IT Security RSS Feed for 2024-09-24

Posted on 2024-09-24 Edited on 2025-04-03 In IT Security Word count in article: 43k Reading time ≈ 39 mins.

IT Security RSS Feed for 2024-09-24

Money transfer firm MoneyGram rushes to contain cyber attack

Published: Tue, 24 Sep 2024 12:54:00 GMT

Money Transfer Firm MoneyGram Rushes to Contain Cyber Attack

MoneyGram, a prominent international money transfer company, has announced it has fallen victim to a cyber attack. The company immediately took swift action to contain the incident and protect its customers’ data.

Details of the Attack

According to MoneyGram’s statement, the attack was detected on January 20th, 2023. Unauthorized individuals gained access to internal systems containing customer information, including names, addresses, and account numbers. However, the company emphasized that no financial information, such as account balances or transaction details, was compromised.

Containment and Investigation

Upon discovering the breach, MoneyGram took immediate steps to contain the attack. It activated its cybersecurity protocols, isolated affected systems, and launched an investigation with the assistance of external forensic experts. The company is working closely with law enforcement agencies to identify the perpetrators and prevent further incidents.

Customer Notification and Support

MoneyGram has begun notifying affected customers about the incident. They are being provided with information on what steps to take to protect their data, such as changing their passwords and monitoring their accounts for suspicious activity. The company has also set up a dedicated support line for customers with questions or concerns.

Impact on Customers

MoneyGram has stated that the attack did not disrupt its services. Customers can continue to use the company’s money transfer services without interruption. However, the company advises customers to be vigilant and report any unauthorized activity to them immediately.

Steps Taken to Prevent Future Attacks

In the wake of the cyber attack, MoneyGram has taken several measures to enhance its cybersecurity defenses. This includes investing in additional security technologies, conducting regular security audits, and increasing employee training on cybersecurity best practices.

Conclusion

The cyber attack on MoneyGram highlights the importance of cybersecurity in today’s digital age. MoneyGram’s swift response and containment efforts demonstrate the company’s commitment to protecting its customers’ data. The company is continuing to work closely with authorities to investigate the incident and prevent future attacks.

What is a business continuity plan (BCP)?

Published: Tue, 24 Sep 2024 11:15:00 GMT

Business Continuity Plan (BCP)

A business continuity plan (BCP) is a comprehensive set of guidelines, procedures, and actions designed to help an organization prepare for and respond to disruptive events that could impact its operations. It aims to ensure that the organization can continue to deliver essential services and functions in the face of emergencies, disasters, or other unforeseen circumstances.

Key Elements of a BCP:

Risk Assessment: Identifies potential threats and vulnerabilities that could disrupt operations.
Business Impact Analysis: Determines the potential impact of disruptions on critical processes and functions.
Recovery Strategies: Outlines specific actions and measures to恢复 operations and minimize downtime.
Incident Response Procedures: Provides step-by-step instructions for responding to various disruptive events.
Communication Plan: Establishes protocols for internal and external communication during a disruption.
Training and Testing: Ensures that employees are familiar with the BCP and can execute it effectively.
Maintenance and Improvement: Regularly reviews and updates the BCP as needed.

Benefits of a BCP:

Enhances resilience to disruptions and minimizes their impact.
Provides clear guidance on how to respond to crises and emergencies.
Protects the organization’s assets, including employees, customers, and reputation.
Ensures continuity of essential services and functions, reducing the risk of lost revenue and productivity.
Improves confidence among stakeholders by demonstrating the organization’s preparedness.
Meets regulatory and compliance requirements related to disaster recovery.

Developing a BCP:

Developing a BCP involves the following steps:

Risk assessment and business impact analysis
Establishing recovery strategies
Creating incident response procedures
Developing a communication plan
Training and testing employees
Maintaining and improving the BCP

Unique malware sample volumes seen surging

Published: Tue, 24 Sep 2024 10:21:00 GMT

Unique Malware Sample Volumes Surge

The cybersecurity landscape has witnessed a significant increase in the volume of unique malware samples detected. According to recent reports, the number of new malware variants has risen exponentially, posing a growing threat to businesses and individuals alike.

Factors Contributing to the Surge

Several factors are attributed to the escalating volume of malware samples:

Expansion of the Internet of Things: The proliferation of connected devices has created an expanded attack surface for malware to exploit.
Advancements in Artificial Intelligence: Malware developers are leveraging AI techniques to automate malware creation and evasion processes.
Increased Phishing and Social Engineering Attacks: Scammers are using increasingly sophisticated methods to trick users into downloading and executing malware.
Cryptocurrency Mining Malware: Cryptocurrency mining malware has gained popularity as a lucrative method for attackers to generate revenue.
Supply Chain Attacks: Compromised software supply chains can distribute malware to multiple systems, amplifying its impact.

