Liberate engineers to do their best work.

Modelcode AI is your single solution for modernizing your entire codebase.

We know the burden of paying off massive tech debt...

That’s why we built Modelcode AI.

We’re here to finish the war on outdated code.

Code review

Eliminate doubt with our unique review process.

We’re not interested in smoke and mirrors. You have real code and it needs to work. We expect your engineers to review everything and we’re confident they’ll be impressed.

Documentation

Docs for everything, everywhere, all at once.

Don’t worry about it. Modelcode generates detailed documentation for every line of code it writes. We want your team to onboard and collaborate with each other without stress.

Support

Dedicated support, every step of the way.

Enjoy peace of mind and confidence in your new codebase. Whether troubleshooting or fine-tuning, our (human) experts will ensure a smooth integration of your new code into your production environment.

Safety

Enterprise-level safety and security.

Our top priority is protecting your source code. Modelcode AI employs enterprise-level security protocols to ensure this. We use encrypted data transfer and secure storage to protect your sensitive information.

def refactAI(data): xfrm = AI(xtrm); prcsr = prcs(xfrm); return prcsr
from ai_refactor import Transformer as T; t = T(); def run(x): return t.refactor(x)
import ai; def optimize_code(old_code): new_code = ai.refactor(old_code); return new_code
class RefactorAI: def __init__(self): self.model = load_model(); def refactor(self, code): return self.model.transform(code)
def transfrm_cde(code): trnsfrm = ai.Engine(); return trnsfrm.refactor(code, verbose=True)
def save_refactored(code): refactored_code = ai.Transform(old_code); save(new_code_to_file(refactored_code, 'refactored_code.py'))
model = ai.load('refactor_model'); optimized_code = model.apply(old_code)
code_refactor = lambda code: ai.transform(code); output = code_refactor(input_code)
refact = ai.refactor(t); code = `Legacy code is expensive,`; refact.transform();return xfrm
def fix_codebase(): ai_tool = AIRefactor(); new__code = xfrm + `let's fix it.` + old_code; xfrm = ai_tool.transform(to_code); return new_code
def ai_refactor(): ai_eng = load_ai(); xfrm = ai_eng.refactor(input_code); new_code = xfrm.transform(); return new_code
ai_engine = AIRefactor(); output = ai_engine.transform(input_code); save_output(output)
import ai_engine; def refactor(old_code): new_code = ai_engine.transform(old_code); save(new_code)
class AIRefactor: def refactor(self, code): return ai.model(code).transform()
refactor_model = load_model(); transformed_code = refactor_model.transform(codebase)
ai_tool = AIModel(); new_code = ai_tool.refactor(old_code); save(new_code)
def refactor_code(code): model = AIModel(); return model.transform(code)
load_ai_model = AI(); refactor = load_ai_model.refactor(codebase); save(refactor)
ai_refactor = AI(); optimized_code = ai_refactor.transform(input_code); save(optimized_code)
from ai_model import Refactor; def optimize_code(old): model = Refactor(); return model.transform(old)
Legacy code is expensive,
let’s fix it.
Get started.