Resource Center

The Assistive Technology field has transformed dramatically, driven by advances in AI, mobile accessibility, and cloud-based productivity systems. Research shows employment outcomes improve most when AT is integrated into everyday workflows.

Advancements in low-vision and blindness technology have accelerated. Research highlights a strong trend: blind and low-vision users increasingly rely on combinations of access tools, not a single system.

Vocational Rehabilitation research indicates that Assistive Technology is one of the strongest predictors of successful VR outcomes, especially when integrated early and aligned with job tasks.

Modern workforce and education studies show that digital skills, assistive technology, and accessibility practices are essential for success in both employment and postsecondary education.

Professional expectations for assistive technology and disability-service practitioners continue to evolve, requiring a blend of technical knowledge, cultural responsiveness, and evidence-based thinking.

Although correctional education and reentry services have expanded, individuals with disabilities remain significantly underserved. CTS applies current research to build evidence-based solutions.

Assistive Technology (AT) is often framed as a collection of tools. While devices are important, research demonstrates that technology alone does not produce access. Sustainable outcomes emerge only when AT is implemented as part of a broader system.

Assistive Technology assessments conducted in high-security or institutional environments differ substantially from community-based evaluations. Factors like restrictions on devices and connectivity directly affect safe implementation.

Medical eye exams are essential for diagnosis, but they do not fully describe how an individual accesses information. Functional vision assessments evaluate how vision is used in real-world tasks such as reading and mobility.

Research strongly supports integrated service delivery for individuals who are blind or have low vision. Braille, Assistive Technology, and Orientation & Mobility (O&M) should not be delivered in isolation.

Vocational Rehabilitation (VR) agencies increasingly require Assistive Technology recommendations to be supported by functional evidence and employment relevance. Funding decisions are now closely tied to job tasks and documented necessity.

Successful VR outcomes increasingly depend on coordination with broader workforce systems. Research shows that individuals with disabilities experience higher job retention when accessibility planning aligns with employer expectations.

Accessibility is often viewed as a hiring accommodation, but research increasingly frames it as a retention strategy. Employees with disabilities are more likely to remain employed when accommodations are proactive and revisited.

Higher education increasingly expects students with disabilities to self-manage accessibility and technology. Research demonstrates that AT readiness is strongly correlated with postsecondary persistence.

Disability training often fails to produce behavior change when it is disconnected from operational context. Awareness-only training has limited impact unless tied to actual job responsibilities.

Competency-based training models are increasingly replacing compliance-only approaches. Research demonstrates that measurable skill acquisition leads to better long-term outcomes.

DOJ enforcement actions show that ADA compliance failures in corrections often stem from implementation gaps, not missing policies. Research emphasizes documentation and staff training as critical components.

Technology can improve accessibility in corrections when implemented responsibly. Research highlights that AT must be paired with training, supervision, and clear protocols to ensure safety.