The EU AI Act: What It Means for Businesses and Cybersecurity
The EU AI Act: What It Means for Businesses and Cybersecurity Article Publish Date: The European Union has taken a bold step in shaping the future of artificial intelligence with the introduction of the EU Artificial Intelligence Act (AI Act) – the world’s first comprehensive legal framework for AI. For businesses, employers, and employees alike, this new regulation isn’t just about compliance – it’s about trust, accountability, and protecting sensitive information in an increasingly AI-driven world. And while the AI Act is designed to directly bind companies operating within the EU, its impact will extend beyond European borders. The UK’s close business and legislative relationship with the EU means that understanding the Act’s implications will be critical for organisations seeking to stay ahead of regulatory changes and remain competitive in the evolving market. Why the AI Act Matters The AI Act categorises AI systems based on risk levels, – ranging from unacceptable and high-risk to limited and minimal -risk. Systems deemed too dangerous (such as social scoring or manipulative biometric surveillance) are outright banned. High-risk systems, often associated with industries like recruitment, finance, or healthcare, will face strict oversight and transparency requirements. This will have a significant impact on businesses operating in the EU, or using services from EU-based companies. The main takeaways for businesses can be summed up in the following three points: Increased responsibility in selecting, deploying, and monitoring AI tools. Data transparency obligations to ensure employees, customers, and partners know when AI is in use. Stricter data handling standards that overlap with cybersecurity best practices. In short: AI compliance is no longer optional – it’s a key part of risk management. The Cybersecurity Connection At the heart of the AI Act lies one fundamental principle: trust. When dealing with the vast quantities of data ingested by AI systems, robust cybersecurity is mandatory to ensure that trust exists. Employers must safeguard employee and customer data, and employees must keep on top of how AI impacts their roles and responsibilities. Cybersecurity and AI governance are now inseparable. Some key cybersecurity considerations under the AI Act include: Data protection: Ensuring training and operational data is secure from breaches. Vendor risk management: Many businesses rely on third-party AI providers. Evaluating these vendors for compliance and security resilience is essential. Employee awareness: Staff need training to recognise when AI is in use and how to interact with it responsibly. How Trustack can assist you As a leading cybersecurity partner, we understand the challenges businesses face at the intersection of AI and data protection. Through our extensive network of trusted vendors, we provide solutions that help companies: Secure sensitive information against cyber threats. Assess and monitor AI vendors for compliance and data handling practices. Build a security-first culture by training employees on safe AI use. Prepare for audits and evolving regulatory requirements. Whether you’re adopting AI for the first time or already relying on it in critical operations, our cybersecurity expertise ensures your business remains both compliant and protected. Final thoughts The EU AI Act is a significant step forward in the safe implementation of AI in the workplace. It reminds us that technology should serve people, not exploit them. For employers, it’s a chance to strengthen trust with their workforce and customers. For employees, it’s reassurance that safeguards are in place to ensure fair use and implementation. And for businesses, it’s an opportunity to lead responsibly in a digital-first world. If you want to learn more about how your company can secure its future, our team – together with our new partners at Traction AI is ready to help. Through their dedicated AI strategy offering, we can support you in navigating regulatory change while building a future-proof approach to innovation and compliance. Email [email protected] to get your AI strategy moving today. Contact Us
Urgent Action Required: Upcoming Deadlines for Unlicenced OneDrive Accounts
Urgent Action Required: Upcoming Deadlines for Unlicenced OneDrive Accounts Article Publish Date: As a trusted Microsoft Partner, we’re committed to helping our customers stay ahead of critical changes that impact their Microsoft 365 environment. One such change is fast approaching: Microsoft is enforcing new policies around unlicensed OneDrive accounts, and it’s essential that organisations take action before the upcoming deadlines. What’s Changing? Microsoft has announced that OneDrive accounts without an active license will be subject to automatic deletion after a defined grace period. This change is part of Microsoft’s broader effort to streamline data retention and ensure compliance with licensing agreements. Key Deadlines to Know Timeline for accounts unlicensed before 28 July 2025 By 26 September 2025 – Microsoft will automatically transition OneDrive content for users who no longer have a valid license to read-only mode. By 29 October 2025 – All unlicensed accounts will be archived. After this period, data recovery will no longer be possible unless proactive