Integrates, doesn't replace
Instead of swapping the medical record or the regulation system, MediRec brings the fragmented systems into a single flow — a low-friction adoption for management.
About
MediRec was built for those spaces: the request that arrives incomplete, the queue ordered by date instead of risk, the clinical conversation that happens off to the side, the counter-referral that never comes back — and, for the public institution, the risk of paying forever without ever owning the technology. These are distinct problems, and MediRec was designed to tackle each of them.
When care coordination fails, it's tempting to blame a single cause. In practice, distinct problems overlap. As in most of the country's public networks, they're structural — they don't reflect a lack of effort from those on the front line. MediRec was designed to face them one by one.
Before organizing any flow, there's a basic question: who does each piece of data belong to? Every exam, every report, every result must be assigned to the right patient — and a person's results gathered into one coherent whole. But each system identifies the patient in its own way (name, CNS, CPF, address), and a single differently typed name or a missing CNS is enough to scatter one person's results. Without reliable attribution, the complete picture of each patient never forms — and everything else depends on that picture.
A network professional moves through several systems in a single appointment, each with its own login, interface, and logic. The same data is retyped at every step; work is duplicated; context is lost between screens. Much of the information still travels manually and incompletely, and no tool brings these processes into one place.
Gathering and attributing data is not enough — you need to transform it into a decision. Spread across systems that do not talk, information does not become knowledge: protocols exist, but they remain on paper; requests arrive without structured clinical justification; the queue is ordered by arrival date, not by risk; and the results themselves do not separate themselves into what requires immediate attention and what is just normal. The unique clinical logic that qualifies what comes in, distinguishes what needs action, prioritizes by severity, connects those who decide and ensures that the response returns to those who started the care is missing.
All three are problems of clinical coordination — serious, but operational: they're born in the space between systems, and that's where MediRec acts. There is, however, a fourth problem of another order.
When a secretariat adopts a system that organizes the health of its entire network, it does not just hire a service — it entrusts the infrastructure of a public policy to a private company. If you never own this technology, dependence only deepens over time: the flows, institutional memory and data that support the care of millions of people start to live in a system that is not yours.
Leaving means starting over and risking continuity of care; staying means paying forever. This isn't a line item — it's a question of who controls the infrastructure of an essential public service. That's why we treat this point as different in nature, not just in degree.
How MediRec responds to this →The official systems are the road — the path along which every request is created, travels, and gets scheduled. MediRec is the GPS: it doesn't build a new road, but ensures each request follows the right path, at the right priority, to its destination.
Data that MediRec receives from these systems — read-only, with no write access.
MediRec coexists with the network in two ways: where systems allow, it integrates directly; where integration is not possible, an original navigation layer — the MediRec extension — allows you to work on top of them anyway. No doors stay closed, and no systems need to be replaced.
Bringing the databases together is only the start. Because the data now connects in one place, MediRec can turn it into automations and controls — the same engine shown on the home page, detailed here across the three fronts where it acts.
The requesting professional is guided to pre-format and qualify the request at the origin. The referral is born complete and within criteria, cutting returns and shortening the patient's wait.
With data from several bases side by side, MediRec cross-references information, detects inconsistencies and flags the situations that need follow-up — before they become a problem on the front line.
With protocols integrated, the platform supports the professional during the appointment itself — guidance, automations and alerts at the moment of clinical decision.
Bringing data into one place doesn't mean exposing it: all traffic is encrypted and data is encrypted at rest. The integrated base is also a protected base.
MediRec's greatest strength isn't the technology itself, but what it enables: turning a human process — made of steps, decisions, and back-and-forth — into a bespoke digital process, shaped to the reality of those who use it.
This is how the clinical protocols defined by the Ministry of Health come to life. Instead of remaining in a document that few consult, they start to operate within the work: they guide the request as it is created and support the professional during the consultation. What the standard defines, MediRec applies in the flow — with the decision always validated by a human.
