity with Anritsu’s network simulation capabilities, we’re setting a new standard for security testing in the 5G era,” said Daniel ES Kim, GCTO of AUTOCRYPT. “Testing can often be a cumbersome process, deterring type approval. But with AutoCrypt CSTP, OEMs gain access to a customized, efficient testing platform. Our partnership with Anritsu will further streamline testing, empowering OEMs to meet stringent cybersecurity requirements and provide more drivers with a secure driving experience.
“With the increasing concern over vehicle safety, cybersecurity testing has never been more vital,” said Yukiharu Ogawa, IoT Test Solution Division General Manager of Anritsu. “We’re thrilled to collaborate with AUTOCRYPT in delivering the tools necessary to test systems through our cellular network simulator. With this MOU formalized at CES, we believe it will highlight both our companies’ dedication to fostering a safer future.”
The MOU comes at a critical time, as governments and regulatory organizations worldwide implement stricter cybersecurity standards for connected and autonomous vehicles (CAVs). With frameworks such as the UNECE’s WP.29 UN R155, 156, India’s AIS-189, and China’s GB/T standards, automotive manufacturers and suppliers face mounting pressure to demonstrate compliance.
AUTOCRYPT and Anritsu’s collaboration will also enable comprehensive security testing for a variety of applications beyond vehicle communications systems. The collaboration will address the diverse security demands of modern day connected mobility, offering the industry an efficient solution to meet regulatory requirements, as well as enhancing resilience across a broad spectrum of technologies.
About Autocrypt Co., Ltd.
AUTOCRYPT is the leading player in automotive cybersecurity and smart mobility technologies. It specializes in the development and integration of security software and solutions for in-vehicle systems, V2X communications, Plug&Charge, and fleet management, paving the way towards a secure and reliable C-ITS ecosystem in the age of software-defined vehicles. Its comprehensive suite of automotive cybersecurity testing services and platforms includes the award-winning AutoCrypt CSTP, which supports automotive OEMs and suppliers in meeting regulatory standards ilke ISO/SAE 21434, UNECE WP.29 UN R155, as well as other emerging global standards.
About Anritsu Corporation
Anritsu is a provider of innovative communications test and measurement solutions. Anritsu engages customers as true partners to help develop wireless, optical, microwave/RF, and digital solutions for R&D, manufacturing, installation, and maintenance applications, as well as multidimensional service assurance solutions for network monitoring and optimization. Anritsu also provides precision microwave/RF components, optical devices, and high-speed electrical devices for communication products and systems. The company develops advanced solutions for emerging and legacy wireline and wireless technologies used in commercial, private, military/aerospace, government, and other markets.
AUTOCRYPT, a global leader in automotive cybersecurity and testing solutions, has announced its participation in the 2025 Consumer Electronics Show (CES) in Las Vegas from January 7-10, 2025.
At the upcoming CES, AUTOCRYPT will unveil its latest advancements in automotive cybersecurity, with a focus on:
Award-Winning Cybersecurity Testing Platform (CSTP): Recognized as a top innovator in the digital category of the 2024 CLEPA Innovation Awards, CSTP streamlines the automotive regulatory compliance process by enabling diverse security tests to be executed and managed on a single platform. Visitors can experience a live demo of this cutting-edge solution.
Comprehensive In-Vehicle Systems Cybersecurity Solutions: Ensuring the safety of in-vehicle systems, AUTOCRYPT’s suite of solutions protects critical vehicle components from evolving threats.
Secure Vehicle-to-Everything (V2X) Communication Solutions: AUTOCRYPT’s V2X security technologies safeguard data transmission between vehicles and infrastructure, enabling secure and reliable communication for the future of smart mobility.
“Kicking off 2025, AUTOCRYPT is excited to bring our award-winning Cybersecurity Testing Platform to the global stage at CES,” said Duksoo Kim, CEO of AUTOCRYPT. “As the automotive industry continues to embrace software, electrification, connectivity, and autonomous driving, our mission is to ensure that every aspect of the process is secure.”
This will be AUTOCRYPT’s second year exhibiting at the internationally acclaimed CES; the company’s presence underlines its commitment to innovation and leadership in securing the future of connected and autonomous mobility. Attendees are encouraged to stop by AUTOCRYPT’s booth (#3674) at Las Vegas Convention Center’s West Hall for live demonstrations and in-depth discussions with AUTOCRYPT’s team of security experts.