steps are taken. Timeline for accounts unlicensed after 28 July 2025 Following a 60-day grace period from the time a user’s license is removed to act before the OneDrive content is transitioned to read-only mode. Following a 93-day grace period from the time a user’s license is removed the account and its related content will be archived. After this period, data recovery will no longer be possible unless proactive steps are taken. What You Should Do Now Audit your OneDrive Accounts – Identify users who no longer have active licenses but still have OneDrive content. This includes former employees, contractors, or inactive accounts. Backup Critical Data – If you need to retain data from unlicensed accounts, ensure it is backed up or migrated to a secure location before the deletion window closes. Assign Appropriate Licences – For accounts that need to remain active, assign the necessary Microsoft 365 licenses to prevent deletion. Automate with PowerShell or Admin Centre – Use Microsoft 365 admin tools or PowerShell scripts to monitor and manage OneDrive retention policies efficiently. Communicate Internally – Make sure your IT, HR, and compliance teams are aware of this policy change and coordinate data retention strategies. How Trustack can assist you As your Microsoft Partner, we offer: Automated license and storage audits Data migration and backup solutions Policy configuration support Training and change management guidance Contact Us Get your business on the front foot
The Importance of Data Loss Prevention (DLP) in Business Security
The Importance of Data Loss Prevention (DLP) in Business Security Article Publish Date: A data breach can put customer information at risk, financial records, or intellectual property. It can lead to lost money, harm to your reputation, and even legal issues. Data Loss Prevention (DLP) helps protect sensitive information. It keeps this data safe from threats inside and outside the organisation. Understanding Data Loss Prevention (DLP) DLP brings together policies, procedures, and technologies. These elements work together to monitor, detect, and prevent data breaches. A good DLP strategy helps businesses follow rules, stop leaks, and keep trust with clients and stakeholders. Key components of an effective DLP strategy Data identification & classification – Businesses must understand their data and sort it by how sensitive it is. Access control & encryption – Limiting access to sensitive information and using encryption can stop unauthorised users from accessing or misusing it. Real-time monitoring & alerts – Advanced monitoring systems keep track of who accesses data. They also alert you to any suspicious activity. Endpoint security – Keeping workstations, mobile devices, and removable storage safe helps stop data leaks. Employee training & awareness – Human error is one of the leading causes of data breaches. Regular training ensures employees understand best practices for data security. Common threats leading to data loss Phishing attacksFraudulent emails deceive employees into sharing sensitive information. Insider threats Employees may share confidential information, whether on purpose or by accident. Misconfigured cloud storage Weak security settings can make cloud-stored data unsafe. Physical theft & device loss Laptops, USB drives, and mobile devices with important data can be lost or stolen. How Trustack can assist you We focus on creating custom DLP solution in association with our DLP partner, Netskope. These solutions help businesses reduce risks, protect important data, and stay compliant. Our services include: Comprehensive risk assessments – Finding weaknesses in your data security system. Advanced encryption & access controls – Make sure that only authorised users can see sensitive information. Custom DLP policy development – Making policies that follow industry best practices and meet regulatory requirements. Employee training & simulated phishing tests – Educating teams to recognise and respond to threats effectively. Continuous monitoring & incident response – We provide 24/7 monitoring to find and respond to data security threats in real time. Secure your data today Ensure your data remains secure and protected from cyber threats or breaches. We can help you create a strong DLP strategy that fits your business needs. Protect your most valuable assets with our help. Contact Us Get your business on the front foot
Understanding Supply Chain Risk in the Cybersecurity Landscape
Understanding Supply Chain Risk in the Cybersecurity Landscape Article Publish Date: In today’s interconnected world, businesses rely on vast, complex supply chains to deliver products and services efficiently. However, with these efficiencies come significant risks – especially in cybersecurity. Supply chain risk management has become a critical priority for organisations looking to protect their operations, data, and reputation. What is Supply Chain Risk? Supply chain risk refers to potential problems that can disrupt the movement of goods, services, or information in a supply network. These risks can stem from natural disasters, geopolitical instability, financial failures, or cybersecurity threats. Supply chains are now prime targets for cybercriminals. Why is the supply chain a cybersecurity risk Cybercriminals are increasingly targeting supply chains because they