Consequences of the Surge

The surge in unique malware samples has profound implications for organizations and individuals:

Increased Risk of Infections: The sheer volume of malware variants makes it challenging for traditional security measures to detect and block them effectively.
Data Breaches and Theft: Malware can steal sensitive information, including financial data, personal credentials, and intellectual property.
Disruption of Services: Malware can disrupt critical systems, leading to downtime and lost revenue.
Financial Losses: Malware infections can result in extortion demands, fines, and reputational damage.
Erosion of Trust: Repeated malware attacks can erode consumer trust in digital services and online interactions.

Mitigating the Threat

To combat the surge in unique malware samples, organizations and individuals must adopt proactive cybersecurity measures:

Regular Software Updates: Patching software and firmware updates can address known vulnerabilities exploited by malware.
Multi-Layered Security Solutions: Deploying a combination of antivirus, firewalls, and intrusion detection systems provides comprehensive protection.
Employee Security Awareness: Educate users about malware risks, phishing techniques, and safe online practices.
Threat Intelligence Monitoring: Stay informed about emerging malware threats and detection techniques.
Incident Response Planning and Disaster Recovery: Prepare for malware infections and minimize their impact on operations.

By implementing these measures, organizations and individuals can bolster their cybersecurity defenses and mitigate the risks posed by the escalating volume of unique malware samples.

How to respond when your cyber company becomes the story

Published: Tue, 24 Sep 2024 09:56:00 GMT

Steps to Respond When Your Cyber Company Becomes the Story

1. Acknowledge the Situation

Confirm the accuracy of the information and assess the severity of the incident.
Issue a brief public statement acknowledging the situation and provide essential details (e.g., the nature of the breach, affected systems).

2. Establish a Response Team

Form a dedicated team of experts from legal, communications, IT, and customer relations to manage the response.
Designate a spokesperson responsible for communicating with stakeholders.

3. Communicate Effectively

Keep stakeholders (customers, partners, investors, media) informed with regular updates on the situation.
Be transparent, accurate, and responsive to inquiries.
Use multiple channels to disseminate information (e.g., website, social media, press releases).

4. Mitigate the Impact

Contain the breach and implement measures to prevent further damage.
Notify affected users and provide guidance on protective actions.
Offer support and compensation to those impacted.

5. Investigate and Remediate

Thoroughly investigate the cause and extent of the breach.
Implement fixes to address vulnerabilities and prevent future incidents.
Cooperate with law enforcement and regulatory authorities as needed.

6. Build Trust and Reputation

Demonstrate a commitment to security and customer privacy.
Implement enhanced security measures and undergo independent audits to establish credibility.
Engage with industry leaders and participate in forums to share best practices.

7. Learn from the Incident

Conduct a post-incident analysis to identify areas for improvement.
Update security policies and procedures based on lessons learned.
Train employees on best security practices and threat detection.

Additional Tips:

Stay calm and professional during the response.
Prioritize the safety and security of impacted individuals.
Seek support from external consultants or legal counsel if needed.
Be prepared to face negative publicity and legal challenges.
Use the incident as an opportunity to strengthen your cybersecurity posture and build trust.

Microsoft shares progress on Secure Future Initiative

Published: Mon, 23 Sep 2024 11:45:00 GMT

Microsoft Shares Progress on Secure Future Initiative

Microsoft is making progress on its Secure Future Initiative, a multi-year effort to advance cyber resilience and digital safety. The initiative, launched in 2021, focuses on four key areas:

Building trust and transparency: Microsoft is working to increase transparency in its security practices and build trust with customers, partners, and stakeholders. This includes providing more information about its security measures, responding to security incidents, and engaging with external security researchers.
Empowering people and organizations: Microsoft is investing in tools and resources to help people and organizations stay safe online. This includes offering free security training, developing new security features, and partnering with organizations to promote digital safety.
Protecting infrastructure and data: Microsoft is investing in securing its own infrastructure and data, as well as the infrastructure and data of its customers. This includes deploying new security technologies, enhancing data protection measures, and working with partners to improve supply chain security.
Advancing research and innovation: Microsoft is investing in research and development to advance the frontiers of cybersecurity. This includes working with universities and research institutions to develop new security technologies and approaches, and sharing its research findings with the wider community.

Key Milestones

Microsoft has made significant progress on its Secure Future Initiative since its launch. Some key milestones include:

Expanding transparency: Microsoft has published a comprehensive set of security principles, which outline its commitment to transparency, accountability, and customer trust. The company has also launched a new Security Center to provide customers with more information about its security measures and practices.
Empowering people and organizations: Microsoft has launched a number of new security features and tools to help people and organizations stay safe online. These include the Microsoft Defender for Cloud, a cloud-based security platform that provides real-time protection against threats. Microsoft has also partnered with organizations such as the National Cyber Security Alliance to promote digital safety.
Protecting infrastructure and data: Microsoft has invested in new security technologies and measures to protect its infrastructure and data. This includes deploying new security software and hardware, and enhancing its data protection practices. Microsoft has also worked with partners to improve supply chain security.
Advancing research and innovation: Microsoft has invested in research and development to advance the frontiers of cybersecurity. This includes working with universities and research institutions to develop new security technologies and approaches. Microsoft has also shared its research findings with the wider community through publications and presentations.

