| Amazon |
USA |
eCommerce, Cloud computing |
TLA+ How Amazon Web Services Uses Formal Methods, Use of Formal Methods at Amazon Web Services, CBMC Model Checking Boot Code from AWS Data Centers, Dafny AWS Encryption SDK |
| Airbus |
France |
|
Astrée: "In 2003, Astrée proved the absence of any runtime errors in the primary flight-control software of an Airbus model. The system’s 132,000 lines of C code were analyzed completely automatically in only 80 minutes on a 2.8GHz 32-bit PC using 300MB of memory (and in only 50 minutes on an AMD Athlon 64 using 580MB of memory). Since then, Airbus France has been using Astrée in the development of safety-critical software for various plane series, including the A380.", Coq (Interview with Xavier Leroy), CAVEAT, a C-verifier developed by CEA and used by Airbus., Frama-C (Industrial use of a safe and efficient formal method based software engineering process in avionics). |
| Apple |
Santa Clara Valley, California, USA |
Hardware and Software |
|
| Arm |
Austin, Texas, & San Jose, California, USA |
Hardware |
ACL2 Verification of Arithmetic Hardware, Verifying against the official ARM specification, TLA+ Linux Kernel |
| AdaCore |
USA, New York |
? |
? |
| Alacris |
? |
Blockchain |
|
| BAE Systems |
|
|
Coq Reddit |
| BedRock Systems |
Boston & Bay Area, USA; Berlin & Munich, Germany |
Systems Security, Trustworthy Compute |
Coq, C++, github |
| The Boeing Company |
USA |
Aerospace, Defense |
Coq (no proof), Ivory (source) |
| Bosch |
Germany |
Automotive |
Astrée |
| Capgemini Engineering (previously Altran) |
France, Paris |
Consulting |
Alloy What happens when you rethink software assurance from the ground up? |
| Centaur Technology |
USA |
Hardware |
ACL2 |
| Cog Systems |
Australia, New South Wales, Sydney |
|
Site |
| Data61 |
Australia |
|
Isabelle/HOL (The seL4 verification project) |
| Datadog |
USA |
Cloud Computing, Software |
TLA+ How we use formal modeling, lightweight simulations, and chaos testing |
| Draper |
USA |
Defense, Space |
Coq, Z3 |
| Ethereum |
Switzerland |
|
Why3 Dev Update: Formal Methods, Isabelle/HOL A Lem formalization of EVM and some Isabelle/HOL proofs, Coq Formal Verification of Ethereum Contracts |
| EdgeSecurity |
|
Software |
Tamarin WireGuard |
| eSpark Learning |
USA, IL, Chicago |
Education |
TLA+ Formal Methods in Practice: Using TLA+ at eSpark Learning |
| Elastic |
Global |
Search & analytics software |
TLA+ Isabelle/HOL elasticsearch-formal-models repository conference talk and current open positions |
| European Space Agency |
|
|
TLA+ (Formal Development of a Network-Centric RTOS: The European Space Agency's Rosetta spacecraft, which flew to a comet, used a real-time operating system called Virtuoso to control some of its instruments. The next version of that operating system, called OpenComRTOS, was developed using TLA+) |
| Facebook |
USA |
|
INFER Moving Fast with Software Verification Zoncolan How Facebook uses static analysis to detect and prevent security issues |
| Fondazione Bruno Kessler (FBK) |
Italy |
Space, Avionics, Automotive, Railways, Energy, Semiconductors, Manufacturing |
NuSMVsymbolic model checker, nuXmvsymbolic model checker for finite- and infinite-state synchronous transition systems, OCRAverification of logic-based contracts refinement, xSAPsafety assessment of synchronous finite-state and infinite-state systems., MathSAT 5SMT solver, NuRV tool for Runtime Verification |
| FireEye |
Dresden, Germany (team defunct) |
Security |
Coq Job announcement: formal methods engineer and scientific developer at FireEye |
