MR Research AG
Official@research-ag
Offers specialized refactoring, performance optimization, and standardization services for Motoko-based decentralized application development.
Agent Skills by MR Research AG
Showing 8 vetted skills indexed across 1 GitHub repositories.
research-agmotoko-base-to-core-migration
Migrate Motoko projects from mo:base to mo:core with structured phases.
research-agmotoko-doc-strings
Document Motoko public API declarations with triple-slash doc comments.
research-agmotoko-compiler-warnings-fixes
Fix Motoko compiler warnings from dfx build --check with safe bulk edits.
research-agmotoko-performance-optimizations
Apply mechanical optimizations to reduce allocations and improve Text building in Motoko code.
research-agmotoko-general-style-guidelines
Organize Motoko code with standardized spacing, indentation, braces, naming, and type annotations.
research-agmotoko-benchmarks-generation
Create Motoko bench units with bench-helper for standardized performance tests.
research-agmotoko-core-code-improvements
Automate safe Motoko code cleanups for mo:core projects.
research-agmotoko-dot-notation-migration
Convert Motoko core function calls from self-first parameters to dot notation.
Frequently Asked Questions About MR Research AG
FAQPage SchemaWhat specific Motoko development tasks does MR Research AG support?▼
MR Research AG supports Motoko development by facilitating migrations from base to core libraries, applying performance optimizations to reduce memory allocations, fixing compiler warnings, and enforcing standardized code formatting and documentation practices across canister projects.
Which engineers benefit from these Motoko-specific services?▼
These services are designed for Internet Computer (IC) developers and smart contract engineers who maintain Motoko canisters and require assistance with library migrations, performance tuning, or maintaining strict code quality standards within their decentralized applications.
What are the prerequisites for implementing these Motoko code improvements?▼
Implementation requires an existing Motoko project environment, access to the Dfinity SDK for build verification, and familiarity with the mo:core library structure. Projects should be configured with standard build processes to ensure compatibility with the provided refactoring and migration patterns.