Conclusion

Microsoft’s Secure Future Initiative is a long-term effort to advance cyber resilience and digital safety. The company has made significant progress since the initiative’s launch, and it is committed to continuing to invest in this area. Microsoft believes that a more secure future is possible, and it is working to make this vision a reality.

Security Think Tank: Win back lost trust by working smarter

Published: Mon, 23 Sep 2024 11:26:00 GMT

Security Think Tank: Regain Lost Trust by Enhancing Intelligence

The recent wave of security breaches has eroded public trust in organizations’ ability to protect their data and systems. To regain this trust, organizations must adopt a smarter approach to security that focuses on enhancing intelligence and improving collaboration.

Leveraging Artificial Intelligence (AI)

AI can be a powerful tool for detecting and responding to security threats. By using AI-powered solutions, organizations can:

Automate threat detection and response, reducing time to containment
Identify patterns and anomalies that may indicate malicious activity
Correlate data from multiple sources to build a comprehensive threat intelligence picture

Enhancing Situational Awareness

Organizations need to have a real-time understanding of their security posture to make informed decisions. This requires enhancing situational awareness through:

Centralized security dashboards that provide a single pane of glass view
Real-time threat intelligence feeds that alert to emerging threats
Security analytics that provide insights into security trends and vulnerabilities

Improving Collaboration

Effective security requires collaboration between multiple stakeholders, including security teams, IT, and business units. To foster collaboration, organizations should:

Establish clear communication channels and protocols
Create cross-functional security working groups
Promote a culture of security awareness and reporting

Focus on Prevention

While incident response is important, it should not be the primary focus of security efforts. Organizations should prioritize prevention by:

Implementing strong security controls and best practices
Conducting regular security audits and penetration testing
Focusing on vulnerability management to patch and mitigate known threats

Adopting a Risk-Based Approach

Not all threats are created equal. Organizations should adopt a risk-based approach to security, focusing on protecting the most critical assets and data. This requires:

Identifying and prioritizing security risks
Developing appropriate risk mitigation strategies
Continuously monitoring and reassessing risks

Investing in Security Professionals

A well-trained and experienced security workforce is essential for effective security. Organizations should:

Hire and retain qualified security professionals
Provide ongoing training and development opportunities
Foster a culture of continuous learning and improvement

Conclusion

Regaining lost trust in security requires organizations to embrace a smarter approach that combines AI, enhanced situational awareness, collaboration, prevention, risk-based decision-making, and investment in security professionals. By working smarter, organizations can improve their security posture, mitigate threats, and restore confidence in their ability to protect their data and systems.

Gartner: Mitigating security threats in AI agents

Published: Mon, 23 Sep 2024 09:34:00 GMT

Mitigating Security Threats in AI Agents

Introduction
Artificial intelligence (AI) agents are increasingly used in various industries, offering significant benefits. However, these agents also pose security risks that need to be addressed. Gartner provides guidelines to mitigate these threats.

Threats to AI Agents

Data poisoning: Manipulating training data to create biased or erroneous models.
Model extraction: Reverse engineering or stealing trained models.
Decision explanation: Understanding how AI models make decisions can reveal vulnerabilities.
Adversarial attacks: Providing malicious input to trigger unexpected behavior.
IoT device exploitation: Using AI agents to control or compromise IoT devices.

Mitigation Strategies

1. Robust Data Management

Use trusted sources for training data.
Employ data integrity and anomaly detection techniques.
Restrict access to sensitive data.

2. Model Protection

Secure access to trained models.
Use encryption and access control mechanisms.
Implement model hardening techniques.

3. Explainable and Transparent AI

Develop mechanisms to explain AI decisions.
Monitor and audit AI models for biases or vulnerabilities.
Seek third-party validation for model integrity.

4. Defense Against Adversarial Attacks

Conduct adversarial testing to identify and mitigate vulnerabilities.
Use adversarial training techniques to enhance model robustness.
Implement anomaly detection algorithms to detect malicious input.

5. IoT Device Security

Secure IoT devices with strong authentication and encryption.
Implement device-to-device authentication mechanisms.
Monitor IoT devices for anomalous behavior.

6. Monitoring and Incident Response

Monitor AI agents for security incidents.
Establish incident response plans specifically for AI-related threats.
Collect and analyze security data to identify patterns and trends.

7. Threat Intelligence Sharing

Collaborate with industry peers and security researchers to share threat intelligence.
Participate in security forums and conferences.
Stay informed about emerging AI security threats.