This design is never generic. MediRec's request flow was born from a concrete clinical need of our Medical Director, Dr. Luana Moussallem, and was refined and adapted to the reality of the network as we reached each unit. Every adjustment came from real use, not from a drawing board.
The DNA-HPV flow shows the leap this represents. Where before you had to open two separate requisitions — one in GAL and another in SISCAN, across two distinct, unfriendly systems — MediRec does both at once, in a single action. A process that took time and created rework became one click.
On the front line
In a Family Clinic in CAP 3.1, a nurse needed to refer ten patients through the two systems — twenty requisitions the old way. With MediRec's DNA-HPV flow, she finished it all in a fraction of the time. She used the time left over to gather those same patients into a group and calmly explain what their exams meant and what would come next.
This is exactly the objective of MediRec: to return time to patient care.
Each official base remains the source of truth. MediRec adds the layer of criteria and coordination missing between them.
Instead of swapping the medical record or the regulation system, MediRec brings the fragmented systems into a single flow — a low-friction adoption for management.
The focus is exactly where the field is shallowest: the regulation queue and the clinical prioritization of the referral.
Regulation is ordered by clinical criteria and severity, not by the date the request came in.
From notified hospital discharge to the counter-referral that returns to whoever started the care: dialogue between levels of care happens with context and record.
Coordination is also self-knowledge. MediRec gives each professional a space to see themselves within the network: by recording their own activity, they can compare it with the average for their Programmatic Area and the municipality.
It's not a ranking or a reprimand — it's a mirror. When people see where they stand, improvement stops being imposed from above and becomes visible on the front line.
Illustrative values.
Adopting a platform shouldn't cost the network control over its own infrastructure. That's why MediRec offers an optional Technology Ownership Program: over the course of the contract, the municipality can move toward holding a perpetual license to use the platform, with the source code held in custody and transfer provided for at the end of the period or under exit conditions.
The intellectual property remains with 2BLP; what transfers is the right of use and the network's operational autonomy. It's the difference between renting a capability and building public patrimony — capacity without lock-in.
MediRec has been operating in Rio de Janeiro's municipal health network since January 2025, across the municipality's Programmatic Areas.
The same complementary model is repeated in other networks: in Niterói, MediRec operates over SERNIT — the municipality's own regulation system — without replacing it. Interoperability with different systems in different cities is the strongest evidence that MediRec coexists with the existing infrastructure rather than competing with it.
From the first unit to the municipal network, always by the same principle: complement what already exists.
January 2025
Vila do João, in CAP 3.1 — 6 teams.
February 2025
CF Zilda Arns — 14 teams.
2025–2026
Programmatic Areas 3.1+TEIAS, 2.1, 5.1, 3.2, 5.2, 2.2, 5.3, 4.0 and 3.3 — from dozens to hundreds of teams each. Communicable Diseases Coordination. Cancer Coordination. Rehabilitation.
Regulation pilot with the Regulatory Complex.
Today
1,286 teams in 247 units, with active and new integrations being implemented.
MediRec is developed by 2BLP Futuro Ltda., which brings together Dr. Luana Moussallem (Medical Director), Matthias Hasler (CTO and Data Protection Officer), and Tarek Nabaa. The first module grew out of Dr. Luana's own routine, when she was a physician leading a Family Clinic team. It was designed from inside the system — not commissioned from outside.
The method hasn't changed since. A concrete care problem becomes a flow, takes shape and is tested in the field: nothing reaches the network without first proving results in a real unit. Short cycles, always close to the front line.
There are now more than 130 modules, built one by one by the same method, from primary to specialized care — all on a single layer that connects to existing systems and organizes them into one flow.
Four principles run through MediRec: complementarity, human decision-making over AI, protected data on national territory, and the network's autonomy over its own technology.
In the end, everything serves one purpose: organizing the network to give back time to those who care — and those who are cared for.