Design with context
Keep physical geometry, radio configuration, client profiles and requirements together.
About Tele-Tools
Wireless engineering should connect design intent to field evidence.
Tele-Tools is being developed as one engineering platform for planning, analyzing, optimizing, validating and deploying wireless networks.
Why it exists
Replace fragmented handoffs with one traceable workflow.
RF design, site survey, acceptance criteria, wired infrastructure and reporting often live in disconnected applications and documents. Tele-Tools connects those stages through one project model while keeping engineering assumptions visible.
Validate with evidence
Compare prediction with measured data and quantify the error before calibration.
Deploy what was designed
Connect RF decisions to switching, PoE, cabling, installation and as-built records.
Engineering principles
Accuracy begins with transparent boundaries.
Tele-Tools avoids presenting every output as ground truth. Predictive design depends on input quality and should be validated where the deployment risk requires it.
01Deterministic RF calculations remain authoritative.
02AI explains results but does not invent them.
03Prediction is connected to measured validation.
04Calibration changes require engineer review.
05Requirements are explicit and testable.
06Different radio technologies retain distinct models.
07Sensitive business logic stays server-side.
08New services begin with controlled release.
Founder
Mustafa Mayyahi
Telecommunications engineer, software engineer and PhD researcher working across RF systems, wireless planning, mobile technology and practical engineering tools. Tele-Tools combines that RF and software perspective into a platform intended to make advanced workflows more accessible without hiding the engineering.
Follow the platform as it develops.
Explore the current capabilities, access plans and engineering workflow.