| FinProof |
Russia, SPb |
Finance (Blockchain) |
Coq, Agda |
| Formal Land |
Global |
Software |
Coq Verification of Rust, Verification of Solidity, Verification of zero-knowledge systems, Verification of the Tezos blockchain |
| Formal Vindications |
Barcelona, Spain |
Law |
Coq Formalized datetime software |
| Galois |
Portland, Oregon, USA |
Consulting/Research |
Coq (?) |
| genua GmbH |
Germany |
|
CPAchecker Another Path for Software Quality? Automated Software Verification and OpenBSD and Application of Software Verificationto OpenBSD Network Modules |
| Google |
CA, USA |
Cloud computing, Computer software, AI |
Coq (Simple High-Level Code For Cryptographic Arithmetic – With Proofs, Without Compromises (Chromium)), Formal Modeling and Analysis of Google’s Megastore in Real-Time Maude |
| Grammatech |
|
|
Frama-C C Library annotations in ACSL for Frama-C: experience report |
| Green Hills Software |
USA |
Aerospace |
ACL2 Industrial Use of ACL2 |
| Kestrel Institute |
USA |
Computer Science Research |
Mostly ACL2, some Isabelle/HOL, a little of PVS and Coq. See the web site, particularly project pages and people pages, for details and publications. |
| IBM |
USA |
? |
SPIN/Promela Paul E. McKenney's Journal, What is RCU, Fundamentally? (Linux Kernel, RCU), Coq Q*Cert |
| IGE+XAO |
Europe |
Computer Aided Design |
Coq Experience Report: Smuggling a Little Bit of Coq Inside a CAD Development Context Coq is used to verify the following: (i) domain-specific algorithms (application of "patches" to electrical design documents) (ii) graph algorithms (A* search, length-preserving tree layout, B&B TSP, ...) (iii) data structures (union-find, priority queues, ...) (iv) programming language related questions (custom language type inference) (v) small research projects |
| Inferara |
Japan, Global |
Software / Consulting / Blockchain |
Inference Inference is a Programming Language that defines a high-assurance, deterministic computing model with non-deterministic extensions for developing verifiable programs. It enables developers to write both executable code and formal specifications in a unified language, using a familiar syntax similar to imperative programming languages.Inference allows formal proof of the correctness of the specified properties to be expressed as a theorem-prover theory and verified in an automated way. The compiler (infc) targets multiple backends: generating executable binaries (currently WASM via LLVM IR) for deployment and proof units (Rocq) for formal verification. The Language Start Guide and the Language Specification provides more information. |
| Intel |
USA |
Hardware |
Prover (Fifteen Years of Formal Property Verification in Intel), HOL Light (Formal verification of IA-64 division algorithms), TLA+ (Pre-RTL formal Verification: An Intel Experience) |
| Informal Systems |
Toronto, Vienna, Lausanne, Berlin |
Blockchain, Distributed Systems |
Quint Quint specification language, TLA+ Apalache, Symbolic Model Checker for TLA+, Rust Malachite (BFT consensus engine), CometBFT Consensus and Hermes (Inter-Blockchain Communication protocol) in Rust with Quint and TLA+ specs, Model Based Testing with TLA+ and Apalache |
| InfoTecs |
Russia, Moscow |
|
TLA+, Coq, Construction and formal verification of a fault-tolerant distributed mutual exclusion algorithm, Построение и верификация отказоустойчивого алгоритма распределенной блокировки |
| ISP RAS |
Moscow, Russia |
Operating systems; hardware |
