- B3 S.A., Brazil’s dominant stock exchange, deployed secure Android Enterprise devices to 1,000 employees in under two weeks using Samsung hardware and zero-touch enrollment, a provisioning method that eliminates manual device setup entirely.
- B3 projects the move will cut mobile costs by 30% over the next decade, driven by automated deployment, reduced support overhead and Samsung Knox’s hardware-level security reducing breach-related risk.
B3 S.A.Latin America’s largest financial market infrastructure provider, has rolled out Android Enterprise devices to 1,000 employees in less than two weeks, according to a Google Blog post published July 1, 2026. The deployment relied on zero-touch enrollment, a provisioning method that configures devices automatically, without IT staff handling each unit individually. B3 projects the shift will reduce its mobile costs by 30% over the next 10 years.
Why Android Enterprise
B3 operates under stringent financial regulation, which shapes every aspect of its IT decisions. Android Enterprise appealed to the exchange primarily because it supports both fully managed corporate devices and bring-your-own-device scenarios from a single management framework, with centralised policy enforcement through a unified dashboard.
The platform handles application deployment through Managed Google Play, enforces password policies and protects corporate data through hardware cryptography and app sandboxing. For B3’s IT team, the practical benefit was replacing a rollout process that previously required extensive coordination and in-person support. The zero-touch enrollment cut that overhead considerably, completing the 1,000-device deployment in under a fortnight.
Samsung’s Role: Hardware, Security and Granular Control
Samsung supplied the devices and, through its Knox security platform, extended what Android Enterprise provides by default. Knox builds security controls into the hardware itself: secure boot, real-time kernel protection and hardware-anchored credential storage. For a regulated financial institution, that distinction matters in practice, software-only controls can be undermined if the underlying hardware is compromised.
Knox Platform for Enterprise adds granular management capabilities on top of this foundation: per-application controls, separation of personal and business data on company-owned devices, and remote device integrity checks. Samsung’s OEMConfig integration with Android Enterprise also means B3’s IT administrators can access new Knox features without waiting for separate software updates. According to reports, the two companies collaborate closely to keep Knox capabilities aligned with the Android Enterprise management framework.
AI Integration: Productivity and Threat Detection
B3’s deployment was designed from the outset to support AI-enabled productivity and automated threat detection, according to the Google Blog post. The devices are described as “AI-ready,” meaning they carry the processing capacity to run on-device machine learning workloads, relevant both for security monitoring and productivity applications.
On the security side, on-device AI can analyse usage patterns and flag anomalies without sending raw data off the device, which matters for a financial institution with strict data handling obligations. The productivity applications are less specific in the available detail: the post references intelligent assistants and optimised application performance, though the precise tools B3 has deployed are not named. How deeply AI capabilities are embedded in day-to-day workflows, beyond the initial rollout, is not addressed in the source material.
Cost Efficiency and the Deployment Timeline
The 30% cost reduction projected over 10 years draws from several sources: lower provisioning labour through zero-touch enrollment, reduced support overhead through remote management capabilities, and the risk-cost reduction that comes with stronger security controls. Data breaches and compliance failures carry significant direct costs in regulated financial markets; Knox’s hardware-level protections are intended to reduce that exposure.
The two-week deployment timeline is the most concrete outcome from the rollout so far. For context, enterprise mobile deployments of comparable scale have historically taken months when manual configuration is required. The speed here is a function of zero-touch enrollment doing the configuration work automatically, the hardware ships pre-configured and activates on first boot. Whether B3 plans to extend the deployment further is not addressed in available reporting.
Scaling the Programme
B3’s model combines Android Enterprise as the management layer with Samsung hardware and Knox as the security and control layer. The division of responsibility is practical: Android Enterprise standardises policy enforcement across device models, while Knox provides the hardware integrity guarantees that a financial exchange’s compliance obligations require.
The combination also gives B3’s IT administrators flexibility as the organisation grows. New devices can be added to zero-touch enrollment centrally, without replicating the provisioning work each time. Knox’s remote health-check capabilities mean devices can be audited and, if necessary, wiped without physical access, a meaningful operational advantage for a large, distributed workforce.
What Comes Next for B3
The immediate story is a successful deployment: 1,000 devices, under two weeks, with security architecture appropriate for a regulated financial institution. The longer-term question is whether the AI capabilities built into the platform translate into measurable operational gains. B3’s IT leadership has indicated interest in deeper AI integration for analytics and process automation, but the available detail is limited to the initial deployment scope. The 30% cost projection over a decade is a vendor-aligned estimate; how closely that tracks against actual spend will depend on factors, support costs, device refresh cycles, security incident rates, that are harder to predict at rollout. For more coverage of AI policy and regulation, visit our AI Policy & Regulation section.