About Autocrypt Co., Ltd.
AUTOCRYPT is the industry leader in automotive cybersecurity and connected mobility technologies. The company specializes in the development and integration of security software and solutions for in-vehicle systems, V2X communications, Plug&Charge, and mobility platforms, paving the way towards a secure and reliable C-ITS ecosystem in the age of software-defined vehicles. AUTOCRYPT also provides consulting and testing services along with custom solutions for UN R155/156 and ISO/SAE 21434 compliance.
Download and Use Windows Activation Script GitHub for Automated Windows Activation
If you want to activate your Windows operating system quickly and easily, using a windows activation script GitHub can be a great choice. This script acts as a windows activation tool that helps you automate windows activation without needing to do it manually. By using this windows activation software, you can save time and avoid complicated steps that usually come with activating Windows.
The windows activation script GitHub provides a simple and effective windows activation solution for users who want to ensure their system is properly licensed. This script is designed to bring windows activation automation to your computer, making the entire process smooth and hassle-free. With this approach, you don’t have to worry about entering product keys or dealing with activation errors.
Using a windows activation script from GitHub is one of the best ways to automate windows activation. It combines the power of automation with easy-to-use software, giving you a reliable windows activation solution. Whether you are a beginner or an advanced user, this windows activation tool can help you activate your Windows system quickly and efficiently.
Windows Activation Script GitHub: Automate Windows License Activation Process
Using a windows activation script GitHub is a smart way to handle windows license activation. This method brings windows activation automation right to your computer, making the digital license activation smooth and fast. Instead of following a long windows activation procedure manually, this script helps you complete the windows activation method quickly and without mistakes.
This approach simplifies the windows activation process by automating tasks that usually take time. It is especially helpful for those who want to avoid the usual hassle of entering product keys or dealing with complicated windows activation steps. With this script, digital license activation becomes easier and more reliable.
How to Use Windows Activation Script GitHub to Activate Windows OS
To activate windows OS using the script, you need to follow clear windows activation instructions. The windows activation steps are designed to be simple so anyone can complete the activation process without trouble.
First, you run the windows activation commands included in the script. These commands guide the system through the windows activation process automatically. The script handles all the necessary windows activation steps, so you don’t have to enter commands manually.
Follow these windows activation instructions carefully:
Download the script file
Run the script as an administrator
Let the windows activation commands execute
Wait for confirmation of successful activation
This method helps you activate windows OS quickly and with less chance of errors.
Windows Activation Commands and Batch Files Explained
Windows activation scripts often use windows activation batch file formats to run commands in order. These batch files contain windows activation commands that tell your system how to complete the activation process.
The windows activation command lines inside these scripts use windows activation utilities to check your license and activate your Windows system. These utilities work behind the scenes to make sure the activation is done correctly.
Using a windows activation batch file is helpful because it automates the windows activation process. Instead of typing each command, the batch file runs everything in the right order. This makes the activation faster and reduces mistakes.
Troubleshooting Windows Activation Script GitHub: Common Issues and Fixes
Sometimes, you might face windows activation errors when using the script. These errors can happen due to network problems, incorrect system settings, or other issues. However, there are many windows activation fixes you can try to solve these problems.
When you run into trouble, use windows activation troubleshooting tips like checking your internet connection or running the script as an administrator. These windows activation solutions often fix common problems quickly.
Here are some windows activation tips for troubleshooting:
Restart your computer and try again
Disable antivirus temporarily during activation
Ensure your system date and time are correct
Run the script with administrator rights
Windows Activation Tools and Utilities from GitHub for Windows Activation Automation
Windows activation tools and utilities available on GitHub provide an easy way to automate windows activation. These windows activation software options help users perform windows activation automation without needing to follow complex manual steps. By using these windows activation utilities, you can save time and reduce errors during the activation process.
Automate windows activation with these windows activation tools to ensure your system is properly licensed. These windows activation software solutions are designed to simplify the activation process by handling all necessary tasks automatically. This makes windows activation automation accessible to everyone, whether you are new to computers or an experienced user.
Overview of Windows Activation Utilities and Scripts on GitHub
GitHub hosts many windows activation utilities and windows activation scripts that serve as effective windows activation tools. These windows activation software options provide windows activation solutions that help activate your Windows system quickly and reliably.