Frama-C, Jessie, Why3 Astraver, Linux kernel library functions formally verified; SPIN/Promela, Microtesk Site; Event-B Моделирование и верификация политик безопасности управления доступом в операционных системах, part of the Event-B specification; Isabelle/HOL Formal specification of the Cap9 kernel |
| Kernkonzept GmbH |
Germany |
Operating systems |
L4Re (source) |
| Kaspersky |
Moscow, Russia |
Security/AV |
Alloy, TLA, Event-B (source), Ivory (source) |
| Machine Zone Inc. |
Russia |
Mobile gaming software, Real-time computing, Cloud-based networking |
TLA+ Twitter |
| Microsoft |
Redmond, USA |
Software development |
TLA+ TLA+ Proofs, Thinking for Programmers, High-level TLA+ specifications for the five consistency levels offered by Azure Cosmos DB, Microsoft’s Static Driver Verifier Thorough static analysis of device drivers Clousot Static contrace checking with Abstract Interpretation, Formal Methods and Tools for Distributed Systems, Formal Methods at Scale in Microsoft |
| MongoDB |
New York, USA |
Software development |
TLA+ TLA+ Spec of a simplified part of MongoDB replication system |
| NASA |
USA |
Space |
PVS NASA Langley Formal Methods Research Program. JPF Java Pathfinder, Robust Software Engineering Group, Model Checking Jet Propulsion Laboratory, SPIN/Promela Inspiring Applications of Spin, PVS (source) |
| Nomadic Labs |
Paris, France |
blockchain |
Coq page on software verification |
| OCamlPro |
Paris, France |
Software |
E-ACSL Symbolic execution in Owi. SPARK, Creusot, Why3 DéCySif |
| Oracle |
Redwood Shores, CA, USA |
Enterprise software, Cloud computing, Computer hardware |
ACL2 (Proving Theorems about Java and the JVM with ACL2) |
| Particular Software |
|
|
TLA+ TLA+ Specifications for NServiceBus |
| PingCAP |
|
|
TLA+ TLA+ in TiDB |
| Prover Technology |
Europe |
Railway |
Model checking |
| Rusbitech (РусБиТех) |
Russia, Moscow |
Системное ПО |
Frama-C, Event-B (Моделирование и верификация политик безопасности управления доступом в операционных системах) |
| Rockwell Collins |
USA, Cedar Rapids, Iowa |
High Assurance Systems |
Formal Methods in the Aerospace Industry: Follow the Money |
| Serokell |
Tallinn, Estonia |
Fintech, blockchain, IoT, machine learning, formal verification |
Agda |
| Synopsis |
? |
? |
Site |
| Systerel |
France |
Software, Consulting, Service |
S3 a model checker for a synchrone language, B method, Event-b/Rodin. Recruiting. |
| SiFive |
USA, San Francisco Bay Area |
Hardware |
Coq LinkedIn |
| Statebox |
Amsterdam, Netherlands |
Blockchain |
Idris (github) |
| Sukhoi |
Russia, Moscow |
Aerospace and defense |
ANSYS SCADE Suite (source - A Formally Verified Compiler for Lustre) |
| Thales |
|
|
Frama-C (A Bottom-Up Formal Verification Approach for Common Criteria Certification: Application to JavaCard Virtual Machine) |
| TrustInSoft |
USA, CA, San Francisco |
- |
TrustInSoft Analyzer Site |
| Trustworthy Systems |
Australia, Sydney |
|
Isabelle/HOL, Coq Site |
| Two Six Technologies |
USA |
Defense research |
Isabelle/HOL, Hardware verification (example), Coq (example) |
| JetBrains Research |
Saint Petersburg, Russia |
- |
Coq (source) |
| МЦСТ |
Moscow, Russia |
? |
SPIN/Promela Методы и средства верификации протоколов когерентности памяти |
| T-Platforms |
Moscow, Russia |
- |
Coq, SPIN/Promela, TLA+, McErlang, mCRL2 Employee CV |
| CERN |
Genève, Switzerland |
|
mCRL2 Control Software of the CMS Experiment at CERN’s Large Hadron Collider |
| Yandex |
|
Software |
TLA+ ClickHouse Replication Algorithm, lock-free Memory Allocator |
| Zilliqa |
Singapore |
Blockchain |
Coq scilla-coq project |
| Waves |
|
Blockchain |
??? |