JH
Jonathan Haber
Larry Rosen

What is technostress and what are evidence-based ways to reduce it?

The components of technology strain and the practices that address each mechanism

Short answer

Technostress, a term systematised by Larry Rosen, describes the cognitive, emotional, and physiological strain produced by technology overload, complexity, insecurity, and the blurring of work-life boundaries by always-on devices. It is a real and measurable phenomenon with physiological correlates; the most evidence-supported interventions involve boundary-setting, recovery breaks, and reducing the perceived demand to be continuously available.

Larry Rosen’s research program, developed over three decades, distinguishes several forms of technology-related stress: the strain of complexity and forced upgrades (techno-overload), anxiety about security and privacy (techno-insecurity), the tension of constant change (techno-complexity), and the invasion of personal time by work technology (techno-invasion). Each component has distinct mechanisms and benefits from different interventions. The practices below address the most common and well-evidenced forms of technostress.

The practices (7)

Why it works

Sustained engagement with digital devices imposes a continuous attentional demand that depletes prefrontal resources and elevates physiological stress markers (cortisol, sympathetic activation). Ultradian rhythm research suggests the brain cycles through alertness-recovery phases every 90-120 minutes; forcing continued focus past this natural recovery point increases error rates, emotional reactivity, and stress. A technology-free break allows the recovery phase to complete, resetting capacity for the next cycle.

How to do it
  1. 1Set a timer for 90 minutes from the start of each focused work block.
  2. 2When it goes off, put the phone in another room and step away from the computer for 10-15 minutes.
  3. 3Do something physically distinct: walk outside, stretch, make tea, a brief conversation that is not about work.
  4. 4No phone, no news, no podcasts — the break must be device-free to allow genuine cognitive recovery.
Evidence
Observational

Ultradian performance cycles (Kleitman, Peretz Lavie) support the 90-minute work-rest cycle. Rosen’s research group found that technology breaks reduce anxiety and cortisol-linked stress markers in workers with high technology load.

Honest caveat: Rosen’s empirical work on technology breaks is primarily correlational and observational; the ultradian cycle research is well established but the specific "90-minute + device-free break" prescription draws on both bodies of evidence without a direct RCT.

  • — Kleitman (1982), basic rest-activity cycle, Sleep
Common mistake: Taking a break by scrolling social media on the phone — this is a context switch, not a cognitive recovery break, and research shows it fails to restore working memory capacity.
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