Honest Roadmap

Forward-Ready Architecture

Built for today's threats, designed to adapt as cryptography evolves

PHANTAQSM is a managed SSH honeypot deception platform. We draw attacker activity onto recorded decoys and produce tamper-evident evidence today, and we track the post-quantum transition so the platform can adopt new standards as they mature.

SSH deception
Ships today
SHA-256
Evidence
Roadmap
Post-quantum
Forward-Ready Architecture

Honest today, built to adapt

PHANTAQSM does not sell quantum computing or post-quantum cryptography migration. What we ship is SSH honeypot deception with tamper-evident evidence. We track the post-quantum transition so the platform can adopt new standards as they mature.

SSH Honeypot Deception

Decoy SSH services draw attacker activity onto recorded systems, away from real assets.

Attacker-Behaviour Modelling

Bayesian and Markov-chain modelling of captured sessions to characterise attacker behaviour.

Tamper-Evident Evidence

Captured sessions are hashed with SHA-256 and keccak256 so the record is verifiably unaltered.

EU-Region Hosting

Built, hosted, and operated in the EU. GDPR-aware and NIS2-aware by design.

The Post-Quantum Transition

This is industry-wide context, not a list of PHANTAQSM features. We share it so you understand where the field is heading and how we intend to keep pace.

2024
Standardised

NIST publishes first PQC standards

ML-KEM, ML-DSA and SLH-DSA finalised as FIPS 203/204/205.

Now
In progress

Organisations begin crypto inventory

Public and regulated bodies start mapping where they rely on RSA and elliptic-curve cryptography.

Future
Uncertain timing

Cryptographically-relevant quantum computers

If and when they arrive, today's asymmetric cryptography would need to be replaced. Timelines are debated, not settled.

Standards We Track

We follow the NIST post-quantum standards as the likely industry direction. To be clear: PHANTAQSM does not implement these today. Crypto-agility, including support for post-quantum algorithms, is a roadmap item we are building toward.

ML-KEM (FIPS 203)

Key Encapsulation

Lattice-based key establishment standardised by NIST in 2024.

Tracked, not yet implemented

ML-DSA (FIPS 204)

Digital Signatures

Lattice-based signature scheme standardised by NIST in 2024.

Tracked, not yet implemented

SLH-DSA (FIPS 205)

Stateless Signatures

Hash-based signature scheme with conservative assumptions.

Tracked, not yet implemented

Talk to Us About Your Deception Layer

The honest place to start is the capability we ship today: SSH honeypot deception and tamper-evident evidence. We are an early-stage venture and happy to walk you through exactly what is built and what is planned.

Deception Walkthrough

See how decoy SSH services capture attacker activity.

Evidence Review

Understand the tamper-evident SHA-256/keccak256 evidence trail.

Roadmap Discussion

Where crypto-agility and post-quantum sit on our plan.