often provide an indirect pathway into larger organisations. A report from IBM reveals that 62% of security experts indicate their organisation has faced a cyber-attack linked to their supply chain. Moreover, according to the National Institute of Standards and Technology (NIST), there has been a rise of more than 430% in supply chain attacks over the last ten years. These attacks can take various forms, including: Third-party data breaches: A vendor or supplier with inadequate security measures can serve as the gateway for an attack on a larger corporation. Software supply chain attacks: Cybercriminals hack software updates or source code to break into systems. This was seen in the famous SolarWinds attack. Counterfeit or compromised hardware: Malicious actors insert vulnerabilities into hardware components before they even reach their intended users. The Benefits of Supply Chain Risk Management A proactive approach to supply chain risk management offers several benefits, including: Enhanced Security Posture: Finding and reducing risks lowers the chances of cyber attacks and data breaches. Regulatory Compliance: Many industries now need strong cybersecurity practices in their supply chains. This includes rules like GDPR, ISO, and NIST guidelines. Operational Resilience: By checking and watching suppliers, businesses can avoid expensive problems. Reputation Protection: Preventing supply chain breaches maintains customer trust and protects brand integrity. Key Strategies for Mitigating Supply Chain Cyber Risks Conduct Risk Assessments: Consistently assess vendors for cybersecurity threats and adherence to best practices. Implement Vendor Security Policies: Set explicit cybersecurity standards and demands for every third party. Use Zero Trust Architecture: Limit access privileges and verify all internal and external network activities. Monitor for Threats: Deploy real-time monitoring tools to detect and respond to potential supply chain threats. Enhance Employee Awareness: Educate employees on the risks associated with third-party vendors and how to identify potential threats. The Cost of Inaction Not dealing with supply chain risks can lead to serious problems. The Ponemon Institute says that a supply chain data breach costs over $4.35 million on average. Furthermore, 77% of organisations believe that a significant attack on their supply chain would severely impact their business operations Secure Your Supply Chain Today The growing prevalence of cyber threats makes supply chain security an urgent priority. Organisations need to actively assess and manage their risks. This helps prevent costly disruptions and protects sensitive data. Is your business prepared for supply chain cyber threats? Contact us today to see how we can protect your supply chain. We can help keep your business running smoothly in a changing world. Contact Us Get your business on the front foot
Cybersecurity Budgeting for 2025: Priorities for UK Businesses.
Cybersecurity Budgeting for 2025: Priorities for UK Businesses Article Publish Date: Companies should strategically budget for cybersecurity in 2025 to enhance security and reduce financial risks. UK businesses must prioritise cybersecurity budgeting to protect data, ensure compliance, and maintain continuity amid rising cyber threats. Understanding the Growing Cybersecurity Threat Landscape in the UK Over 50% of medium and 70% of large UK businesses in 2023, costing over £3 million on average. SMEs in the UK, making up over 99% of businesses, are increasingly vulnerable to cyberattacks due to outdated security. Cyber threats affect all businesses, requiring proactive and well-funded cybersecurity strategies to combat ransomware, phishing, and supply chain vulnerabilities. Key Cybersecurity Budgeting Priorities for 2025 1. Advanced Threat Detection & Response AI-driven threat detection tools are essential for combating increasingly sophisticated cyber threats and minimising data breach impacts. Budget Considerations: Implementing Managed Detection and Response solutions. Investing in Security Information and Event Management (SIEM) platforms. Using AI and machine learning for proactive threat hunting. 2. Employee Cybersecurity Training & Awareness Human error causes almost 90% of cybersecurity breaches. Investing in ongoing cybersecurity training can reduce risks from phishing attacks, social engineering, and poor password management. Budget Considerations: Implementing regular phishing simulation tests. Providing cybersecurity awareness training for all staff. Encouraging a security-first culture through policy enforcement. 3. Incident Response & Business Continuity Planning A good incident response plan helps businesses respond quickly to cyber threats. This reduces downtime and financial losses. UK businesses should allocate funds in 2025 to develop and test plans for resilience. Budget Considerations: Creating and testing an incident response playbook. Investing in cyber insurance to mitigate financial losses. Conducting disaster recovery drills to evaluate response effectiveness 4. Cloud Security Investments Businesses cloud security to protect against cyberattacks and data exposure in the digital-first economy. The UK’s cloud security market is projected to reach $163.39 million by 2025. Additionally, UK organisations anticipate an average cybersecurity budget increase of 31% in 2025, with investment priorities including cloud security. This growing investment highlights the urgent need for stronger defences as cyber threats continue to evolve. Budget Considerations: Implementing Zero Trust security architecture for cloud environments. Enforcing end-to-end encryption for cloud-stored data. Regularly auditing cloud configurations to identify vulnerabilities. 