These windows activation utilities often include scripts that automate the activation process, reducing the need for manual input. The windows activation software available on GitHub is created to offer easy-to-use windows activation solutions for different versions of Windows.
Key features of windows activation utilities and scripts:
Automate activation tasks
Reduce manual errors
Support multiple Windows versions
Provide clear instructions for use
Using these windows activation tools and software can make the activation process faster and more efficient.
Step-by-Step Windows Activation Procedure Using GitHub Scripts
Following a clear windows activation procedure is important for successful activation. The windows activation steps provided in GitHub scripts act as a windows activation guide that walks you through the process.
The windows activation instructions included in these scripts use a simple windows activation method to activate your system. This method ensures that all necessary steps are completed in the right order.
Here is a basic windows activation procedure using GitHub scripts:
Download the windows activation script file.
Run the script with administrator privileges.
Follow the on-screen windows activation instructions.
Wait for the script to complete the activation process.
Confirm that Windows is activated successfully.
This windows activation guide helps users complete the activation method without confusion or mistakes.
Windows Activation Tips and Strategies for Effective Digital License Activation
To improve your chances of successful digital license activation, it is helpful to use proven windows activation tips and strategies. These windows activation techniques and methods can make the activation process smoother and more reliable.
Some useful windows activation tips include:
Ensure your internet connection is stable before starting.
Disable any antivirus software temporarily during activation.
Run activation scripts as an administrator.
Keep your system date and time accurate.
Effective windows activation strategies:
Use trusted windows activation methods
Follow detailed windows activation instructions
Automate activation when possible
Troubleshoot common issues promptly
By applying these windows activation techniques and strategies, you can achieve a successful digital license activation with less effort.
When using a windows activation script from GitHub, many users have questions about how it works and what to expect. This section answers common windows activation FAQs to help you understand the process better. The windows activation guide below offers clear windows activation instructions and windows activation solutions to make activation easier. You will also find useful windows activation tips to avoid common mistakes.
What is a Windows Activation Script from GitHub?
A windows activation script is a special file designed to work as a windows activation tool. It acts like a windows activation utility that runs commands automatically to activate Windows. This windows activation software uses a specific windows activation method to check your system and apply the license without manual input.
The script simplifies the activation process by combining several steps into one easy-to-run file. Instead of typing commands yourself, the windows activation script handles everything for you. This makes it a helpful windows activation tool for users who want a quick and reliable activation method.
Is Using a Windows Activation Script from GitHub Safe?
Windows activation safety and windows activation security are important concerns for many users. When using windows activation software or a windows activation tool from GitHub, it is crucial to ensure the windows activation solution is trustworthy.
Some scripts are created by experienced developers and provide a safe way to activate Windows. However, always be cautious and verify the source before running any windows activation software. Using a reliable windows activation tool reduces risks and helps maintain your system’s security.
Can Windows Activation Scripts Automate Windows Activation Completely?
Yes, many windows activation scripts are designed to automate windows activation fully. This means the windows activation automation handles the entire windows activation process without needing manual steps. The windows activation method used by these scripts runs all necessary commands automatically.
Automating windows activation saves time and reduces errors. The windows activation software included in these scripts makes the activation process smooth and efficient, especially for users who want to avoid complex manual activation steps.
What Are the System Requirements for Running Windows Activation Scripts?
Before running windows activation scripts, it is important to check the windows activation requirements. These requirements ensure the windows activation software and windows activation tools will work properly on your system.
Most windows activation utilities and windows activation scripts need:
A compatible Windows version
Administrator privileges to run the script
An active internet connection for license verification (in some cases)
No conflicting security software blocking the activation process
Meeting these windows activation requirements helps the windows activation utility run smoothly and complete the activation successfully.
How to Fix Errors When Windows Activation Script GitHub Is Not Working?
If you face windows activation errors while using a script, windows activation troubleshooting is necessary. Common windows activation fixes include checking your internet connection, running the script as an administrator, and disabling antivirus software temporarily.
Here are some helpful windows activation tips for troubleshooting:
Restart your computer and try again
Ensure system date and time are correct
Run the script with administrator rights
Temporarily disable security software during activation
Using these windows activation solutions can resolve many common problems and help you complete the activation process without issues.
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