Local school districts across the country are facing the need to prepare their network infrastructure for the transition of the SAT to an all-digital testing platform by 2024. This shift allows students to use their own devices or request loaned devices. To accommodate the increased device usage, schools must ensure their WiFi coverage and speed, enable guest access [2], open ports and protocols [2], and establish firewall exceptions [2]. Additionally, effective cybersecurity measures are essential to protect against malware and viruses [2]. It is crucial for students and educators to be ready for the test and address any technical and network challenges. School districts should assess and optimize network performance [2], provide technical support [2], and secure networks before any disruptions occur [2]. Implementing a hybrid approach to adaptive DDoS protection can also help detect and mitigate potential cyberattacks [1], as students have been known to launch distributed denial of service (DDoS) attacks [1]. The successful implementation of the all-digital SAT relies on the proactive measures taken by school districts to optimize network performance and secure networks [1].
Description
Local school districts nationwide need to ensure the readiness of their network infrastructure by 2024 [1], as the College Board plans to transition the SAT to an all-digital testing platform [2]. This transition allows students to bring their own devices or request loaned devices [2]. To support the increased device usage [2], schools should test WiFi coverage and speed [2], enable guest access [2], open ports and protocols [2], and enable firewall exceptions [2]. Additionally, schools must have effective cybersecurity countermeasures in place to protect against malware and viruses [2]. It is crucial for students and educators to be prepared for the test and address technical and network challenges [2]. School districts should assess and optimize network performance [2], provide technical support [2], and secure networks before any disruption occurs [2]. Implementing a hybrid approach to adaptive DDoS protection can also help detect and mitigate potential cyberattacks [1], as students have been known to launch distributed denial of service (DDoS) attacks [1]. The successful implementation of the all-digital SAT relies on the proactive measures taken by school districts to optimize network performance and secure networks [1].
Conclusion
Ensuring the readiness of network infrastructure for the all-digital SAT has significant implications for local school districts. By optimizing network performance and securing networks [1], schools can provide a seamless testing experience for students and educators. The implementation of effective cybersecurity measures is crucial to protect against potential cyberattacks, such as DDoS attacks. By taking proactive measures and addressing technical and network challenges, school districts can mitigate disruptions and ensure a successful transition to the all-digital testing platform. Looking ahead, ongoing assessment and optimization of network performance will be necessary to adapt to future technological advancements and maintain a secure testing environment.
References
[1] https://www.darkreading.com/vulnerabilities-threats/sat-goes-digital-schools-must-prepare
[2] https://ciso2ciso.com/as-sat-goes-digital-schools-must-prepare-for-disruption-source-www-darkreading-com/