5. Regular Security Audits & Compliance Monitoring Regular security audits are crucial for UK businesses to comply with data protection laws and prevent cyber threats. Budget Considerations: Hiring external cybersecurity auditors for unbiased assessments. Ensuring compliance with industry-specific regulations. Investing in cybersecurity frameworks such as ISO 27001 and Cyber Essentials Building a Cyber-Resilient Business in 2025 As cyber threats continue to escalate, UK businesses must shift from reactive to proactive cybersecurity strategies. Investing in modern security technologies, educating employees, and ensuring regulatory compliance will be crucial to maintaining business resilience. Secure Your Business with Trustack At Trustack, we provide expert guidance in developing cost-effective cybersecurity strategies. From risk assessments to compliance support and threat monitoring, we help UK businesses make security investments that suit their budget and needs. Our tailored solutions protect businesses from cyber threats and help ensure regulatory compliance. Contact us today to strengthen your cybersecurity posture for 2025 and beyond. Contact Us Get your business on the front foot
Cybersecurity for Remote and Hybrid Work: 2025 Best Practices
Cybersecurity for Remote and Hybrid Work : 2025 Best Practices Article Publish Date: As remote and hybrid work models grow in 2025, businesses must focus on cybersecurity. This will help protect sensitive data and keep operations running smoothly. While remote work offers flexibility and increased productivity, it also introduces unique security challenges that organisations must address proactively. The Evolving Cyber Threat Landscape Cyber threats targeting remote workers have escalated significantly in the last two years. Phishing attacks, ransomware, and unsecured networks pose serious risks to businesses, with cybercriminals exploiting vulnerabilities in home office setups. According to recent cybersecurity reports, over 60% of data breaches now involve remote work environments, making robust security protocols essential. Best Practices for Securing Remote and Hybrid Work Employee Education & Training – Human error remains the leading cause of cyber incidents. Regular cybersecurity training ensures employees recognise phishing attempts, use strong passwords, and follow best security practices. Secure Home Networks – Employees should use strong Wi-Fi passwords. They must enable WPA3 encryption and update router firmware to improve security. Multi-Factor Authentication (MFA) – Using MFA for company accounts adds extra security. This action lowers the risk of unauthorised access, even if someone steals passwords. Use of Secure Web Gateway and Endpoint Security – Secure Web Gateways (SWG) provide advanced web filtering and threat protection, offering a more robust alternative to traditional VPNs. They help safeguard internet connections while ensuring secure access to cloud applications. Endpoint security software can also protect devices from malware and unauthorised access, strengthening overall cybersecurity. Regular Security Updates and Patch Management – Keeping software, operating systems, and security applications updated is crucial in closing vulnerabilities exploited by cybercriminals. Zero Trust Security Model – Implementing a Zero Trust framework implies that no device or user is inherently trusted. It requires ongoing checks before allowing access to company resource Secure Your Remote Workforce with Trustack At Trustack, we specialise in providing comprehensive cybersecurity solutions tailored to remote and hybrid work environments. Our team keeps your business safe from changing cyber threats. We offer products like endpoint security, employee training, and threat monitoring. Contact us today to learn how we can safeguard your remote workforce. Contact Us Get your business on the front foot
The Hidden Complexities of Password Security: Beyond the Basics
The hidden complexities of password security: Beyond the basics Article Publish Date: Regarding password security, most advice is the same: use strong passwords, add special characters, and do not reuse passwords. But for those already versed in these fundamentals, the conversation doesn’t end there. Password security harbours deeper, less discussed vulnerabilities that can have severe consequences if overlooked. Let’s look at these often-overlooked areas. We will explore how organisations and people can strengthen their defences against new threats. The lesser-known risks of password security Shadow IT and password oversight – Shadow IT (the use of legitimate IT tools without approval) poses risks as employees use unauthorised tools, creating security vulnerabilities through unmanaged credentials. What to Do: Create strict rules for using approved software. Use Single Sign-On (SSO) solutions to centralise login. This will help reduce the number of unmanaged accounts. Password sharing within