Sinaptic / Connectivity
Sinaptic / Connectivity
Technology will not be a barrier to your organization’s growth.
We design and deploy robust network architectures that ensure business continuity, high performance, and top-tier security.

We turn your network into a protective wall, adaptable to new threats.

Treat your Wi-Fi as critical infrastructure, not as a supplementary service.

Highly reliable physical network. Every millisecond counts.
At Sinaptic, we design network infrastructures that support complex operations, multi-site environments, and consistent Wi-Fi mobility experiences.
Our team combines highly certified engineering expertise, international experience, and partnerships with leading manufacturers to optimize and evolve reliable, secure enterprise networks that are ready for demanding environments.
More than just implementing technology, we work alongside our clients over the long term to ensure that their connectivity infrastructure evolves alongside their business, helping them operate with greater efficiency, productivity, and competitiveness in their market.
To ensure reliable and secure network infrastructure, Sinaptic relies on strong partnerships with market-leading technology companies.
These partnerships enable us to deliver high-performance solutions that comply with international standards and are tailored to the
most demanding environments.
Is your organization facing connectivity issues, looking to improve the performance of its Wi-Fi network, setting up new branch offices, or considering an IT upgrade?
We can help. Share some details with us, and one of our specialists will contact you to discuss your situation and explore possible solutions.
Prevent cyber intrusions, mitigate risks, and respond precisely to incidents.
Technological operations that are governed, traceable, and aligned with international information security standards.
Here you’ll find answers to our customers’ most frequently asked questions before starting a connectivity project.
Network security protects the infrastructure that connects the company to the outside world—that is, the digital perimeter where the organization communicates with the Internet and other networks. It includes technologies such as firewalls and controls that monitor traffic entering and leaving the network.
Cybersecurity has a broader scope and focuses on protecting the systems, applications, and devices that employees use to work, as well as the digital platforms that support business operations.
Information security, on the other hand, focuses on the governance and control of the organization’s data, ensuring its confidentiality, integrity, and availability, so that the information is protected and accessible when the business needs it.
In simple terms: network security protects the company’s perimeter, cybersecurity protects systems, and information security protects data and its availability to the business.
A reliable network infrastructure enables systems, applications, and workstations to operate with greater stability and efficiency.
When connectivity is secure and uninterrupted, organizations can work more productively, respond more nimbly to market needs, and make better use of their digital tools.
Furthermore, a well-designed network allows operations to grow and scale in an orderly manner, integrating new branches, users, applications, or services without compromising performance or security.
In this sense, the network ceases to be merely technological infrastructure and becomes an enabler of operational efficiency, growth, and competitive advantage.
The performance of a network infrastructure is evaluated using key indicators such as availability, latency, capacity, packet loss, stability, and quality of service (QoS), which help determine whether business applications and systems are operating at the required performance level.
In Wi-Fi networks, the analysis also takes into account the physical environment in which the network operates—such as offices, warehouses, industrial plants, or event centers—by evaluating metrics like effective coverage, interference, device density, capacity per area, and user experience, among other data points that provide insights to optimize network performance.
Continuous monitoring of these indicators makes it possible to identify bottlenecks, anticipate problems, and analyze usage trends, which facilitates planning the evolution of the infrastructure to maintain high availability, performance, and scalability as required by the business.
A connectivity project begins with a diagnostic phase, during which we analyze the existing infrastructure, the operating environment, and the business objectives. In some cases, this involves designing a new infrastructure; in others, it involves evaluating and optimizing an existing network, such as a performance analysis or Wi-Fi coverage assessment.
Based on this analysis, we design a network architecture tailored to the organization’s needs, which may include LANs, Wi-Fi, site interconnectivity, network security, and performance optimization, as well as unified communications, telepresence, and contact center platforms, all of which rely on a reliable and properly sized infrastructure.
We then support the implementation, validation, and optimization of the infrastructure, delivering a turnkey project so that the organization has an operational, stable, and secure network. If the client requests it, we can also manage and monitor the infrastructure, ensuring its performance, availability, and evolution as business needs grow.
Our approach combines specialized engineering, industry best practices, and concierge-style support, through which we work closely with our clients throughout the project to ensure the successful achievement of their objectives.