Akimbo Technologies Inc

Iranian Hackers Target Space Industry with New Malware: The Rise of Tickler According to a recent article in WIRED, the Iranian hacker group APT 33, also known as Peach Sandstorm, has intensified its cyberattacks on the space industry, employing new custom malware called "Tickler." Microsoft reports that this group, which has been active for over a decade, has transitioned from simple password spraying attacks to more sophisticated methods, including the deployment of Tickler to establish remote access to victim networks. Recent targets include sectors such as satellite communications and oil and gas, as well as U.S. and UAE government entities. Additionally, Peach Sandstorm continues its low-tech password spraying tactics, compromising thousands of organizations, particularly in the defence and education sectors. The group has also utilized social engineering techniques on LinkedIn to gather intelligence. Microsoft emphasizes that this escalation reflects the hackers' ongoing commitment to leveraging advanced malware for specific objectives within critical industries.   For more information visit https://lnkd.in/drK_tBme   #CyberSecurity #Malware #APT33 #SpaceIndustry #ThreatIntelligence

"99% of vulnerabilities exploited today were known to security and IT professionals for at least a year."(1)...Why We Can't Afford to Ignore the Warning Signs! This startling statistic highlights a critical issue in cybersecurity: a significant gap between identifying vulnerabilities and mitigating them. Why does this gap exist?   Many vulnerabilities remain un-patched due to resource constraints, lack of visibility, or the complexity of operational technology (OT) environments where updates can disrupt critical processes. Legacy systems and outdated software often lack support, making it difficult to apply patches without risking downtime or operational failures.   The implications for OT systems are severe. As IT and OT converge, these environments become prime targets for cyberattacks. Un-patched vulnerabilities provide easy entry points for adversaries to disrupt services, steal data, or cause physical damage, as seen in recent attacks on critical infrastructure.   What can be done? Organizations must adopt a proactive cybersecurity strategy, emphasizing continuous monitoring, regular vulnerability assessments, and patch management prioritization. Implementing a Zero Trust architecture can minimize risks by ensuring that all devices, users, and network segments are continuously verified.   DEFENSA, an innovative solution developed by Akimbo Technologies Inc re-imagines zero-trust for ICS by embedding security at the packet level through its unique approach to autonomous verification.   By implementing zero-trust principles at the network's core, DEFENSA eliminates implicit trust, even between components of the same system. This granular approach to security provides robust protection against both external threats and insider risks, offering a new paradigm for securing critical infrastructure in an increasingly complex digital landscape   The gap between identifying and addressing vulnerabilities must close. Protecting OT systems is crucial to ensuring the safety and resilience of critical infrastructure in an increasingly interconnected world.   For more information go to https://lnkd.in/eTSjnNX4   1)       Source: CISCO whitepaper – “Networking and your competitive edge”   #CyberSecurity #OTSecurity #VulnerabilityManagement #ZeroTrust #CriticalInfrastructure #DigitalTransformation Transport Canada - Transports Canada Royal Canadian Navy | Marine royale canadienne Canadian Armed Forces | Forces armées canadiennes Accenture Delloite Consulting Saab Thales Calian Group Cisco Lockheed Martin

Unveiling the Invisible: WIRED's Probe into Police Surveillance at the DNC   WIRED magazine conducted an investigation into police surveillance technologies during the 2024 Democratic National Convention in Chicago. Using specialized software, reporters collected signals from nearly 300,000 devices, revealing potential vulnerabilities for both law enforcement and protesters.   The investigation aimed to detect cell site simulators, controversial surveillance tools that mimic cell towers. While no evidence of these devices was found, the study uncovered signals from police body cameras, drones, and various consumer electronics.   WIRED's team used software developed by the Electronic Frontier Foundation to analyze Bluetooth, Wi-Fi, and cellular signals at protests and events. They detected patterns of movement among law enforcement devices and identified signals from police drones and body cameras.   The investigation highlighted how wireless signals from devices can create security risks for both police and activists. It also demonstrated the potential for tracking law enforcement equipment in real-time.   While cell site simulators were not detected, the study revealed the pervasive nature of wireless signals in high-stakes scenarios like political events and protests. The findings have implications for privacy and security concerns in an increasingly networked world.   To read the full article go to: https://lnkd.in/e8McKJPX   #SurveillanceState #DNC2024 #PrivacyMatters #ProtestTech #SignalHunt