teams – Shared access in collaboration can result in poor password management, increasing vulnerability to attacks. What to Do: Use password management tools to share credentials safely. This keeps them secure and not in plain text. Track and check access to ensure everyone is responsible. Password reset mechanisms as attack vectors – Password recovery systems are vulnerable to exploitation, often through social engineering and insecure recovery methods. What to Do: Check the security of password reset methods. Use multi-factor authentication (MFA) for resets. Avoid using easy-to-guess recovery questions. Credential stuffing and password recycling – Credential stuffing attacks exploit reused passwords, a common issue even among security-aware individuals. What to Do: Employ breached password detection tools that alert users if their credentials appear in data leaks. Enforce unique passwords for every account and integrate MFA wherever possible. Password expiry policies gone wrong – Frequent password changes can harm security by causing user fatigue and encouraging insecure practices. What to Do: Instead of arbitrary expiration rules, focus on changing passwords when an event happens, like a breach. Also, keep an eye on account activity for anything suspicious. The role of emerging threats AI and password cracking – AI advancements have greatly improved password-cracking tools. These tools can quickly break weak to medium-strength passwords. What to Do: Encourage the use of passphrases—long, memorable sequences of words that provide higher variability. Additionally, prioritise cryptographically strong hashing algorithms on systems storing passwords. Phishing kits with MFA bypass – Attackers are using advanced phishing kits to bypass multi-factor authentication by capturing tokens and passwords. What to Do: Combine MFA with behavioural analytics and adaptive authentication, which analyse contextual factors like location, device, and usage patterns to flag anomalies. Password vault attacks – Password managers enhance security but can be compromised, risking exposure of all stored credentials through various attacks. What to Do: Choose a password manager with robust encryption and zero-knowledge architecture. Regularly update the software, and use MFA to secure access to the vault. Building a resilient password security strategy Zero-Trust Architecture A zero-trust model continuously verifies users and devices, minimising risks from relying solely on passwords for authentication. Passwordless authentication Utilise passwordless solutions like biometrics and hardware tokens to enhance security and reduce password dependence. Continuous user education Regular advanced training for employees is essential to prevent human error in robust systems . Final thoughts: Moving beyond the basics Password security is no longer about ticking boxes or following conventional wisdom. The landscape has evolved, and so must our strategies. By focusing on the hidden risks of passwords, organisations can outsmart attackers and create a safe environment Take the next step towards enhanced security We specialise in advanced security solutions that go beyond the basics. Let us help you implement cutting-edge practices to safeguard your organisation’s credentials and infrastructure. Contact us today to schedule a consultation and secure your digital future. Contact Us Get your business on the front foot
The Hidden Risks of E-Waste: Why It’s Time to Take Action
The hidden risks of E-Waste: Why it’s time to take action Article Publish Date: As technology advances at breakneck speed, businesses are continually upgrading their devices to keep pace with innovation. But what happens to the outdated equipment left behind? People often overlook these discarded items, collectively known as electronic waste or e-waste. Beyond the environmental implications, e-waste poses serious security risks that every organisation should prioritise. Here’s why managing e-waste responsibly is important – not just as an Environmental, Social, and Governance (ESG) initiative, but as a key part of your security strategy. What is E-Waste? E-waste encompasses discarded electronic devices such as laptops, smartphones, servers, printers, and storage devices. Around 50 million tonnes of e-waste generated annually pose significant environmental and security concerns. These devices often hold sensitive data and harmful materials. Disposing of them incorrectly is a threat to both organisations and the planet. The security implications of E-Waste When businesses think about cyber security, the focus often lies on firewalls, encryption, and endpoint protection. But what about the old laptop sitting in a cupboard or the decommissioned server gathering dust in a storage room? Improperly managed e-waste can become a goldmine for cybercriminals. Here’s why : Data Breaches – Many discarded devices still contain recoverable sensitive information, including customer details, financial records, and intellectual property. Cybercriminals can exploit this data for identity theft, financial fraud, or corporate espionage. Residual Access – Devices may retain access to your organisation’s networks or cloud storage. If someone with malicious intent gets these devices, they could use them as entry points for cyberattacks. Reputational Damage – A data breach from poorly