Late Breaks - Edward R. Warnshius, Jr. Spearheaded a Mentoring Program

Edward R. Warnshius, Jr. (the son of T.H.E. Journal founder Edward Warnshius, Sr.) has spearheaded a mentoring program to help high school students pass the Massachusetts Comprehensive Assessment System (MCAS) tests. Warnshius was shocked to find that hundreds of students at Lawrence High School in North Andover, MA, were projected to fail the MCAS tests, leaving them ineligible to graduate. In response, he has organized a community volunteer effort of mentors and tutors called "Stand and Deliver." The goal is to match each at-risk student with a mentor or tutor. Training for volunteers begins in mid-March.

Featured

  • DreamBox Math

    Discovery Education Announces Updates to Experience, DreamBox Math

    K-12 learning solution provider Discovery Education has announced enhancements to its Discovery Education Experience and DreamBox Math products, designed to create a more personalized, engaging learning experience for students.

  • abstract pattern of cybersecurity, ai and cloud imagery

    Report Identifies Malicious Use of AI in Cloud-Based Cyber Threats

    A recent report from OpenAI identifies the misuse of artificial intelligence in cybercrime, social engineering, and influence operations, particularly those targeting or operating through cloud infrastructure. In "Disrupting Malicious Uses of AI: June 2025," the company outlines how threat actors are weaponizing large language models for malicious ends — and how OpenAI is pushing back.

  • digital dashboard featuring a shield icon, graphs, a world map, and network nodes

    IBM Launches Agentic AI Governance and Security Platform

    IBM has introduced a new software stack for enterprise IT teams tasked with managing the complex governance and security challenges posed by autonomous AI systems.

  • laptop and fish hook

    Security Researchers Identify Generative AI 'Vishing' Attack

    A new report from researchers at Ontinue's Cyber Defense Center has identified a complex, multi-stage cyber attack that leveraged social engineering, remote access tools, and signed binaries to infiltrate and persist within a target network.