"99% of vulnerabilities exploited today were known to security and IT professionals for at least a year."(1)...Why We Can't Afford to Ignore the Warning Signs! This startling statistic highlights a critical issue in cybersecurity: a significant gap between identifying vulnerabilities and mitigating them. Why does this gap exist?   Many vulnerabilities remain un-patched due to resource constraints, lack of visibility, or the complexity of operational technology (OT) environments where updates can disrupt critical processes. Legacy systems and outdated software often lack support, making it difficult to apply patches without risking downtime or operational failures.   The implications for OT systems are severe. As IT and OT converge, these environments become prime targets for cyberattacks. Un-patched vulnerabilities provide easy entry points for adversaries to disrupt services, steal data, or cause physical damage, as seen in recent attacks on critical infrastructure.   What can be done? Organizations must adopt a proactive cybersecurity strategy, emphasizing continuous monitoring, regular vulnerability assessments, and patch management prioritization. Implementing a Zero Trust architecture can minimize risks by ensuring that all devices, users, and network segments are continuously verified.   DEFENSA, an innovative solution developed by Akimbo Technologies Inc re-imagines zero-trust for ICS by embedding security at the packet level through its unique approach to autonomous verification.   By implementing zero-trust principles at the network's core, DEFENSA eliminates implicit trust, even between components of the same system. This granular approach to security provides robust protection against both external threats and insider risks, offering a new paradigm for securing critical infrastructure in an increasingly complex digital landscape   The gap between identifying and addressing vulnerabilities must close. Protecting OT systems is crucial to ensuring the safety and resilience of critical infrastructure in an increasingly interconnected world.   For more information go to https://lnkd.in/eTSjnNX4   1)       Source: CISCO whitepaper – “Networking and your competitive edge”   #CyberSecurity #OTSecurity #VulnerabilityManagement #ZeroTrust #CriticalInfrastructure #DigitalTransformation Transport Canada - Transports Canada Royal Canadian Navy | Marine royale canadienne Canadian Armed Forces | Forces armées canadiennes Accenture Delloite Consulting Saab Thales Calian Group Cisco Lockheed Martin

Iranian Hackers Target Space Industry with New Malware: The Rise of Tickler According to a recent article in WIRED, the Iranian hacker group APT 33, also known as Peach Sandstorm, has intensified its cyberattacks on the space industry, employing new custom malware called "Tickler." Microsoft reports that this group, which has been active for over a decade, has transitioned from simple password spraying attacks to more sophisticated methods, including the deployment of Tickler to establish remote access to victim networks. Recent targets include sectors such as satellite communications and oil and gas, as well as U.S. and UAE government entities. Additionally, Peach Sandstorm continues its low-tech password spraying tactics, compromising thousands of organizations, particularly in the defence and education sectors. The group has also utilized social engineering techniques on LinkedIn to gather intelligence. Microsoft emphasizes that this escalation reflects the hackers' ongoing commitment to leveraging advanced malware for specific objectives within critical industries.   For more information visit https://lnkd.in/drK_tBme   #CyberSecurity #Malware #APT33 #SpaceIndustry #ThreatIntelligence

