Three time horizons of attacker behaviour, mapped to the products in our suite that close each gap. Today's threats are largely about identity. By 2029 they are about AI agents, deepfakes, and quantum-vulnerable cryptography. The product roadmap is the answer.
80%+ of confirmed breaches involve credentials. Phishing, password reuse, MFA bypass, and insider misuse dominate the incident docket. AI is just starting to industrialise these attacks.
AI agents become the dominant identity class, outnumbering humans 10:1. Deepfakes industrialise social engineering. The DPDP regime is in full enforcement and CERT-In has tightened reporting timelines.
Offensive AI agents conduct end-to-end intrusions with limited human direction. Cryptographic relevance of pre-PQ algorithms is in question. The defender is also an agent — Mythos defends Mythos.
Evilginx, Modlishka, EvilProxy proxy live sessions, capture cookies, defeat SMS/TOTP MFA. The most common cause of "MFA-protected" breaches we see today.
Attacker spams approval requests until the user taps yes. Famously breached Uber, Cisco. Every push-MFA deployment is exposed by default.
Caller impersonates an executive, social-engineers a helpdesk into a password reset. Full domain admin in under an hour. The MGM and Caesars playbook.
Departing employee or third-party still has access for weeks after exit. DPDP makes the breach reportable; sectoral CERT timelines compress investigation.
Once attacker is on the VPN, they see the whole network. Standard ransomware playbook still works in 2026.
Hundreds of un-federated SaaS tenants, no central audit, regulator can't see who has access to what regulated data.
By 2029, every internal workflow has 5–20 LLM-driven agents calling tools, accessing data, talking to other agents. None of them have proper identity, audit trail, or lifecycle today.
Attacker plants instructions in a document, web page, calendar invite, or RAG corpus. Agent reads them, follows them, exfiltrates data — without user awareness.
Real-time voice cloning passes phone verification. Live deepfake video defeats unsupervised video-KYC. BFSI account-opening fraud and CEO-fraud explode.
LLMs generate plausible password mutations + bypass simple bot-mitigation. Brute-force becomes intelligent-force, two orders of magnitude more effective.
An agent's available tools (MCP servers, plugins, RAG sources) become the new dependency tree. One malicious MCP server poisons every agent that uses it.
Adversaries (state and criminal) capture today's TLS traffic + encrypted backups. They sit on it. When CRQC is meaningful, those archives unlock.
An LLM-driven agent runs the full kill chain — recon, exploit selection, lateral movement, persistence, exfil — at machine speed, against thousands of targets in parallel.
Whether or not a CRQC is in production, regulatory mandates (RBI, CERT-In, NCIIPC) force PQ migration. Vendors who haven't planned face an 18-month emergency.
Open-source models with backdoors, fine-tuned weights with covert behaviour, attested-registry bypass. The model itself is now the attack surface.
AI generates a complete identity — face, voice, documents, history — that passes onboarding KYC. BFSI, telco, government services exposed.
LLM-driven probing of SCADA, ICS, grid-management. Public-impact potential — power, telecom, water, transit. NCIIPC-regulated targets.
If a SOC's autonomous analyst is itself an agent, the analyst is a target. Compromise the defender, suppress alerts, run lateral attacks invisibly.
Adversaries don't need a quantum computer today to make today's encryption a future liability. They need patience. Identity tokens, financial transactions, citizen records, and defence telemetry that ride RSA-2048 / ECC today are being quietly archived by sophisticated adversaries. Anything that must remain confidential past 2031 is already at risk. Our pluggable crypto layer means our customers don't need an 18-month migration project when the regulator finally rules — they flip a flag.
NIST baseline. ML-KEM (FIPS 203) for key encapsulation · ML-DSA (FIPS 204) for digital signatures · SLH-DSA (FIPS 205) for stateless hash-based signatures. Each available behind the same primitive interface across MFA, SSO, PAM, ZTNA, and the audit fabric.
The top-right quadrant is what we must defend against today and tomorrow without exception. Bottom-left is where we monitor without immediate investment.