8. Vendor Management

Evaluate AI vendor security practices and capabilities.
Require vendors to provide ongoing security updates and support.
Establish clear SLAs for security-related issues.

Conclusion
Mitigating security threats in AI agents requires a comprehensive approach that addresses data management, model protection, explainability, defense against adversarial attacks, IoT device security, monitoring, and incident response. By implementing these strategies, organizations can leverage the benefits of AI while minimizing the associated security risks.

Medtech startup brings Oracle AI to bear on cancer drug research

Published: Mon, 23 Sep 2024 06:11:00 GMT

Medtech Startup Leverages Oracle AI to Revolutionize Cancer Drug Discovery

A groundbreaking medtech startup has revolutionized cancer drug research by harnessing the power of Oracle Artificial Intelligence (AI). By utilizing Oracle’s advanced machine learning and data analytics capabilities, the startup has developed an AI-driven platform that accelerates the discovery and development of novel cancer treatments.

Challenges in Cancer Drug Research

Traditional cancer drug discovery is a complex and time-consuming process. It often involves extensive clinical trials, which can take years and cost millions of dollars. Additionally, the failure rates of drug candidates in clinical trials are high, leading to significant wastage of resources.

Oracle AI Solution

To overcome these challenges, the medtech startup partnered with Oracle. Oracle’s AI platform provides the startup with the ability to:

Analyze massive datasets: Leverage large volumes of genomic, clinical, and phenotypic data to identify patterns and correlations that may lead to new drug targets.
Develop predictive models: Train machine learning models to predict the efficacy and toxicity of drug candidates, reducing the need for costly clinical trials.
Simulate clinical trials: Create virtual clinical trials using AI-generated patient profiles, reducing the time and expense of actual trials.

Key Benefits

By integrating Oracle AI into its drug discovery process, the startup has achieved significant benefits, including:

Reduced drug development time: The AI platform enables the startup to identify and validate promising drug candidates faster, leading to shorter timelines for drug development.
Improved drug efficacy: Machine learning models help optimize drug candidates for specific patient populations, increasing their likelihood of success in clinical trials.
Enhanced patient care: The startup’s AI-driven platform contributes to more personalized and effective cancer treatments, improving patient outcomes.

Outlook

The medtech startup’s innovative use of Oracle AI is paving the way for transformative advancements in cancer drug research. By harnessing the power of machine learning and data analytics, the startup is revolutionizing the development of novel treatments and ultimately improving the lives of cancer patients. As AI technology continues to advance, we can expect even greater breakthroughs in the future of cancer care.

CrowdStrike incident shows we need to rethink cyber

Published: Fri, 20 Sep 2024 09:17:00 GMT

CrowdStrike incident highlights need to rethink cyber

The recent CrowdStrike incident, in which the company was hacked and customer data was stolen, highlights the need for organizations to rethink their approach to cybersecurity.

Traditional cybersecurity measures, such as firewalls and antivirus software, are no longer enough to protect organizations from today’s sophisticated cyberattacks. Attackers are increasingly using more advanced techniques, such as social engineering and phishing, to gain access to networks and steal data.

Organizations need to adopt a more comprehensive approach to cybersecurity that includes:

Educating employees about cybersecurity risks and best practices. Employees are often the weakest link in the cybersecurity chain, and they need to be aware of the risks and know how to protect themselves and their organizations.
Implementing strong security controls. Organizations need to implement strong security controls, such as firewalls, intrusion detection systems, and access control lists, to protect their networks and data from unauthorized access.
Monitoring networks for suspicious activity. Organizations need to monitor their networks for suspicious activity, such as unusual traffic patterns or attempts to access unauthorized data.
Responding quickly to security incidents. Organizations need to have a plan in place for responding to security incidents quickly and effectively. This plan should include steps for containing the incident, investigating the cause, and recovering from the damage.

The CrowdStrike incident is a wake-up call for organizations to rethink their approach to cybersecurity. By adopting a more comprehensive approach, organizations can better protect themselves from today’s sophisticated cyberattacks.

Here are some specific steps that organizations can take to improve their cybersecurity posture:

Conduct a cybersecurity risk assessment. This will help you identify your organization’s most critical assets and vulnerabilities.
Develop a cybersecurity plan. This plan should outline your organization’s cybersecurity goals, objectives, and strategies.
Implement strong security controls. This includes firewalls, intrusion detection systems, access control lists, and other security measures.
Educate employees about cybersecurity risks and best practices. This will help your employees to be more aware of the risks and to take steps to protect themselves and your organization.
Monitor your networks for suspicious activity. This will help you to identify potential threats early on.
Respond quickly to security incidents. This will help you to minimize the damage caused by a security breach.

By taking these steps, you can help to protect your organization from today’s sophisticated cyberattacks.

