F1R3FLY is a distributed-computing and enterprise-security platform built on the rho-calculus. Byzantine Fault Tolerant consensus at enterprise speed, per-record data isolation, and mathematical – not probabilistic – verification of the code you run.
Per-record isolation: access for any purpose is always confined to a single,
specific record, and cannot be used to access any other data item.
Where conventional systems bolt security onto an architecture designed for something else, F1R3FLY derives security and performance from the same mathematical foundation: a model of computation in which concurrency, communication and access control are one and the same thing.
A concurrent programming language built directly on the rho-calculus – true parallel execution, with many independent computational agents running, interacting and making progress at the same time.
Operational Semantics in Logical Form: formal, mathematical analysis that validates type correctness, detects security vulnerabilities and checks behavioural safety before deployment.
A high-density indexing and search engine performing concurrent indexing and forensic search across billions of records in near real time, across any data type.
Capability-based access control in which the right to read or write each individual datum is embedded in the token structure itself, not enforced by administrative process.
F1R3FLY's concurrency model lifts BFT consensus – never successfully breached to date – to enterprise speed, with quantum-safe cryptography support built in.
Independent organizations connect to protected shards with fine-grained controls over each item of shared data. Shards chain together for special applications and sit on any underlying technology.
Our founding team works directly with prospective clients and partners. Tell us what you are building – and what it would mean if it were provably correct.
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F1R3FLY