Press · Media kit

Media kit

Everything a journalist, conference organiser, or editor needs to quote, cite, or book Shujaatali Badami without a back-and-forth email thread.

This kit ships three pre-cleared bios (50, 100, 250 words), a name pronunciation guide, five ready-to-quote paragraphs across PQC, ICS, quantum kernels, IoT, and 6G, the full BibTeX of 11 publications, and a topic list with on-record positions. Download the bundle as a single zip, or grab individual files below. Last reviewed 2026-04-27.

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Single zip with everything below: bios, pronunciation, quote cards, topic positions, BibTeX, README.

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Bios (3 pre-cleared lengths)

50 WORDS

Shujaatali Badami is an IEEE Senior Member and ISA Senior Member working at the intersection of post-quantum cryptography, ICS security, and quantum machine learning on NISQ hardware. He publishes in IEEE Access and IEEE Xplore venues, contributes to ISA99 and IETF LAKE, and is based in Chicago.

100 WORDS

Shujaatali Badami is a Quantum-IoT research engineer focused on post-quantum cryptography, ICS security, and quantum machine learning on near-term quantum hardware. He is an IEEE Senior Member, an ISA Senior Member, and a 2026 Hackathon Raptors Fellow. He has 11 publications across IEEE Access, IEEE Xplore conference proceedings, and TechRxiv, with work spanning quantum kernels for anomaly detection, IoT firmware migration to ML-KEM and ML-DSA, and energy-aware cognitive radio. He contributes to ISA99 and the IETF LAKE working group on PQ-EDHOC. Based in Chicago, available for press, speaking, and editorial requests.

All three bios as plain markdown

Name pronunciation

Shujaatali: shuh-JAH-ah-tah-lee (5 syllables, primary stress on JAH).
Badami: BAH-dah-mee (3 syllables, primary stress on BAH).

IPA: /ʃʊˈdʒɑːə.ta.li/ /ˈbɑː.də.mi/. Audio pronouncer in production.

Full pronunciation guide

Ready-to-quote paragraphs

Five quotes, on the record, attributed to Shujaatali Badami, IEEE Senior Member. Drop directly into copy.

1. POST-QUANTUM CRYPTOGRAPHY URGENCY

"The harvest-now-decrypt-later attacker does not care that a cryptographically relevant quantum computer is five or ten years out. The attacker cares that the data they capture today will be decryptable then. For TLS-protected traffic that has long-term value (medical records, classified government communications, ICS telemetry), the migration to ML-KEM and ML-DSA needs to start now, not in 2030."