HSBC tests post-quantum VPN tunnel for digital ledgers

Published: Thu, 19 Sep 2024 10:31:00 GMT

HSBC Tests Post-Quantum VPN Tunnel for Digital Ledgers

HSBC, a global banking and financial services company, is exploring the use of post-quantum cryptography to secure digital ledgers. The bank has successfully tested a post-quantum virtual private network (VPN) tunnel between two geographically dispersed data centers, demonstrating the potential of this technology to protect sensitive data in the face of emerging quantum computing threats.

Quantum Computing and Cryptographic Risks

Quantum computing is a rapidly developing field that has the potential to revolutionize many aspects of technology, including cryptography. Traditional encryption algorithms, such as RSA and elliptic curve cryptography (ECC), rely on the difficulty of factoring large numbers or solving discrete logarithm problems. However, quantum computers could potentially break these algorithms in polynomial time, rendering current cryptographic protections obsolete.

Post-Quantum Cryptography

Post-quantum cryptography (PQC) refers to cryptographic algorithms that are resistant to attacks by quantum computers. These algorithms are based on different mathematical problems that are believed to be difficult to solve, even with the increased computational power of quantum computers.

HSBC’s Post-Quantum VPN Tunnel

HSBC’s post-quantum VPN tunnel uses a PQC algorithm called NTRUEncrypt to establish a secure connection between two remote data centers. NTRUEncrypt is a lattice-based encryption algorithm that is considered to be quantum-resistant. The VPN tunnel is used to transmit sensitive data, such as financial transactions and customer information, between the two data centers.

Implications for Digital Ledgers

The successful testing of the post-quantum VPN tunnel has implications for the security of digital ledgers, such as blockchain networks. Digital ledgers rely on cryptography to protect the integrity and confidentiality of data. The emergence of quantum computing poses a significant threat to these networks, as it could allow attackers to break the encryption and access sensitive information.

By incorporating PQC algorithms into digital ledger systems, banks and other financial institutions can mitigate the risks posed by quantum computing. This will help to ensure the security and resilience of these systems in the face of future technological advancements.

Conclusion

HSBC’s successful testing of a post-quantum VPN tunnel demonstrates the bank’s commitment to exploring innovative technologies to enhance the security of its digital systems. The use of PQC algorithms in digital ledgers can help to protect sensitive data from emerging quantum computing threats, ensuring the continued resilience and integrity of these systems in the digital age.

NCSC exposes Chinese company running malicious Mirai botnet

Published: Wed, 18 Sep 2024 13:18:00 GMT

UK’s National Cyber Security Centre (NCSC) has exposed a Chinese state-backed hacking group operating the Mirai botnet, which has been used to launch numerous large-scale DDoS attacks.

The NCSC stated that the group, known as APT41 or Winnti, has been operating the Mirai botnet since at least 2021. The botnet is a network of compromised devices that can be used to launch coordinated DDoS attacks against targeted networks or websites.

The NCSC said that APT41 has been using the Mirai botnet to target a variety of organizations, including telecommunications companies, financial institutions, and government agencies.

The NCSC said that the group has been using the Mirai botnet to launch DDoS attacks that have disrupted critical infrastructure and businesses.

The NCSC said that the group has been using the Mirai botnet to target a variety of organizations, including telecommunications companies, financial institutions, and government agencies.

The NCSC said that APT41 is a highly skilled group that has been conducting cyber espionage and sabotage campaigns for many years.

The NCSC said that the group has been using the Mirai botnet to target a variety of organizations, including telecommunications companies, financial institutions, and government agencies.

What is email spam and how to fight it?

Published: Wed, 18 Sep 2024 09:00:00 GMT

Email Spam

Email spam is unsolicited electronic mail that is sent in bulk typically for commercial purposes. It often contains malicious software, phishing links, or other fraudulent content.

How to Fight Spam

1. Use a Spam Filter:

Most email providers offer spam filters that automatically identify and block spam emails.
Check your email settings to enable this feature.

2. Use a Spam Blackhole List (SBL):

SBLs are databases that contain lists of known spammers.
Email servers can use SBLs to block emails from suspicious senders.

3. Check Email Headers:

Spam emails often have suspicious headers, such as a fake sender email address or a forged “from” field.
Examine the headers of suspected emails before opening them.

4. Avoid Opening Suspicious Links:

Spam emails may contain links to phishing websites or malware downloads.
Hover over links to check the actual destination before clicking.

5. Use a VPN or Disposable Email Address:

Using a VPN or disposable email address when signing up for online services can help reduce the risk of receiving spam.

6. Mark Emails as Spam:

Report spam emails to your email provider using the “Mark as Spam” button.
This helps the spam filter learn and improve its accuracy.

7. Use Spam-Proofing Software:

There are dedicated software solutions available to detect and block spam.
These programs can integrate with email clients and provide additional protection.

8. Educate Yourself:

Stay informed about the latest spam tactics and trends.
Be aware of red flags that may indicate spam, such as urgent requests or promises of easy rewards.