handled e-waste can harm your organisation’s reputation. This can lead to a loss of customer trust and possible legal issues. The business case for responsible E-Waste management Investing in proper e-waste management is not just an ethical decision; it’s a smart business move. Here’s why: Reduced Risk: Reducing the security risks from discarded devices helps protect your organisation. This can prevent data breaches and save money. Regulatory Compliance: Avoid fines and legal issues by adhering to e-waste disposal regulations. Enhanced Reputation: Showing that you value sustainability and security can improve your brand image. It can also attract clients and investors who value the environment. Cost Savings: Recycling programmes can offset the costs of new equipment and reduce waste management expenses. E-Waste and ESG: A broader perspective While the security risks of e-waste are significant, the environmental and social implications are equally pressing. Improper disposal of e-waste contributes to pollution and the depletion of natural resources. Here’s how responsible e-waste management aligns with ESG principles: Environmental Impact – Improper disposal of e-waste harms the environment, but recycling reduces the release of hazardous materials. Social Responsibility – Recycling or donating old devices helps businesses promote digital inclusion and increase participation for underprivileged communities. Governance and Compliance – Countries have e-waste disposal regulations like the WEEE Directive, promoting compliance and sustainability in organisations. Best practices for managing E-Waste Addressing e-waste requires a comprehensive strategy that combines security and sustainability. Here are some key steps: Data Sanitisation – Before you dispose of electronic devices, securely erase all data. Use certified tools or trusted e-waste management providers. Recycling and Repurposing – Use certified e-waste recyclers for eco-friendly disposal or repurpose and donate devices. Policy Implementation – Establish and implement an e-waste management policy for secure disposal, recycling, and regulatory compliance. Regular Audits – Regularly check your IT assets to find old devices. Ensure that someone manages them properly. Take action today E-waste is not just an environmental problem; it is also a security threat organisations must take seriously. By managing e-waste responsibly in your operations, you protect your business and help create a more sustainable future. Let us help you securely manage your E-Waste We specialise in secure and sustainable e-waste management solutions. Protect your organisation from data breaches while supporting a greener planet. Contact us today to learn how we can help you take control of your e-waste. Contact Us Get your business on the front foot
Why you need Continuous Threat Exposure Management
Unmasking cyber threats: Why Continuous Threat Exposure Management (CTEM) is your best defence Article Publish Date: Businesses across the globe are grappling with increasingly sophisticated cyberattacks, and traditional, static defences are no longer sufficient. Enter Continuous Threat Exposure Management (CTEM) – a transformative approach to proactively identify, assess, and mitigate cyber risks. What is CTEM? CTEM is a dynamic, proactive framework designed to simulate and evaluate real-world cyber threats in a controlled manner. Unlike periodic vulnerability assessments (like penetration testing), CTEM operates continuously, giving organisations real-time insights into their security posture. By finding weaknesses before bad actors can use them, CTEM helps organisations stay ahead of threats. This reduces their overall risk. Why is CTEM essential for your organisation? In today’s interconnected world, the stakes have never been higher. A single breach can cost millions, damage reputations, and lead to regulatory penalties. Here’s why CTEM should be a cornerstone of your cyber security strategy: Unparalleled Visibility – CTEM offers comprehensive insights into vulnerabilities, helping organisations improve their security against threats uncovered by CTEM. Real-Time Risk Assessment – CTEM continuously monitors security risks, enabling quick responses, whereas traditional assessments provide temporary insights. Enhanced Decision-Making – CTEM enhances security teams’ decision-making by offering detailed threat data for effective resource allocation. Regulatory Compliance – CTEM aids compliance with regulations like GDPR and ISO 27001 through continuous monitoring and simplified reporting for audits. Taking the first step towards CTEM Implementing CTEM may sound daunting, but with the right partner, it can be a seamless transition. Begin by assessing your current security situation. Then, create a plan that fits your organisation’s specific needs. Partnering with a trusted cyber security provider ensures access to cutting-edge tools and expertise to support your journey. How CTEM reduces risk CTEM is not just about identifying vulnerabilities – it’s about creating a resilient, adaptive defence system. Here’s how it achieves that: Threat Simulation: CTEM tests your organisation’s defences against ransomware, phishing, and other common threats. Prioritisation: Not all vulnerabilities are the same. CTEM helps you prioritise risks by their severity and impact. This way, you can address