Netskope vuelve a ser reconocido como Líder en el Cuadrante™ Mágico de Gartner® para plataformas SASE. Obtener el Informe

cerrar
cerrar
Su red del mañana
Su red del mañana
Planifique su camino hacia una red más rápida, más segura y más resistente diseñada para las aplicaciones y los usuarios a los que da soporte.
          Descubra Netskope
          Ponte manos a la obra con la plataforma Netskope
          Esta es su oportunidad de experimentar de primera mano la Netskope One plataforma de una sola nube. Regístrese para participar en laboratorios prácticos a su propio ritmo, únase a nosotros para una demostración mensual del producto en vivo, realice una prueba de manejo gratuita de Netskope Private Accesso únase a nosotros para talleres en vivo dirigidos por instructores.
            Líder en SSE. Ahora es líder en SASE de un solo proveedor.
            Netskope ha sido reconocido como Líder con mayor visión tanto en plataformas SSE como SASE
            2X líder en el Cuadrante Mágico de Gartner® para SASE Plataforma
            Una plataforma unificada creada para tu viaje
              Protección de la IA generativa para principiantes
              Protección de la IA generativa para principiantes
              Descubra cómo su organización puede equilibrar el potencial innovador de la IA generativa con sólidas prácticas de seguridad de Datos.
                Prevención de pérdida de datos (DLP) moderna para dummies eBook
                Prevención moderna de pérdida de datos (DLP) para Dummies
                Obtenga consejos y trucos para la transición a una DLP entregada en la nube.
                  Libro SD-WAN moderno para principiantes de SASE
                  SD-WAN moderna para maniquíes SASE
                  Deje de ponerse al día con su arquitectura de red
                    Entendiendo dónde está el riesgo
                    Advanced Analytics transforma la forma en que los equipos de operaciones de seguridad aplican los conocimientos basados en datos para implementar una mejor política. Con Advanced Analytics, puede identificar tendencias, concentrarse en las áreas de preocupación y usar los datos para tomar medidas.
                        Soporte técnico Netskope
                        Soporte técnico Netskope
                        Nuestros ingenieros de soporte cualificados ubicados en todo el mundo y con distintos ámbitos de conocimiento sobre seguridad en la nube, redes, virtualización, entrega de contenidos y desarrollo de software, garantizan una asistencia técnica de calidad en todo momento
                          Vídeo de Netskope
                          Netskope Training
                          La formación de Netskope le ayudará a convertirse en un experto en seguridad en la nube. Estamos aquí para ayudarle a proteger su proceso de transformación digital y aprovechar al máximo sus aplicaciones cloud, web y privadas.

                            Lessons Learned From a Year of Russo-Ukrainian Cyberwar

                            Feb 24 2023

                            February 24, 2023 marks one year since Russia invaded Ukraine, starting a conflict that has killed more than 8,000, injured more than 13,300, and displaced more than 14 million people in the past year, according to the UN. Physical warfare between Ukraine and Russia has been accompanied by cyberwarfare between the two countries. This blog post focuses on cyberwar, particularly what we can learn from the past year.

                            Observations

                            Attacks primarily target government agencies and critical infrastructure

                            The majority of Russian attacks over the past year targeted military and government agencies and critical infrastructure, especially telecommunications providers and energy companies. Other attacks were more broadly targeted at companies and individuals in Ukraine and their allies throughout the world. Meanwhile, the majority of Ukrainian attacks were targeted at Russian government institutions, with attacks focused on taking down Russian websites, disrupting financial services, and disrupting misinformation campaigns.

                            Phishing is the primary infiltration technique used for the majority of attacks

                            The most common infiltration technique used in the cyberwar has been phishing, with both sides using targeted spear phishing campaigns, often accompanied by file-based exploits or other malicious payloads. Phishing is popular in cyberwar because it is simple, low-risk, effective, and versatile. A well-crafted and targeted phishing message delivered via messaging app, SMS, email, social media, or another channel can be used against practically any type of target. After a successful phish, attacks typically focus on espionage or sabotage. 

                            Espionage and sabotage are the primary objectives

                            In cyberwar, espionage and sabotage are the primary objectives. In the past year, espionage has typically taken the form of RATs and infostealers, while sabotage has typically taken the form of DDoS attacks, ransomware, and wipers. Throughout the year, many Russian wipers emerged to target Ukraine, including WhisperGate, HermeticWiper, IsaacWiper, and others. One recent ransomware attack used a new ransomware family, Prestige, to target logistics and transportation sectors in Ukraine and Poland.

                            15% of attacks target other nations, primarily allies

                            While approximately 85% of attacks have been targeted at individuals or organizations within Russia or Ukraine, the remaining 15% have been targeted primarily at allies throughout the world. Like the attacks within Russia and Ukraine, attacks on targets in other nations have also targeted critical infrastructure and government agencies.

                            The most significant breakout attack of the Russo-Ukrainian war happened in 2017 with NotPetya, a Russian wiper targeted at Ukraine that ended up infecting systems throughout the world, including companies Maersk and Merck, and causing an estimated $10 billion in damages. In the year since the Russian invasion of Ukraine, we have yet to see a breakout attack of that scale. So far, attacks outside of Russia and Ukraine have been seemingly well-targeted. Some attacks, notably the early attack against Viasat, were less precisely targeted. While intended to interrupt network connectivity in Ukraine, the Viasat attack caused outages across Europe.

                            Lessons

                            • Anti-phishing controls and training are essential defenses during a cyberwar. Interrupting phishing attempts can help stop a cyberattack before it can cause any damage.
                            • Government agencies and critical infrastructure are at the greatest risk during a cyberwar, warranting extra investment in cybersecurity defenses and the establishment of stricter cybersecurity controls to reduce risk surface.
                            • Ransomware defenses, especially robust and well-tested backups, can also be effective defenses against some destructive wipers typically used during cyberwar.
                            • The closer an individual or organization is to the conflict, either physically or through alliance, the more likely they are to be targeted. While most attacks are targeted at government agencies and critical infrastructure within the countries at war, anyone within those countries are common targets, as are individuals and organizations that are allied with either side.  

                            Looking ahead

                            As the physical conflict in Ukraine continues, so too will the cyberwar. The intensity of Russia’s physical attacks against Ukraine are expected to increase in the next year, and the cyberattacks will increase alongside them. The longer the conflict drags on, the more likely we are to see allies throughout the world targeted, and the more likely we are to see additional breakout attacks.

                            author image
                            Ray Canzanese
                            Ray is the Director of Netskope Threat Labs, which specializes in cloud-focused threat research. His background is in software anti-tamper, malware detection and classification, cloud security, sequential detection, and machine learning.
                            Ray is the Director of Netskope Threat Labs, which specializes in cloud-focused threat research. His background is in software anti-tamper, malware detection and classification, cloud security, sequential detection, and machine learning.
                            Conéctese con Netskope

                            Subscribe to the Netskope Blog

                            Sign up to receive a roundup of the latest Netskope content delivered directly in your inbox every month.