Applied cryptography research institute
Open brief126 · Applied cryptography research institute
Cipher Plain is a fictional applied-cryptography institute helping public systems and infrastructure teams choose, implement and migrate cryptographic protocols. The identity reads like an annotated paper rather than a cybersecurity sales page.
About / field note
Cipher Plain is a fictional applied-cryptography institute helping public systems and infrastructure teams choose, implement and migrate cryptographic protocols. The identity reads like an annotated paper rather than a cybersecurity sales page.
Reading room
Post-quantum migration begins with inventory. A working note from Cipher Plain on the decisions hidden inside applied cryptography research institute. It connects the claim back to protocol decision and names where professional judgement or uncertainty remains.
A key ceremony is an operational control. A working note from Cipher Plain on the decisions hidden inside applied cryptography research institute. It connects the claim back to threat model, primitive choice, implementation boundary, test vector and migration plan and names where professional judgement or uncertainty remains.
Protocol proofs do not automatically prove implementations. A working note from Cipher Plain on the decisions hidden inside applied cryptography research institute. It connects the claim back to threat model, primitive choice, implementation boundary, test vector and migration plan and names where professional judgement or uncertainty remains.
Offerings
Protocol review is scoped through the protocol decision, with threat model, primitive choice, implementation boundary, test vector and migration plan. The boundary, exclusions and handover evidence are stated before work begins.
Key-management architecture is scoped through the protocol decision, with threat model, primitive choice, implementation boundary, test vector and migration plan. Capacity, constraints and decision ownership stay visible from intake to closeout.
Post-quantum migration planning is scoped through the protocol decision, with threat model, primitive choice, implementation boundary, test vector and migration plan. The boundary, exclusions and handover evidence are stated before work begins.
Implementation test suites is scoped through the protocol decision, with threat model, primitive choice, implementation boundary, test vector and migration plan. Capacity, constraints and decision ownership stay visible from intake to closeout.
Method / sequence
Write the threat model is the entry control point for a protocol decision. The team records threat model, primitive choice, implementation boundary, test vector and migration plan so the next decision is made from an explicit state, not memory or assumption.
Reduce the claim is the next control point for a protocol decision. The team records threat model, primitive choice, implementation boundary, test vector and migration plan so the next decision is made from an explicit state, not memory or assumption.
Test the implementation is the next control point for a protocol decision. The team records threat model, primitive choice, implementation boundary, test vector and migration plan so the next decision is made from an explicit state, not memory or assumption.
Plan the migration path is the next control point for a protocol decision. The team records threat model, primitive choice, implementation boundary, test vector and migration plan so the next decision is made from an explicit state, not memory or assumption.
Projects
Archive 1
A fragmented document-signing estate was reduced to one managed trust model with explicit offline root procedures.
Archive 2
A transport operator mapped certificate, VPN and firmware dependencies before selecting any replacement algorithm.
Archive 3
Manufacturing keys moved from shared workstations into witnessed hardware-backed issuance with revocation drills.
People
Applied cryptographer
Dr Ines Raman leads applied cryptographer and owns the decisions that touch each protocol decision. The role is described by responsibility, not decorative biography.
Protocol engineer
Malik Petersen leads protocol engineer and owns the decisions that touch each protocol decision. The role is described by responsibility, not decorative biography.
Assurance researcher
Kgomotso Seleka leads assurance researcher and owns the decisions that touch each protocol decision. The role is described by responsibility, not decorative biography.
Evidence
126
public fictional test vectors
0
proprietary cryptographic primitives
4
witnesses in root-key ceremony
18 mo
migration horizon modelled before cutover
Objections / answers
Conversion / next step