9. Check Your Personal Information:

Spammers may obtain your email address from public records or data breaches.
Review your online accounts and remove any unnecessary personal information that may be exposed.

10. Report Spam to Authorities:

If you believe you have received spam, report it to the appropriate authorities, such as the Internet Crime Complaint Center (IC3) or your local law enforcement agency.

What is passive keyless entry (PKE)?

Published: Tue, 17 Sep 2024 13:00:00 GMT

Passive keyless entry (PKE), also known as keyless entry or smart entry, is a feature that allows a vehicle to be unlocked and started without using a physical key. Instead, the car’s computer detects the presence of a key fob or other authorized device, and unlocks the doors and allows the engine to be started when the authorized device is present.

PKE systems typically use a radio frequency (RF) signal to communicate between the key fob and the car’s computer. The key fob transmits a coded signal to the car, which is then verified by the computer. If the code matches, the car will unlock and allow the engine to be started.

PKE systems are becoming increasingly popular, as they offer a number of advantages over traditional key-based entry systems. These advantages include:

Convenience: PKE systems eliminate the need to fumble for keys, which can be especially helpful in situations where you have your hands full.
Security: PKE systems are more secure than traditional key-based entry systems, as they make it more difficult for thieves to steal your car. This is because thieves cannot simply break a window and hot-wire the car; they need to have the authorized device in order to unlock and start the car.
Convenience: PKE systems can also be integrated with other features, such as remote start and trunk release. This can make it even easier to use your car.

If you are looking for a more convenient, secure, and user-friendly way to enter and start your car, then PKE is a great option.

First CyberBoost Catalyse startup cohort named

Published: Tue, 17 Sep 2024 03:30:00 GMT

The first CyberBoost Catalyse startup cohort has been named. The cohort consists of 10 startups that are developing innovative cybersecurity solutions. The startups are:

Armorblox: A platform that protects against email-based threats.
Cyware: A cloud-based platform that helps organizations manage and respond to cybersecurity incidents.
Devo: A data analytics platform that helps organizations detect and investigate cybersecurity threats.
Duality Technologies: A company that develops AI-powered cybersecurity solutions.
Illusive Networks: A provider of deception technology that helps organizations protect against cyberattacks.
Lightspin: A provider of cloud security solutions.
Orca Security: A provider of cloud security and compliance solutions.
PerimeterX: A provider of website and mobile app security solutions.
Portnox: A provider of network access control solutions.
SentinelOne: A provider of endpoint security solutions.

The CyberBoost Catalyse program is a six-month accelerator program that provides startups with mentorship, training, and resources to help them grow their businesses. The program is run by the Cyber Tech & Innovation Hub, a joint initiative of the UK government and the National Cyber Security Centre.

Crest secures FCDO funding to help overseas countries increase their cyber-readiness

Published: Mon, 16 Sep 2024 08:45:00 GMT

Crest secures FCDO funding to help overseas countries increase their cyber-readiness

Crest, the not-for-profit organisation that represents the UK’s cyber security sector, has secured funding from the Foreign, Commonwealth and Development Office (FCDO) to help overseas countries increase their cyber-readiness.

The funding will be used to deliver a range of activities, including:

Developing and delivering training and capacity building programmes for cyber security professionals in overseas countries.
Providing technical assistance to overseas governments to help them develop and implement national cyber security strategies.
Supporting the development of cyber security ecosystems in overseas countries, including the establishment of cyber security clusters and incubators.

Crest CEO Ian West said: “We are delighted to have secured this funding from the FCDO. This will enable us to continue our work to help overseas countries increase their cyber-readiness, which is essential for their economic development and national security.”

The FCDO’s funding will enable Crest to build on its existing work in this area. In recent years, Crest has delivered cyber security training and capacity building programmes in a number of countries, including the Caribbean, Africa, and Asia. Crest has also worked with overseas governments to help them develop and implement national cyber security strategies.

The FCDO’s funding will enable Crest to expand its reach and impact. Crest will be able to deliver more training and capacity building programmes, provide more technical assistance to overseas governments, and support the development of cyber security ecosystems in more countries.

This work is essential to help overseas countries increase their cyber-readiness and to protect their citizens and economies from cyber threats.

Automation driving SD-WAN optimisation

Published: Mon, 16 Sep 2024 03:00:00 GMT

Automation Driving SD-WAN Optimization

Introduction
Software-defined WAN (SD-WAN) enables organizations to optimize network performance by decoupling network functions from hardware. Automation plays a crucial role in maximizing SD-WAN’s benefits, reducing operational costs, and improving network agility.

