Schools across Texas have invested billions in educational technology and AI tools over the past six years, yet mounting evidence suggests these devices may harm reading ability and critical thinking skills rather than enhance them. As artificial intelligence becomes the latest educational frontier, a growing debate is emerging about whether the massive spending on one-to-one devices, digital curricula, and AI tutoring systems delivers on its promises or represents a costly detour from proven teaching methods.

What Does the Research Actually Say About Screens in Schools?

The evidence on educational technology effectiveness is sobering. Students who read on screens experience what researchers call a "screen inferiority" effect, which reduces reading ability by approximately two-thirds of a grade level. Students who take notes by hand score about one-third more "A" grades than those who type notes on devices. For mathematics, the picture is more mixed; while technology can help demonstrate certain principles, it does not replace a comprehensive math instructional program.

International test data reveals a negative correlation between screen time and academic achievement, suggesting that more technology does not translate to better outcomes. Beyond academics, screens pose additional concerns. Exposure to digital devices can disrupt sleep patterns, reduce brain size in developing children, and expose students to harmful online content. Perhaps most troubling for educators, reliance on AI tools during learning can weaken critical thinking skills and create unhealthy dependencies on AI chatbots.

How Much Money Are Schools Actually Spending on Technology?

The financial commitment to educational technology in Texas is staggering. In 2020, the state helped pay for 2 million laptops and tablets. Since then, an additional 250,000 devices have been purchased through the Instructional Materials and Technology Allotment. In 2024-2025 alone, Texas schools purchased 8.7 million individual instructional materials that were primarily delivered electronically or online.

Digital materials now account for 68 percent, or $364 million, of instructional material disbursements through the state's Instructional Materials and Technology Allotment. Beyond annual purchases, Texas school districts have passed $2.8 billion in bonds classified solely as technology, with an additional $6.2 billion in bonds that include a technology component. In 2023 and 2024 alone, school districts spent over $1.5 billion on technology from just 14 vendors. This represents a massive reallocation of educational resources toward devices and software, yet the return on investment remains unclear.

Why Are Schools Embracing AI Tutoring Despite the Concerns?

Even as questions mount about technology's effectiveness, artificial intelligence is becoming the next frontier in educational technology. Anthropic, the AI company behind Claude, has launched a Beneficial Deployments program that positions education as a core focus area alongside global health and life sciences. The company is researching whether AI can reduce the cost of tutoring while maintaining the effectiveness of one-to-one human instruction.

Anthropic acknowledges the tension at the heart of AI in education. The company stated that it shares educators' concerns about cognitive offloading and skill erosion. To address these concerns, Anthropic's work includes research into when AI tutoring is most useful, model changes designed to resist cognitive offloading, and deployments that keep teachers involved in the learning process. The company is working with institutions including Western Governors University and providing Claude licenses to Teach For All's global AI Literacy and Creator Collective, which operates across 63 countries.

What Specific Steps Are Schools Taking to Address Technology Concerns?

Some states have begun implementing restrictions on educational technology based on emerging evidence. Utah has banned screen use through third grade and prohibited technology-based homework through sixth grade. Alabama has tasked its agencies with creating screen-time recommendations. These policy shifts reflect growing parental and educator concerns about the long-term effects of device-heavy instruction.

Policy experts and education researchers are proposing concrete restrictions that schools could adopt:

• Elementary Screen Restrictions: Prohibit the use of screens through sixth grade to protect foundational reading and writing skills during critical developmental years.
• Homework Technology Limits: Prohibit the assignment of homework requiring technology through eighth grade to reduce after-school screen exposure and sleep disruption.
• Whole-Class Instruction Standards: Prohibit the use of digital materials for whole-class, foundational instruction in all grades, reserving technology for supplemental practice only.
• Device Spending Controls: Remove one-to-one devices as an allowable expense under state instructional materials funding and prohibit bonds from being used to purchase personal devices for students.
• Device Ratios: Establish a minimum student-to-device ratio of six to one, ensuring technology remains a tool rather than the primary instructional method.

Why Do Education Fads Spread So Quickly in Schools?

The education sector is uniquely vulnerable to technological fads. School leaders face pressure to appear innovative, and weak feedback loops for both successful and failing policies create incentives to constantly adopt "the next big thing". Unlike previous fads such as three-cueing reading methods or "new math," which affected specific subjects, technology has been embedded into nearly every aspect of schooling, from student records and parent communication to security systems and classroom instruction itself.

The COVID-19 pandemic accelerated this trend dramatically. Federal initiatives like the No Child Left Behind Act's Enhancing Education Through Technology grant program, which provided $675 million in initial funding, helped normalize device adoption in schools. The shift to remote learning during the pandemic made one-to-one devices seem essential, and schools have not reversed course even as students returned to physical classrooms.

What Are Anthropic's Specific Education Initiatives?

Anthropic's education work spans K-12 teachers, AI-assisted tutoring, and higher education. At the K-12 level, the company positions Claude for Teachers as a tool to support evidence-based classroom practices while reducing planning and administrative work for educators. The goal is to give teachers more time for creative work and direct student interaction, though the company describes these as intended outcomes rather than established results.

For higher education, Anthropic is working with universities on questions ranging from AI-assisted scientific research to preparing students for labor market changes. Claude for Higher Education includes a tutor-style learning mode for students and training resources for educators. The company also points to international deployments, including students across Africa using a Claude-powered learning companion for coding challenges and data science concepts.

Anthropic emphasizes that these projects represent early-stage work rather than proven impact. The company plans to share findings as the work develops, acknowledging that many effects will take time to emerge. Partners in the Beneficial Deployments program can receive either free or discounted access to Claude, along with technical support from Anthropic's teams.

What Questions Should Parents and Policymakers Ask Now?

As schools continue investing in AI and digital tools, the fundamental question remains unanswered: Do the educational results justify the enormous expense? Texas schools have spent billions on technology since 2020, yet reading ability has declined, critical thinking skills are at risk, and student data privacy remains vulnerable. The promise of technology-driven education has not materialized into measurable academic gains.

The emergence of AI tutoring adds another layer of complexity. While companies like Anthropic are researching responsible AI deployment in education, schools are already experimenting with these tools on students without clear evidence of effectiveness or long-term safety. Parents have not been given transparency or meaningful input beyond yearly technology release forms, even as billions of dollars are spent on devices and software that may undermine the very skills students need to succeed.