The fading age of ageless cybersecurity: Why the password era is ending — And what passkeys signal for digital trust
Publish Date: 2026-05-03 03:37:00
Source Domain: businessday.ng
For decades, the global cybersecurity ecosystem has operated under a comforting illusion: that its foundational tools were timeless. Passwords, PINs and security questions survived every technological era as though human memory were the ultimate vault. That illusion is now dissolving. The digital age has rewritten the rules of identity, trust and protection. Cybersecurity is not collapsing, but it is shedding an old skin. The decline of passwords and the rise of passkeys mark a decisive shift in how societies, businesses and governments negotiate digital trust.
The End of a Reactive Security Culture
Cybersecurity has historically been reactive. In the early decades of computing, this posture was tolerable. Systems were slower, networks smaller and attackers less organised. Today, the landscape is unforgiving. We live in an era of permanent connectivity, automated exploitation and industrial‑scale cybercrime. Attackers operate with machine‑level speed, while defenders remain trapped in human‑centred rituals. Mechanisms designed for a gentler technological age have become liabilities masquerading as safeguards.
Passwords: A Systemic Weakness Hiding in Plain Sight
The password’s decline is not a matter of convenience; it is a matter of structural insecurity. Passwords were built on a fragile assumption: that humans could reliably create, remember and protect secrets better than machines could guess or steal them. That assumption has collapsed. People reuse passwords, choose predictable patterns and fall victim to increasingly sophisticated phishing schemes. Meanwhile, attackers have become extraordinarily efficient at exploiting these weaknesses.
Breaches are no longer anomalies; they are embedded features of the digital economy. The persistence of passwords is not evidence of their strength but a reflection of institutional inertia.
Why Passkeys Represent a Break, Not…