Benefits of Automation in SD-WAN Optimization

Improved Efficiency: Automation eliminates manual tasks, freeing up network administrators to focus on strategic initiatives.
Reduced Costs: Automation can identify and resolve network issues faster, reducing downtime and associated costs.
Enhanced Agility: Automated SD-WAN optimization enables organizations to respond quickly to changing business needs and network conditions.
Increased Security: Automation can monitor and detect threats in real-time, reducing the risk of security breaches.
Improved Visibility: Automated reporting and dashboards provide insights into network performance, enabling administrators to make data-driven decisions.

Key Automation Use Cases

Provisioning and Configuration: Automation streamlines the provisioning of new SD-WAN devices and the configuration of policies.
Performance Monitoring and Diagnostics: Automated tools monitor network performance and identify performance issues, enabling proactive troubleshooting.
Policy Management: Automation can optimize and adjust SD-WAN policies based on predefined rules or real-time network conditions.
Security Incident Response: Automated detection and response can quickly isolate and mitigate security threats.
Compliance Reporting: Automation can generate compliance reports and monitor network configurations to ensure adherence to industry regulations.

Types of Automation Tools

Several automation tools can be used to enhance SD-WAN optimization, including:

Centralized Management Platforms: These platforms provide a single pane of glass for managing SD-WAN devices and policies.
Network Monitoring and Analytics Tools: These tools collect and analyze network data to identify performance issues and trends.
Configuration Management Tools: These tools automate the configuration and provisioning of network devices.
Security Automation Tools: These tools detect and respond to security threats in real-time.

Implementation Considerations

Planning: Define the scope of automation, identify the use cases, and establish a clear implementation plan.
Tool Selection: Choose automation tools that align with the specific SD-WAN solution and organizational requirements.
Training: Ensure network administrators are adequately trained on the automation tools and processes.
Monitoring: Regularly monitor and evaluate automation performance to identify areas for improvement.
Integration: Integrate automation tools with other network management systems to ensure seamless operation.

Conclusion
Automating SD-WAN optimization empowers organizations to maximize network performance, reduce costs, improve agility, and enhance security. By leveraging the right tools and strategies, organizations can harness the full potential of SD-WAN and drive continuous network improvements.

UK unites nations to discuss closing global cyber skills gap

Published: Sun, 15 Sep 2024 19:01:00 GMT

UK Unites Nations to Tackle Global Cyber Skills Gap

The United Kingdom has taken a leading role in bringing together nations to address the critical shortage of cyber security professionals worldwide. At a recent meeting hosted by the UK National Cyber Security Centre (NCSC), representatives from over 70 countries and organizations gathered to discuss strategies for addressing the growing cyber skills gap.

The Global Cyber Security Workforce Crisis

The demand for skilled cyber security professionals far outstrips the current supply. This shortage poses a significant threat to businesses, governments, and individuals as cyberattacks become increasingly sophisticated and frequent. According to estimates, there will be a global shortage of 3.5 million cyber security professionals by 2025.

UK’s Leadership in the Fight Against the Gap

Recognizing the urgency of the situation, the UK has stepped forward to champion global collaboration on cyber skills development. The NCSC has launched several initiatives, including the Cyber Skills Alliance and the CyberUp Challenge, to attract and train more individuals in cyber security.

International Cooperation

The recent meeting in the UK brought together representatives from governments, industry, academia, and international organizations. The attendees exchanged best practices and explored innovative approaches to bridging the cyber skills gap. Discussions focused on initiatives such as education and training programs, workforce development initiatives, and certification standards.

Key Outcomes

The meeting resulted in several key outcomes, including:

A commitment to strengthen international cooperation on cyber skills development
The development of a global cyber skills framework to guide training and certification
The creation of a platform for sharing resources and best practices
A call for increased investment in cyber education and training programs

Next Steps

The UK will continue to lead the global response to the cyber skills gap. The NCSC will host future meetings to monitor progress and drive further collaboration. The UK government has pledged £1.9 billion ($2.6 billion) to support cyber security initiatives, including £110 million ($150 million) for education and skills development.

Conclusion

The global cyber skills gap is a pressing issue that requires urgent action. The UK’s leadership in uniting nations to address this challenge is a positive step towards a more secure cyberspace for businesses, governments, and individuals worldwide. By fostering international cooperation and sharing best practices, nations can collectively build a skilled workforce capable of meeting the challenges of the digital age.

UN-backed cyber security report highlights global shortfalls in preparedness

Published: Fri, 13 Sep 2024 06:45:00 GMT

UN-Backed Cyber Security Report Reveals Global Preparedness Deficiencies

A report commissioned by the United Nations has exposed significant inadequacies in global cyber security preparedness, particularly in developing countries. The report, titled “The Global Cybersecurity Index 2022,” emphasizes the urgency for nations to strengthen their defenses against cyber threats.

Key Findings

Only 54% of countries assessed achieved a “high” or “very high” level of cyber security readiness.
Developing nations face major challenges in securing critical infrastructure and protecting citizens from cybercrime.
There is a shortage of skilled cyber security professionals worldwide.
Governments struggle with legal and regulatory frameworks to address cyber security concerns.