The Cybersecurity Revolution: From Reactive Defense to Proactive Protection   The cybersecurity landscape is undergoing a dramatic transformation, shifting from traditional reactive approaches to proactive, real-time protection strategies. This evolution is driven by the escalating sophistication of cyber threats and the staggering projected costs of cybercrime, expected to reach $10.5 trillion annually by 2025.   Historically, cybersecurity relied heavily on reactive measures: detecting breaches after they occurred and then implementing countermeasures. This approach, while necessary, often left organizations vulnerable during the critical period between attack and detection. With average detection times ranging from 100 to 200 days, the potential for damage was immense.   Today's cybersecurity pioneers such as Akimbo Technologies Inc, are redefining the field with proactive strategies that emphasize real-time threat detection, correction, and recovery. These innovative approaches leverage advanced technologies such as artificial intelligence, machine learning, and dynamic distributed fault-tolerant computing to identify and neutralize threats as they emerge, often within milliseconds.   This shift is particularly crucial for operational technology (OT) and critical infrastructure, where system integrity is paramount and even momentary disruptions can have severe consequences. The new paradigm aims for 100% accuracy in threat detection and mitigation, eliminating false positives and negatives that plague traditional systems.   As the industry evolves, the industry is moving toward groundbreaking solutions that operate autonomously, without reliance on cloud connectivity or security operations centres. These advancements promise to revolutionize how organizations protect their digital assets and maintain operational continuity in the face of ever-evolving cyber threats.   To learn more about cutting-edge cybersecurity solutions and how they're reshaping the industry, visit https://lnkd.in/eTSjnNX4.   #Cybersecurity #ProactiveDefense #RealTimeProtection #CriticalInfrastructure #TechInnovation Transport Canada - Transports Canada Royal Canadian Navy | Marine royale canadienne Canadian Armed Forces | Forces armées canadiennes Thales Accenture Delloite Consulting Saab Fortinet Cisco Lockheed Martin Port de Montreal / Port of Montréal

Revolutionizing Network Security: The Promise of Software-Defined Networks and DEFENSA   The cybersecurity landscape is evolving rapidly, with Software-Defined Networks (SDNs) emerging as a game-changer in network management and security. SDNs offer unprecedented flexibility by separating the control plane from the data plane, allowing for more programmable and adaptable network infrastructures.   This separation enables centralized control through SDN controllers, which maintain a comprehensive view of network topology and dictate packet handling through flow tables on switches. The result is a more agile network capable of implementing network-wide policies, prioritizing traffic, and responding swiftly to changing security needs.   However, with great power comes great responsibility. The centralized nature of SDN control also presents new security challenges. Malicious actors could potentially exploit vulnerabilities in the SDN controller or its APIs to gain widespread network access, making robust security measures more critical than ever.   Introducing DEFENSA, an innovative cybersecurity solution developed by Akimbo Technologies Inc. DEFENSA leverages the power of SDNs while addressing their inherent security risks. By employing dynamic distributed fault-tolerant computing, DEFENSA offers real-time detection, correction, and recovery from man-in-the-middle cyberattacks without false positives or negatives.   This groundbreaking approach provides organizations with an autonomous method to mitigate cyber threats, ensuring network integrity and operational continuity. DEFENSA's architecture is designed to seamlessly integrate with existing SDN infrastructures, offering enhanced security without compromising the flexibility and programmability that make SDNs so valuable.   For more information on how DEFENSA can revolutionize your network security in the age of SDNs, visit https://lnkd.in/eTSjnNX4 to download detailed whitepapers.   #Cybersecurity #SDN #NetworkSecurity #DEFENSA #TechInnovation Transport Canada - Transports Canada Royal Canadian Navy | Marine royale canadienne Canadian Armed Forces | Forces armées canadiennes Saab Thales Calian Group Accenture Delloite Consulting Lockheed Martin Fortinet

