Livox, an AI-adaptive augmentative-communication app built by a father for his daughter with cerebral palsy, was formally adopted into Recife's public schools — 500 tablets across 111 schools — after a favourable review from Brazil's federal technology-research institute.
500
Tablets with Livox deployed in Recife network
260
Tablets for direct student/family use
240
Tablets across schools with multisensory resource rooms
111
Schools with multisensory resource rooms
~14,000
Customisable pictograms available
25
Languages supported
20,000+
People with disabilities assisted overall
~2.2 R$ million
Related investment via Google Social Impact Challenge
Details
Maturity
Established
Promoter
Livox Tecnologia Assistiva
Period
Developed 2009–2010; Recife municipal rollout from 2014; ongoing
Keywords
augmentative and alternative communication (AAC), cerebral palsy, autism, assistive technology, adaptive interfaces
Context
Carlos Pereira, from Pernambuco, Brazil, built Livox — a tablet-based augmentative and alternative communication (AAC) app — to help his daughter Clara, who has cerebral palsy, communicate. The app targets people with cerebral palsy, autism, ALS and stroke-related communication loss.
Objectives
To give voice and autonomy to people with communication-impairing disabilities via an adaptive touch-calibration algorithm ("IntelliTouch") and customisable pictogram libraries, and to have the tool formally recognised and adopted within Brazil's public school system.
Activities
The app uses an adaptive IntelliTouch calibration algorithm that adjusts touch sensitivity to each user's motor ability, combined with roughly 14,000 customisable pictograms available in 25 languages; an eye-tracking version, Livox Capta, has also been developed. After Senator João Capiberibe formally petitioned Brazil's Education Minister in 2013 and a review from the federal Instituto Renato Archer called it "an excellent literacy tool for people with and without disabilities," Recife's municipal school network adopted it into inclusive-education policy, and teachers received formal training on the software (reported February 2016).
Results
Verified figures from ANDI show 500 tablets with Livox deployed in the Recife network — 260 for direct student/family use and 240 across 111 schools with multisensory resource rooms — including a documented case of student Jhonatan Santos using the app in the municipal system. São Paulo's APAE network subsequently partnered with Livox to add users. The app has assisted more than 20,000 people with disabilities overall, is cited as having won a UN "best inclusive technology" recognition and Google's Social Impact Challenge (with roughly R$2.2 million in related investment), and has been used internationally, including at a paediatric rehabilitation programme at a Florida hospital.
Conclusions
No peer-reviewed or randomised outcome evaluation was found; the evidence base rests on documented deployment numbers, a qualitative institutional review, and named case examples rather than a measured study of communication or literacy gains. Some secondary sources cite higher, inconsistent figures that could not be independently confirmed; this description relies only on the ANDI-verified figures.
Implementation
Indicative cost
Medium (€50k–€500k) — Costs include tablet devices (500 units in the Recife deployment) and the Livox software/subscription; specific per-unit or total programme cost not disclosed in source material.
Time to results
Long (> 3 years) — App developed 2009–2010; Recife municipal rollout from 2014; teacher training reported February 2016; ongoing to present.
Staffing & skills
App developer/founder (Carlos Pereira) and Livox Tecnologia Assistiva team, Recife municipal school teachers (formally trained on the software), Instituto Renato Archer reviewers (federal technology research institute)
Conditions for success
Formal government/ministerial endorsement (Senator petition, federal institute review) to enable public-school adoption
Teacher training on the software
Multisensory resource rooms in schools to support device use
Common failure modes
No peer-reviewed or randomised outcome evaluation exists to confirm learning/communication gains
Inconsistent, unverifiable figures circulate in some secondary sources
Where it fits
Governance type
municipal government (Recife) inclusive-education policy, developed by a private assistive-technology company
Scale
municipal (Recife network), with expansion to São Paulo's APAE network and international use
Income level
upper-middle-income
Data sources
Where this practice's information was retrieved from, and when.
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