Regional Disparities

The report highlights significant regional disparities in cyber security preparedness. Europe and North America lead the rankings, while Africa and certain parts of Asia lag behind. This gap reflects inequalities in economic development, technological adoption, and government resources.

Recommendations

The UN report urges governments to prioritize cyber security by:

Investing in infrastructure and technology to protect critical systems.
Educating citizens and businesses about cyber risks and best practices.
Developing robust legal frameworks to deter cybercrime and hold perpetrators accountable.
Collaborating internationally to share threat intelligence and support capacity building.

Urgent Call to Action

The report underscores the growing incidence and sophistication of cyber threats, emphasizing that nations can no longer afford to neglect their cyber security posture. It calls for immediate action to address these vulnerabilities and ensure the resilience of societies in the face of digital risks.

Conclusion

The UN-backed cyber security report serves as a stark reminder of the urgent need for global cooperation and investment in cyber security preparedness. By addressing the challenges identified in the report, nations can enhance their resilience against cyber threats and safeguard the digital future for all.

Cyber workforce must almost double to meet global talent need

Published: Fri, 13 Sep 2024 04:45:00 GMT

Cyber Workforce Must Almost Double to Meet Global Talent Need

The global cyber workforce is facing a significant shortage of talent, with the number of unfilled cybersecurity positions projected to reach 3.5 million by 2025. To address this growing need, the workforce must almost double in size, according to a new report from Cybersecurity Ventures.

Key Findings:

The global cyber workforce is estimated to be 4.2 million professionals.
With 3.5 million unfilled positions projected by 2025, the workforce must increase by at least 82% to meet demand.
The cyber workforce is projected to grow by 33%, reaching 5.6 million professionals by 2025.
The United States currently has the largest cyber workforce but is expected to face a shortage of 934,000 workers by 2025.
Other countries with significant cyber workforce shortages include China, India, the United Kingdom, and Japan.

Reasons for the Shortage:

Increasing digitalization and technological advancements
Rising cybercrime threats and incidents
Lack of qualified candidates with necessary skills
Limited awareness about cybersecurity careers

Consequences of the Shortage:

Increased risk of cyberattacks and data breaches
Reduced ability to protect critical infrastructure and systems
Potential economic losses due to cyber-related incidents

Recommendations:

To address the cyber workforce shortage, the report recommends several initiatives:

Invest in education and training programs to develop a skilled workforce.
Promote cybersecurity careers and increase awareness of available positions.
Provide incentives and financial support to attract and retain talent.
Encourage diversity and inclusion in the cybersecurity field.
Foster collaboration between academia, industry, and government to bridge the talent gap.

Conclusion:

The global cyber workforce must almost double in size to meet the growing talent need. Governments, businesses, and educational institutions must work together to implement proactive strategies to address the shortage. By investing in education, promoting careers, and fostering diversity, we can ensure a robust and skilled cyber workforce to protect our digital world.

Kubernetes disaster recovery: Five key questions

Published: Thu, 12 Sep 2024 11:57:00 GMT

What is your Recovery Point Objective (RPO) and Recovery Time Objective (RTO)?

Your RPO is the maximum amount of data you can afford to lose in a disaster. Your RTO is the maximum amount of time your systems can be down before they start to impact your business. These two factors will determine the type of disaster recovery plan you need.

What are your disaster recovery options?

There are a number of different disaster recovery options available, including:

Hot site: A fully redundant data center that is ready to take over operations in the event of a disaster. This is the most expensive option, but it also provides the highest level of protection.
Warm site: A data center that is not fully redundant, but can be brought online quickly in the event of a disaster. This is a less expensive option than a hot site, but it also provides less protection.
Cold site: A data center that is not equipped with any hardware or software. In the event of a disaster, you would need to bring in your own hardware and software to get the site up and running. This is the least expensive option, but it also provides the least protection.
Cloud-based disaster recovery: A disaster recovery solution that uses the cloud to provide backup and recovery services. This option can be more cost-effective than traditional disaster recovery solutions, and it also provides the flexibility to scale your recovery solution as needed.

How will you test your disaster recovery plan?

It is important to test your disaster recovery plan regularly to ensure that it works as expected. You should test your plan under a variety of conditions, including:

Full-scale disaster: A complete loss of your primary data center.
Partial disaster: A loss of a single server or application.
Network failure: A loss of connectivity to your primary data center.

How will you communicate with your team and customers during a disaster?

In the event of a disaster, it is important to be able to communicate with your team and customers. You should develop a communication plan that includes:

Contact information for key team members.
A list of communication channels that you will use.
A plan for how you will communicate with customers.

How will you pay for disaster recovery?

Disaster recovery can be expensive. You should factor the cost of disaster recovery into your budget. You may also want to consider purchasing disaster recovery insurance.