critical issues first. Automation: Using AI and machine learning, CTEM automates many tasks. This reduction in workload helps your IT team and ensures they miss nothing. Continuous Learning: As new threats come up, CTEM changes. It uses the latest information to keep your organisation safe. Key industries benefitting from CTEM While every organisation can gain from CTEM, some industries face heightened risks because of the nature of their operations: Finance: Protecting sensitive customer data and ensuring uninterrupted services are paramount. Healthcare: Safeguarding patient records and maintaining the integrity of medical devices is critical. Manufacturing: Preventing disruptions to supply chains and safeguarding intellectual property. Retail: Ensuring customer trust by protecting payment systems and personal information. The future of cyber security is continuous In a world where cyber threats evolve faster than ever, staying reactive is no longer enough. CTEM provides a proactive and flexible approach. This not only strengthens your defences but also builds resilience. It helps your organisation feel confident in handling challenges in the digital age. Ready to take control of your cyber security? Avoid waiting for a breach to reveal your weaknesses. Partner with us to implement Continuous Threat Exposure Management and stay one step ahead of cyber criminals. Contact us today to schedule a consultation and take the first step towards a more secure future. Contact Us Get your business on the front foot
How Secure Web Gateways Protects Your Business
How Secure Web Gateways Protect Your Business Article Publish Date: Cybersecurity threats are becoming increasingly sophisticated, requiring businesses to adopt advanced solutions to protect their digital environments. One such critical solution is the Secure Web Gateway (SWG). This article explains what an SWG is, its key benefits, and why your business should consider implementing it. We’ll also highlight the value of our partnership with Netskope in delivering exceptional SWG solutions to our clients. What is Secure Web Gateway? A Secure Web Gateway is a cybersecurity tool that acts as a protective barrier between users and the internet. It inspects, filters, and monitors web traffic, ensuring compliance with security policies while blocking malicious or inappropriate content. SWGs protect against threats like malware, phishing attacks, and data breaches. They are essential in today’s connected work environments. Unlike traditional firewalls, which focus on monitoring data at the network layer, SWGs work at the application layer. They analyse web traffic, including encrypted HTTPS, to detect hidden threats effectively. Benefits of Secure Web Gateways for Businesses Threat Protection – SWGs prevent exposure to web-based threats, such as ransomware, viruses, and phishing scams. By analysing traffic in real-time, these gateways block malicious websites and downloads before they can harm the network. Policy Enforcement and Compliance – They enforce organisational web usage policies, ensuring adherence to regulatory standards like GDPR or PCI DSS. This is particularly beneficial for industries handling sensitive data, such as finance, healthcare, and education. Data Loss Prevention (DLP) – SWGs help prevent unauthorised sharing of confidential information by monitoring and controlling outbound traffic. Enhanced Visibility – SWGs provide insights into user behaviour and network activity, helping organisations detect anomalies and improve their overall cybersecurity posture. Support for Remote Work – As hybrid and remote work models grow, SWGs ensure secure internet access regardless of user location, protecting mobile and remote workers. Who Benefits Most from SWG Solutions? Secure Web Gateways are particularly valuable for industries that manage sensitive or regulated data, such as: Financial Services: Safeguarding against phishing and data violations is vital for preserving customer confidence and fulfilling regulatory obligations. Healthcare: Protects electronic health records (EHRs) from ransomware threats while adhering to data protection regulations. Education: Prevents unsuitable content and guarantees secure access to internet resources for students and personnel. Retail and E-commerce: Safeguards payment systems against fraud and malware, guaranteeing a secure shopping journey. Government: Protects confidential data from threats posed by nation-states and internal risks Netskope is the market leader in SWG To offer robust SWG solutions, we’ve partnered with Netskope, a leader in advanced cybersecurity technologies. This collaboration combines our expertise with Netskope’s innovative solutions to provide clients with cutting-edge web protection. Our joint offerings ensure businesses can navigate today’s complex threat landscape with confidence. Conclusion Secure Web Gateways are crucial for businesses to safeguard networks, ensure compliance, and facilitate secure remote work. With a reliable SWG solution, organisations can reduce cybersecurity risks while maintaining productivity. Our collaboration with Netskope enhances our clients’ cybersecurity capabilities to address evolving challenges. For more information or to explore how an SWG can enhance your security, get in touch with us today. Contact Us Get your business on the front foot