The Cybersecurity Revolution: From Reactive Defense to Proactive Protection   The cybersecurity landscape is undergoing a dramatic transformation, shifting from traditional reactive approaches to proactive, real-time protection strategies. This evolution is driven by the escalating sophistication of cyber threats and the staggering projected costs of cybercrime, expected to reach $10.5 trillion annually by 2025.   Historically, cybersecurity relied heavily on reactive measures: detecting breaches after they occurred and then implementing countermeasures. This approach, while necessary, often left organizations vulnerable during the critical period between attack and detection. With average detection times ranging from 100 to 200 days, the potential for damage was immense.   Today's cybersecurity pioneers such as Akimbo Technologies Inc, are redefining the field with proactive strategies that emphasize real-time threat detection, correction, and recovery. These innovative approaches leverage advanced technologies such as artificial intelligence, machine learning, and dynamic distributed fault-tolerant computing to identify and neutralize threats as they emerge, often within milliseconds.   This shift is particularly crucial for operational technology (OT) and critical infrastructure, where system integrity is paramount and even momentary disruptions can have severe consequences. The new paradigm aims for 100% accuracy in threat detection and mitigation, eliminating false positives and negatives that plague traditional systems.   As the industry evolves, the industry is moving toward groundbreaking solutions that operate autonomously, without reliance on cloud connectivity or security operations centres. These advancements promise to revolutionize how organizations protect their digital assets and maintain operational continuity in the face of ever-evolving cyber threats.   To learn more about cutting-edge cybersecurity solutions and how they're reshaping the industry, visit https://lnkd.in/eTSjnNX4.   #Cybersecurity #ProactiveDefense #RealTimeProtection #CriticalInfrastructure #TechInnovation Transport Canada - Transports Canada Royal Canadian Navy | Marine royale canadienne Canadian Armed Forces | Forces armées canadiennes Thales Accenture Delloite Consulting Saab Fortinet Cisco Lockheed Martin Port de Montreal / Port of Montréal

Seattle's Cybersecurity Crisis: Airport and Seaport Systems Hit by Cyberattack   According to The Record from Recorded Future News Seattle-Tacoma International Airport and the Port of Seattle recently experienced a cyberattack, causing system outages and disruptions. Travelers were advised to complete pre-flight processes at home and expect delays. The port isolated critical systems and is working to restore services, with no estimated time for full recovery. Airport operations are affected, with manual baggage sorting and handwritten boarding passes being used. The incident highlights the growing concern over cybersecurity in ports and airports, following recent attacks on similar facilities worldwide and new TSA regulations implemented in 2023.   #Cybersecurity #TravelSafety #AirportSecurity #CyberAttack #DigitalResilience

Akimbo Technologies: Where Fault-Tolerance Meets Cybersecurity for Unmatched Resilience Akimbo Technologies Inc is revolutionizing the cybersecurity landscape for mission-critical systems. Unlike traditional cybersecurity companies, Akimbo positions itself as a technology innovator, applying cutting-edge fault-tolerant technology and algorithms to provide real-time protection without relying on cloud connections.   At the heart of Akimbo's offerings is DEFENSA, a suite of cybersecurity solutions designed to autonomously detect, correct, and recover from man-in-the-middle cyberattacks in real-time. DEFENSA employs dynamic distributed fault-tolerant computing to achieve unprecedented levels of security and resilience.   What sets Akimbo apart is its focus on operational technology (OT) and critical infrastructure protection. In environments where 100% accuracy is non-negotiable, DEFENSA offers a game-changing approach. It operates without dependence on Security Operations Centres (SOCs) or cloud connectivity, making it ideal for industries where latency and continuous operation are crucial.   Akimbo's DEFENSA Ethernet solution specifically targets man-in-the-middle attacks within Ethernet networks. By integrating seamlessly with existing network infrastructure and deploying inline appliances, DEFENSA provides Fault Tolerant Dynamic Routing (FTDR) capabilities.   As cyber threats continue to evolve and traditional anomaly detection systems fall short, Akimbo Technologies is paving the way for a new era of cybersecurity. This innovative approach not only detects and corrects threats in milliseconds but also offers comprehensive situational awareness, empowering organizations to stay ahead of potential attacks and maintain operational integrity.   For further information visit our website: www.akimbotechnologies.com   #Cybersecurity #OperationalTechnology #FaultTolerant #RealTimeProtection #MissionCriticalSystems #Defensa Saab Thales Cisco Fortinet Transport Canada - Transports Canada Royal Canadian Navy | Marine royale canadienne Canadian Armed Forces | Forces armées canadiennes Calian Group Accenture Lockheed Martin Delloite Consulting