Solutions
By threat, and by role.
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By threat
H1
Harvest now, decrypt later
An adversary records your encrypted traffic or archives today and decrypts them once a quantum computer exists.
H1
Crypto sprawl and no inventory
Cryptography scattered across code, certs, clouds and binaries that no one has ever fully inventoried.
H1
Compliance deadlines
CNSA 2.0 (2027), NIST deprecation (2030), RBI, DPDP, NIS2, mandates with fixed dates.
H2
Crypto drift
Weak or hardcoded cryptography reintroduced across releases, widening the gap every sprint.
H2
Supply-chain crypto risk
Your vendors' cryptography is your exposure, and you can't see it.
H3
OT/ICS crypto
Cryptography burned into industrial controllers, grids and plants that can't be patched.
H3
Space-link and satellite attacks
TT&C uplink authentication and downlink confidentiality on assets that can't be upgraded in orbit.
H3
Long-lived secrets
Keys and secrets that must stay confidential for decades, archives, IP, model weights.
H2
AI-accelerated attacks
AI makes phishing, deepfakes, exploit development and impersonation cheaper and faster than any team.
H1
Quantum-enabled attacks
A patient attacker collecting encrypted traffic today to open it once a quantum computer can.
By role
CISO
Can you show the board we're on top of the post-quantum transition, while the SOC still runs?
Security Architect
Where is every quantum-vulnerable algorithm, and what breaks when I re-root?
Platform / Infra lead
How do I roll this out without re-architecting every application?
Head of Compliance
What do I hand the regulator, and how do I keep it current?
CTO
Is this a separate 2028 programme, or something my existing controls switch into?